baucau cement project - la'o hamutuk · 2020. 7. 9. · project 301012-02135 - baucau cement...
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TL CEMENT, LDA
Baucau Cement Project Limestone Mine Environmental Management Plan
301012-02135 – 301012-02135-EMP-003
3 February 2017
Venture Hotel - Rua Filomena De Camara Bidau Lecidere PO Box 7 Dili Timor Leste Telephone: +670 331 3238 & 331 3238 Facsimile: +670 772 8144 www.worleyparsons.com LPA 22548/MTCI/V/2011
© Copyright 2017 WorleyParsons (TL) LDA
TL CEMENT, LDA
BAUCAU CEMENT PROJECT
LIMESTONE MINE ENVIRONMENTAL MANAGEMENT PLAN
PROJECT 301012-02135 - BAUCAU CEMENT PROJECT
REV DESCRIPTION ORIG REVIEW WORLEY- PARSONS APPROVAL
DATE CLIENT APPROVAL
DATE
1 FINAL – Rev1
A Jacobs
A Mratovich
D Hunter
3 Feb 2017
J Rhee
3 Feb 2017
Document No : 301012-02135-EMP-003 Page ii
Disclaimer
This report has been prepared on behalf of and for the exclusive use of TL Cement, LDA, and is
subject to and issued in accordance with the agreement between TL Cement, LDA and
WorleyParsons. WorleyParsons accepts no liability or responsibility whatsoever for it in respect of
any use of or reliance upon this report by any third party.
Copying this report without the permission of TL Cement, LDA and WorleyParsons is not
permitted.
TL CEMENT, LDA
BAUCAU CEMENT PROJECT
LIMESTONE MINE ENVIRONMENTAL MANAGEMENT PLAN
Page iii 301012-02135-EMP-003 Rev 1 : 3 February 2017
CONTENTS
A EXECUTIVE SUMMARY .................................................................................................... 9
B INTRODUCTION .............................................................................................................. 18
1.1 Environmental Management Framework .......................................................................... 18
1.2 Environmental Management Plan ..................................................................................... 18
1 PROJECT DESCRIPTION ............................................................................................... 20
1.1 Project Identification.......................................................................................................... 20
1.2 Details of Project Proponent ............................................................................................. 20
1.3 Project Environmental Impact Statement ......................................................................... 21
2 DETAILS OF EMP CONSULTANTS ............................................................................... 22
2.1 Local presence .................................................................................................................. 22
3 DESCRIPTION OF THE PROJECT ................................................................................. 29
3.1 Project component equipment and technology ................................................................ 29
3.1.1 Pre construction ................................................................................................... 29
3.1.2 Construction ......................................................................................................... 30
3.1.3 Operation ............................................................................................................. 32
3.1.4 Decommissioning ................................................................................................. 34
3.2 Project Location ................................................................................................................ 35
3.2.1 Nature of the project location ............................................................................... 36
3.3 EMP Endorsement ............................................................................................................ 37
4 LEGAL REQUIREMENTS ................................................................................................ 39
4.1 Legislation and legal framework ....................................................................................... 39
4.1.1 Environmental Legislation .................................................................................... 39
4.1.2 Biodiversity and protected areas legislation ........................................................ 40
4.1.3 Land legislation .................................................................................................... 41
4.1.4 Mineral Resources/Mining legislation .................................................................. 41
4.1.5 Labor legislation ................................................................................................... 42
4.2 Obligations ........................................................................................................................ 42
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4.3 Summary of Project Approvals ......................................................................................... 42
4.4 Summary of Environmental Standards ............................................................................. 43
5 INSTITUTIONAL ROLES AND RESPONSIBILITIES ...................................................... 45
6 SUMMARY OF IMPACTS ................................................................................................ 46
7 DESCRIPTION OF PROPOSED MITIGATION MEASURES .......................................... 54
7.1 Climate .............................................................................................................................. 54
7.2 Topography, Geology and Soils ....................................................................................... 55
7.3 Air Quality (including dust) ................................................................................................ 56
7.4 Noise and vibration ........................................................................................................... 58
7.5 Surface Water ................................................................................................................... 58
7.6 Groundwater ..................................................................................................................... 59
7.7 Flora .................................................................................................................................. 60
7.8 Fauna ................................................................................................................................ 61
7.9 Traffic ................................................................................................................................ 62
7.10 Infrastructure ................................................................................................................ 62
7.11 Employment.................................................................................................................. 63
7.12 Economic Use of Forestry and other Natural Resources ............................................. 64
7.13 Socio Economic Agriculture ......................................................................................... 65
7.14 Population and Community .......................................................................................... 65
7.15 Community Health ........................................................................................................ 66
7.16 Institutions, Schools and Health Facilities .................................................................... 67
7.17 Community and Family Structure ................................................................................. 67
7.18 Land Ownership and Land Rights ................................................................................ 68
7.19 Natural Resources Rights ............................................................................................ 68
7.20 Cultural Heritage, Archaeological and Sacred Sites .................................................... 69
7.21 Description of proposed mitigation measures .............................................................. 70
8 GOVERNING PARAMETERS ........................................................................................ 122
8.1 Environmental Quality Standards ................................................................................... 122
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8.2 International Best Practice .............................................................................................. 122
8.3 Governing parameters .................................................................................................... 122
8.3.1 Emissions ........................................................................................................... 122
8.3.2 Ambient Water Quality Standards...................................................................... 122
8.3.3 Ambient Air Quality Standards ........................................................................... 123
8.3.4 Soil ..................................................................................................................... 124
8.3.5 Occupational Health and Safety Standards ....................................................... 125
8.4 Modelling or Engineering Calculations ........................................................................... 127
9 MONITORING PROGRAM ............................................................................................. 128
9.1 Climate ............................................................................................................................ 128
9.2 Topography and Soil ....................................................................................................... 129
9.3 Air Quality ....................................................................................................................... 129
9.4 Noise and vibration ......................................................................................................... 130
9.5 Surface water .................................................................................................................. 130
9.6 Groundwater ................................................................................................................... 131
9.7 Flora ................................................................................................................................ 131
9.8 Fauna .............................................................................................................................. 131
9.9 Traffic .............................................................................................................................. 132
9.10 Infrastructure .............................................................................................................. 133
9.11 Employment................................................................................................................ 133
9.12 Economic Use of Forestry and other Natural Resources ........................................... 133
9.13 Socio-Economic Agriculture ....................................................................................... 134
9.14 Population and community ......................................................................................... 134
9.15 Community Health ...................................................................................................... 134
9.16 Institutions schools and health facilities ..................................................................... 135
9.17 Community and Family Structure ............................................................................... 135
9.18 Land Ownership and Land Rights .............................................................................. 135
9.19 Natural Resources Rights .......................................................................................... 135
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9.20 Cultural Heritage Archeological and Sacred Sites ..................................................... 136
9.21 Summary of monitoring program ................................................................................ 136
10 REPORTING REQUIREMENTS .................................................................................... 140
11 RESPONSIBILITIES FOR MITIGATION AND MONITORING ...................................... 147
12 EMERGENCY PLAN ...................................................................................................... 153
12.1 Purpose ...................................................................................................................... 153
12.2 Objective ..................................................................................................................... 153
12.3 Responsibilities .......................................................................................................... 153
12.4 Standards ................................................................................................................... 154
12.5 Incident Classification ................................................................................................. 154
12.6 Prevention .................................................................................................................. 155
12.7 Safety Data Sheets (SDS) .......................................................................................... 156
12.8 Spill Response ........................................................................................................... 157
12.8.1 Control ................................................................................................................ 157
12.8.2 Contain ............................................................................................................... 157
12.8.3 Clean Up ............................................................................................................ 157
12.9 Equipment .................................................................................................................. 158
12.9.1 Spill Response ................................................................................................... 158
12.9.2 First Aid Facilities and Personal Protective Equipment (PPE) .......................... 158
12.9.3 Fire Fighting Equipment ..................................................................................... 158
12.10 Training ....................................................................................................................... 159
13 DECOMMISSIONING PLAN .......................................................................................... 160
13.1 Preliminary Decommissioning Plan ............................................................................ 160
14 CAPACITY DEVELOPMENT AND TRAINING .............................................................. 167
15 PUBLIC CONSULTATION AND INFORMATION DISCLOSURE ................................. 168
15.1 Purpose of the consultation during the preparation of the EMP ................................ 168
15.2 Methodology and Approach ....................................................................................... 168
15.2.1 Identified Stakeholders ...................................................................................... 168
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15.2.2 Mechanism for Public Consultation.................................................................... 171
15.3 Summary of consultation activities carried out ........................................................... 171
15.4 Summary of main comments received from the public, community leaders, NGOs, local
officials, other stakeholders....................................................................................................... 175
15.5 Identify how those comments were taken into account ............................................. 179
15.6 Details of public participation activities ....................................................................... 179
15.7 Summarize the public acceptance or opinions on the proposed Project ................... 179
15.8 Related materials or activities .................................................................................... 180
15.9 Recommendations for future consultations ................................................................ 181
16 COMPLAINTS AND GRIEVANCES MECHANISM ....................................................... 182
17 WORK PLAN AND IMPLEMENTATION SCHEDULE .................................................. 185
18 COST ESTIMATES ........................................................................................................ 191
18.1 Infrastructure costs ..................................................................................................... 197
19 REVIEW OF THE EMP ................................................................................................... 198
20 NON-TECHNICAL SUMMARY ...................................................................................... 199
20.1 Introduction ................................................................................................................. 199
20.1.1 Purpose of this document .................................................................................. 199
20.1.2 Benefits of the project ........................................................................................ 199
20.1.3 Key project characteristics ................................................................................. 201
20.1.4 Operations .......................................................................................................... 201
20.2 Project Phases ........................................................................................................... 203
20.3 Key Potential Impacts and Mitigation Measures ........................................................ 207
20.4 Stakeholder Engagement Process ............................................................................. 212
21 REFERENCES ............................................................................................................... 215
22 ACRONYMS / ABBREVIATIONS .................................................................................. 219
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FIGURES
Figure 3-1 Example of excavator to be used to clear vegetation during pre-construction .................... 30
Figure 3-2 Example of excavator loading a dump truck ........................................................................ 31
Figure 3-3 Example of an open pit limestone mine ............................................................................... 31
Figure 3-4 Example of a topsoil stockpile ............................................................................................. 32
Figure 3-5 Example of a waste rock dump and stockpile ..................................................................... 32
Figure 3-6 Example of limestone blocks being mined .......................................................................... 33
Figure 3-7 Example of blasting of rock in an open pit of a mine ........................................................... 33
Figure 3-8 Example of a watering truck used for dust suppression ...................................................... 34
Figure 3-9 Example of decommissioning process (implosion of a power station) (Photo:
sandiegouniontribune.com) ................................................................................................................... 35
Figure 3-11 Example of revegetation process (Image : Google Images) ............................................. 35
Figure 3-11: Location of the Limestone Mine ........................................................................................ 36
Figure 13-1: Mine Closure Plan Success Criteria (Holtec, 2015a) ..................................................... 166
Figure 16-1: Grievance resolution framework ..................................................................................... 184
Figure 17-1 Overall work plan and implementation schedule ............................................................. 186
Figure 20-1: Location of Baucau Cement Project Limestone Mine .................................................... 200
Figure 20-2: The Baucau Cement Plant Project once in operation .................................................... 202
Figure 20-3: Stakeholder Engagement and Consultation ................................................................... 212
TL CEMENT, LDA
BAUCAU CEMENT PROJECT
LIMESTONE MINE ENVIRONMENTAL MANAGEMENT PLAN
Page 9 301012-02135-EMP-003 Rev 1 : 3 February 2017
A EXECUTIVE SUMMARY
An Environmental Management Framework (EMF) sets the structure for managing environmental
risks and impacts during the Project life cycle. The EMF for the TL Cement Project includes the
following key approaches:
a. Select the Project option which has the lowest possible environmental footprint;
b. Reduce the environmental impact, as far as possible, through engineering and design
approaches;
c. Mitigate environmental impact, as far as possible, through engineering and design
approaches;
d. Manage the direct impacts and the risk of ongoing impact through management measures
and monitoring; and
e. Continuously improve the environmental management and monitoring measures through the
Project life cycle.
Two Environmental Management Plans (EMPs) were created for the TL Cement Project. One EMP
addresses impacts associated with the limestone mine site and the other addresses impacts
associated with the cement plant, jetty and other associated infrastructure. EMPs for the TL Cement
Project address:
1. Environmental impacts which are identified as ‘Medium’ or greater in the EIS document;
2. Mitigation measures for all aspects which are required in accordance with industry best
practice;
3. Monitoring measures and standards to be followed;
4. Trigger values or target values of measurement criteria;
5. Reporting requirements; and
6. Continuous improvement process.
This EIS and EMP is a component of the entire project and each component cannot be implemented
without the other. Where impacts have been assessed, they are generally cumulative impacts of the
entire operation which have been repeatedly documented in both of the Impact Assessments
submitted. This is significant when understanding the approach to implementation of the EIS and
EMP because the mitigation measures and monitoring actions as recommended in the EIS and EMP
are applicable to the overall project impact. All mitigation measures are applicable to occur once, for
the project as a whole; all monitoring events which are recommended are a single monitoring event,
which has been duplicated in the two separate documents. Similarly, all reporting to the regulator and
community are single reporting events.
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BAUCAU CEMENT PROJECT
LIMESTONE MINE ENVIRONMENTAL MANAGEMENT PLAN
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Key impacts
Of all the aspects associated with the Project, key aspects are those with impacts identified in the EIS
as being ‘Medium’ or ‘High’ risk. These risks have been addressed through the Environmental
Management Plans (EMPs).
1. Displacement / Resettlement: Local people will be displaced and will require relocation in
order for this Project land to be acquired. This can cause a ‘High’ level of impact on local
people. Mitigation measures including resettlement and ongoing stakeholder consultation to
be undertaken by the Government of Timor-Leste will most likely result in a residual impact of
‘Medium’.
2. Cultural Heritage: Impacts of the mine on Cultural Heritage for the local area is significant with
a number of sacred heritage sites directly impacted by clearing and activities within the
Project footprint. Local area sites will be permanently impacted causing a ‘High’ impact,
however with the implementation of controlled relocation and removal of unavoidable
impacted sites, the residual impacts are ‘Medium’.
3. Traffic: An increase in heavy vehicle numbers and movements is likely to cause damage to
the condition of the local road network and also poses a ‘Medium’ safety risk for the local
road users and pedestrians. Mitigation measures including speed limits and road
improvements reduces this risk to 'Low' which is an acceptable level.
4. Noise: In accordance with the equations provided in AS 2436-2010 (AS 2436, 2010) the
predicted noise levels from a single 85dB at 1m emission source, is 45dB 100m away from
the source. This falls below the noise standard of 55 dB (A) (UNTAET, 2001). This represents
a ‘Medium’ level of impact. The residual impact from noise and vibration is ‘Medium’.
Monitoring
The monitoring requirements for the project have been developed to consider all project phases,
including; Pre-construction, construction, operation and decommissioning. Key monitoring
requirements are as follows:
1. Air quality monitoring at key receptors in the neighbouring settlements
2. Noise and vibration monitoring at the Plant and Mine site and sensitive receptors at the
neighbouring settlements
3. Water quality and quantity monitoring at rivers and groundwater sources including springs
adjacent to the mine and plant site
4. Recording of flora and fauna information during land clearing activities and ongoing
throughout the project life
5. Ongoing stakeholder and community consultation throughout the project life
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BAUCAU CEMENT PROJECT
LIMESTONE MINE ENVIRONMENTAL MANAGEMENT PLAN
Page 11 301012-02135-EMP-003 Rev 1 : 3 February 2017
Emergency Response Plan
The Emergency Plan (EP) outlines the approach for managing the handling, storage and leak /
spillage of dangerous chemicals and hazardous wastes associated with the development and
operation of the Baucau Cement Plant Project.
The following will be adopted by the Project to prevent spillages and leaks from occurring:
• No tanks are to be filled prior to checking available tank volume;
• Tank filling and dispensing procedures shall be carried out only by appropriately trained
personnel and within designated and bunded area;
• The main outlet valve on tanks will be locked shut when unattended;
• Each tank/storage facility will be gauged and monitored daily;
• All chemical and hazardous materials are contained in bunded areas with an appropriate
holding capacity;
• Bunded compound shall be lined with low permeability (less than 10 - 9 m/s) material that is
not adversely affected by contact with the stored chemicals. It should be constructed in such
a way that permits full recovery of contents spilt from tanks and ensures that the lining
material is not damaged. The bund itself should be constructed of waterproof membrane,
reinforced concrete or an approved equivalent;
• The bunded compound shall have a minimum capacity of 110% of the capacity of the largest
tank. The compound shall also have sufficient capacity to retain spilt chemicals and not be
affected during extreme rainfall events; and
• All marine-based spills and emergencies are to be managed in accordance with Regulation
37 Annex 1 of the International Convention for the Prevention of Pollution from Ships 1973.
This regulation deals with the management of accidental discharge and discharge of ballast
to sea.
Training
Training is essential for ensuring that the provisions of the EMPs are implemented efficiently and
effectively. Training needs will be identified based on the existing and available capacity of the site
and Project personnel (including the proponent, contractors and subcontractors) to undertake the
required management actions and monitoring activities.
EMP review
The EMP will be reviewed at the following key project milestones:
• Completion of the pre-construction phase and additional specialist studies;
• Completion of the construction phase;
• Award of the Operations contract to incorporate operator-specific information;
• Every 5 years at minimum during Operations phase.; and
• On finalization of the Mine Closure Plan.
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BAUCAU CEMENT PROJECT
LIMESTONE MINE ENVIRONMENTAL MANAGEMENT PLAN
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Stage Activity Potential Key
Impact
Mitigation Measure Responsibility Monitoring Measure Frequency of
monitoring
Cost of Mitigation Measure USD
Pre Construction
Vehicles
movement
Equipment
operating
Clearing of
vegetation
Limit area to be cleared TL Cement
Construction
contractor
Check that clearing is within
the boundary
Weekly
reconciliation
Compensation per the Resettlement Plan :
$15,000 estimate
Monitoring and weed eradication costs:
$5.6M
Fauna relocation and monitoring, re-
introduction and elimination of pests: $670k
Rehabilitation costs (Labour and materials):
$?
Vehicles
movement
Equipment
operating
Air quality and
dust
Dust suppression
techniques include water
spraying and enclosing
equipment
TL Cement
Construction
contractor
PM10 and PM2.5
3 monitoring stations
Measurements
every 6
months
Compensation per the Resettlement Plan :
$15,000 estimate
Dust suppression sprayer and labour:
2000/month
Cost of illness and loss of productivity: $?
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BAUCAU CEMENT PROJECT
LIMESTONE MINE ENVIRONMENTAL MANAGEMENT PLAN
Page 13 301012-02135-EMP-003 Rev 1 : 3 February 2017
Stage Activity Potential Key
Impact
Mitigation Measure Responsibility Monitoring Measure Frequency of
monitoring
Cost of Mitigation Measure USD
Vehicles
movement
Equipment
operating
Generating
electricity
Noise Noise limitation
techniques include aprons
and enclosing equipment
TL Cement
Construction
contractor
Noise Levels
3 monitoring stations
Measurements
every 6
months
Compensation per the Resettlement Plan :
$15,000 estimate
Monitoring costs: $580k
Cost of illness and loss of productivity: $?
Vehicles
movement
Equipment
operating
Water quality
and quantity
Rehabilitation in the event
of a spill or contamination
event
Spill and contamination
mitigation measures
TL Cement
Construction
contractor
Every 6 months
Flow meters / stream gauges
at the Bucoli River (1.6km
west) and at Uaimatabai,
Uaisa and Waino springs.
Monthly water
quality and
quantity
measurements
at monitoring
boreholes, key
spring
receptors at
Waiono,
Uaimatabai
and Uaisa.
Water Quality Monitoring costs: $1,4M
Water Quantity Monitoring costs : $970k
Rehabilitation costs in the event of a spill:
$?
Construction
Vehicles
movement
Air quality and
dust
Dust suppression
techniques include water
spraying and enclosing
TL Cement
Construction
contractor
PM10 and PM2.5
3 monitoring stations
Measurements
every 6
months
Dust suppression sprayer and labour:
2000/month
TL CEMENT, LDA
BAUCAU CEMENT PROJECT
LIMESTONE MINE ENVIRONMENTAL MANAGEMENT PLAN
Page 14 301012-02135-EMP-003 Rev 1 : 3 February 2017
Stage Activity Potential Key
Impact
Mitigation Measure Responsibility Monitoring Measure Frequency of
monitoring
Cost of Mitigation Measure USD
Equipment
operating
Generating
electricity
equipment
Cost of illness and loss of productivity: $?
Vehicles
movement
Equipment
operating
Generating
electricity
Noise Noise limitation
techniques include aprons
and enclosing equipment
TL Cement
Construction
contractor
Noise Levels
3 monitoring stations
Measurements
every 6
months
Monitoring costs: $580k
Cost of illness and loss of productivity: $?
Vehicles
movement
Equipment
operating
Water quality
and quantity
Rehabilitation in the event
of a spill or contamination
event
Spill and contamination
mitigation measures
TL Cement
Construction
contractor
Every 6 months
Flow meters / stream gauges
at the Bucoli River (1.6km
west) and at Uaimatabai,
Uaisa and Waino springs.
Monthly water
quality and
quantity
measurements
at monitoring
boreholes, key
spring
receptors at
Waiono,
Water Quality Monitoring costs: $1,4M
Water Quantity Monitoring costs : $970k
Rehabilitation costs in the event of a spill:
$?
TL CEMENT, LDA
BAUCAU CEMENT PROJECT
LIMESTONE MINE ENVIRONMENTAL MANAGEMENT PLAN
Page 15 301012-02135-EMP-003 Rev 1 : 3 February 2017
Stage Activity Potential Key
Impact
Mitigation Measure Responsibility Monitoring Measure Frequency of
monitoring
Cost of Mitigation Measure USD
Uaimatabai
and Uaisa.
Operation
Vehicles
movement
Equipment
operating
Air quality and
dust
Dust suppression
techniques include water
spraying and enclosing
equipment
TL Cement
Operator
PM10 and PM2.5
3 monitoring stations
Measurements
every 12
months
Dust suppression sprayer and labour:
2000/month
Cost of illness and loss of productivity: $?
Vehicles
movement
Equipment
operating
Removal of
buildings
Generating
electricity
Noise Noise limitation
techniques include aprons
and enclosing equipment
TL Cement
Operator
Noise Levels
3 monitoring stations
Measurements
every 6
months
Monitoring costs: $580k
Cost of illness and loss of productivity: $?
Vehicles
movement
Equipment
Water quality
and quantity
Rehabilitation in the event
of a spill or contamination
event
TL Cement
Operator
Flow meters / stream gauges
at the Bucoli River (1.6km
west) and at Uaimatabai,
Every 6
months
Water Quality Monitoring costs: $1,4M
Water Quantity Monitoring costs : $970k
TL CEMENT, LDA
BAUCAU CEMENT PROJECT
LIMESTONE MINE ENVIRONMENTAL MANAGEMENT PLAN
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Stage Activity Potential Key
Impact
Mitigation Measure Responsibility Monitoring Measure Frequency of
monitoring
Cost of Mitigation Measure USD
operating
Mine dewatering
Spill and contamination
mitigation measures
Uaisa and Waino springs.
Monthly water quality and
quantity measurements at
monitoring boreholes, key
spring receptors at Waiono,
Uaimatabai and Uaisa.
Rehabilitation costs in the event of a spill:
$?
Decommissioning
Vehicles
movement
Equipment
operating
Air quality and
dust
Dust suppression
techniques include water
spraying and enclosing
equipment
TL Cement
Operator
PM10 and PM2.5
3 monitoring stations
Measurements
every 6
months
Dust suppression sprayer and labour:
2000/month
Vehicles
movement
Equipment
operating
Removal of
buildings
Generating
electricity
Noise Noise limitation
techniques include aprons
and enclosing equipment
TL Cement
Operator
Noise Levels
3 monitoring stations
Measurements
every 6
months
Compensation per the Resettlement Plan :
$15,000 estimate
Monitoring costs: $580k
Cost of illness and loss of productivity: $?
TL CEMENT, LDA
BAUCAU CEMENT PROJECT
LIMESTONE MINE ENVIRONMENTAL MANAGEMENT PLAN
Page 17 301012-02135-EMP-003 Rev 1 : 3 February 2017
Stage Activity Potential Key
Impact
Mitigation Measure Responsibility Monitoring Measure Frequency of
monitoring
Cost of Mitigation Measure USD
Vehicles
movement
Equipment
operating
Revegetation
activity
Water quality
and quantity
Rehabilitation in the event
of a spill or contamination
event
Spill and contamination
mitigation measures
TL Cement
Operator
Flow meters / stream gauges
at the Bucoli River (1.6km
west) and at Uaimatabai,
Uaisa and Waino springs.
Monthly water quality and
quantity measurements at
monitoring boreholes, key
spring receptors at Waiono,
Uaimatabai and Uaisa.
Every 6
months
Water Quality Monitoring costs: $1,4M
Water Quantity Monitoring costs : $970k
Rehabilitation costs in the event of a spill:
$?
TL CEMENT, LDA
BAUCAU CEMENT PROJECT
LIMESTONE MINE ENVIRONMENTAL MANAGEMENT PLAN
Page 18 301012-02135-EMP-003 Rev 1 : 3 February 2017
B INTRODUCTION
The TL Cement Project will be managed through the implementation of two Environmental
Management Plans. These plans are for the Cement Plant, Jetty and Other Associated Infrastructure
and the Limestone Mine. This EMP relates to the Limestone Mine.
1.1 Environmental Management Framework
An Environmental Management Framework (EMF) sets the structure for managing environmental
risks and impacts during the Project life cycle. The EMF for the TL Cement Project includes the
following key approaches:
a. Select the Project option which has the lowest possible environmental footprint;
b. Reduce the environmental impact, as far as possible, through engineering and design
approaches;
c. Mitigate environmental impact, as far as possible, through engineering and design
approaches;
d. Manage the direct impacts and the risk of ongoing impact through management measures
and monitoring; and
e. Continuously improve the environmental management and monitoring measures through the
Project life cycle.
1.2 Environmental Management Plan
As required by the Environmental Licensing Law the Environmental Management Plan (EMP) is a
separate stand-alone document from the Environmental Impact Statement (EIS).
The EMP is an essential tool for ensuring that mitigation of the negative impacts and enhancement of
the positive impacts is carried out effectively throughout the life of the Project. An EMP should be
systematically improved on a regular basis to ensure that best available technologies (BAT) and best
environmental management practices are implemented in a manner that is pragmatic, efficient and
cost-effective.
The EMP for the TL Cement Project Limestone Mine addresses:
1. Environmental impacts which are identified as ‘Medium’ or greater in EIS document;
2. Mitigation measures for all aspects which are required in accordance with industry best
practice;
3. Monitoring measures and standards to be followed;
4. Trigger values or target values of measurement criteria;
5. Reporting requirements; and
6. Continuous improvement process.
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BAUCAU CEMENT PROJECT
LIMESTONE MINE ENVIRONMENTAL MANAGEMENT PLAN
Page 19 301012-02135-EMP-003 Rev 1 : 3 February 2017
It should be noted that the any resettlement or compensation matters are the responsibility of the
Government of Timor-Leste and as such are not part of the EMP.
This EMP should be read in conjunction with the document, Baucau Cement Plant, Jetty and
Associated Infrastructure EMP. Under the instructions of the NDCEPI, the project environmental
impact statements were separated into two separate EIS and EMP’s i.e. Baucau Cement Plant & Jetty
and Associated Infrastructure and Limestone Mine. This EMP is a component of the entire project and
each component cannot be implemented without the other. Where impacts have been assessed, they
are generally cumulative impacts of the entire operation which have been repeatedly documented in
both of the Impact Assessments submitted. This is significant when understanding the approach to
implementation of the EMP because the mitigation measures and monitoring actions as
recommended in the EMP are applicable to the overall project impact. All mitigation measures are
applicable to occur once, for the project as a whole; all monitoring events which are recommended
are a single monitoring event, which has been duplicated in the two separate documents. Similarly, all
reporting to the regulator and community are single reporting events.
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1 PROJECT DESCRIPTION
1.1 Project Identification
TL Cement LDA, a privately-owned company, proposes to construct a greenfield cement
manufacturing project in Baucau Municipality, Timor-Leste. The project will produce approximately
1.65 million tons per annum (mtpa) of Portland cement clinker. For the purposes of this EMP, the
components of the Baucau Cement Plant Project that relate to the construction and operation of the
limestone mine shall be referred to as the Project.
1.2 Details of Project Proponent
TL Cement LDA was registered in Timor-Leste as a new company to develop the Baucau Cement
Clinker Plant project. The contact details of the Project Proponent are given below:
Name: TL Cement LDA
Dili Office
Address: Rua Complexo
Hotel Ramelau
Aimutin Comoro, Dom Aleixo
Dili
Timor Leste
Phone: +670 331 1206
Perth Office
Address: Level 5, 22 Mount Street
Perth, Western Australia 6000
Phone: +61 8 9261 1965
Contact Person Mr. James Rhee
Managing Director
Mob: +61 400 317 811
Email: [email protected]
Contact Person Mr. James Rhee
Managing Director
Mob : +61 400 317 811
Email: [email protected]
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1.3 Project Environmental Impact Statement
The Environmental Authority for this Project is the National Directorate for Pollution Control and
Environmental Impact (NDPCEI). WorleyParsons on behalf of the Project Proponent has consulted
with the NDPCEI with regards to obtaining the Environmental Licensing Certificate for the Project. The
Application for Environmental License and the Project Document were submitted to NDPCEI in June
2015. The Project Document was approved on 20 July 2015 and pursuant to Decree Law 5/2011, the
NDPCEI categorized the Baucau Cement Project as Category A.
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2 DETAILS OF EMP CONSULTANTS
WorleyParsons is responsible for leading the environmental assessment process, conducting the
environmental and social baseline studies, and preparing the Environmental Impact Statement (EIS)
and Environmental Management Plans (EMPs).
Globally, WorleyParsons is a leading provider of professional services to the infrastructure and
resource industries. WorleyParsons has been involved in environmental management for decades
and has a proven track record of delivering innovative solutions for our customers. WorleyParsons
offers a full suite of environmental services, which cover all aspects from planning to detailed design
and implementation. Services include engineering and environmental services to assist in site
selection, site analysis, site layout, and design. One of the key differentiators to WorleyParsons’
environmental assessment approach is our ability assemble multi-disciplinary, in-house teams,
including but not limited to engineers, urban planners, GIS and mapping specialists, geotechnical
engineers, environmental scientists, social impact specialists, and hydrological engineers. These
teams are led by experienced environmental assessment professionals who are capable of
integrating the technical aspects of all disciplines into a tailored solution. Our ability to draw upon all of
these resources internally streamlines the project delivery process and ensures reliable quality for the
customer.
2.1 Local presence
WorleyParsons established an office in Timor-Leste in 2010 to provide our customers with the
advantages of local content and an ‘on-the-ground’ understanding of local conditions. WorleyParsons
Timor-Leste has delivered several major projects nationwide for the Government of Timor-Leste,
TIMOR GAP, and international development agencies, including engineering feasibility, engineering
design, and environmental assessment projects.
As a local company employing local staff, WorleyParsons is intimately familiar with the Timorese
environment and culture. Our local staff are fluent in Portuguese, Tetun, and other local languages
and are experienced in community engagement. Our multi-disciplinary team has extensive experience
in the delivery of environmental studies in Timor-Leste.
WorleyParsons is supported by the following specialist consultants, who have extensive experience in
Timor-Leste, including:
• Bita Bina Semesta (BBS): BBS is based in Bandung, Indonesia and maintains a locally-
registered project office in Dili, Timor-Leste. BBS specializes in 'front end' type works, including
planning and environmental studies for transport, resources, urban development, infrastructure
and industrial development. BBS has become a regional leader in the preparation of
environmental impact assessments that meets international standards. BBS recently worked
with WorleyParsons to deliver environmental studies in support of the Dili Drainage EIA for the
Ministry of Public Works.
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• Nuno Oliviera: Dr. Nuno Oliveira is currently the Cultural Heritage Adviser for the Timor-Leste
Secretary of State for Arts and Culture where he has led development of cultural heritage
management programs and policies including the National Cultural Policy, Cultural Strategic
Plan, Resolution on Protection of Cultural Heritage and ratification of UNESCO’s main
conventions on cultural heritage. Prior to this role, Dr. Oliveira conducted extensive research in
Timor-Leste for the Australia National University (ANU), completing his dissertation on early
subsistence practices and agriculture in Timor-Leste. His research included extensive fieldwork
and excavations near the proposed project location.
• Dr Colin Trainor: During 1997-2002, Colin worked internationally as an ecologist with BirdLife
International, leading biodiversity assessments, particularly of forest birds, in Indonesia and
East Timor (Timor Leste) (Timor Leste) (Timor-Leste). In Timor-Leste (2002-2014), work
included a PhD thesis involving systematic survey of birds, mammals, reptiles, ants and trees
across a 2,000 km2 district, and consulting projects on transmission and proposed hydropower
works at Baucau and Iralalaro in Timor-Leste; shorebird and waterbird assessments; bird
species rediscoveries. In Timor-Leste has worked on establishment of a protected area, wrote
and published a field guide to the birds of East Timor (Timor Leste) and a site priority guide.
The environmental assessment has been undertaken by a team of specialists with world-class
expertise and extensive experience in Timor-Leste.
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The development of the EIS and EMP has been led by Mr Daniel Hunter.
Key Personnel Qualifications and Experience
Daniel Hunter
EIA Specialist
B App Sci (Natural Resources Management), University of Melbourne
Dan is a Project Manager and Scientist with over 20 years’ experience predominantly in
the area of environmental assessment and management. He has extensive experience
in managing multidisciplinary projects, including the assessment and management of
cumulative environmental issues associated with large infrastructure projects such as
mine and port developments, roads, rail corridors, land developments, pipelines and has
worked pro-actively with environmental planning teams, project design teams,
government regulators, construction personnel, consultants and the community to
achieve environmental / sustainability objectives and the development of mitigation
strategies and consents in accordance with regulatory requirements. One of Dan’s major
roles on projects is to integrate environmental considerations into all aspects of decision
making, planning, design, construction and operational processes and drive for
sustainable outcomes.
Dan has previously managed and led a study of the Timor-Leste local industry capability
for ConocoPhillips.
The environmental assessment has been undertaken by a team of specialists with world-class
expertise and extensive experience in Timor-Leste.
Key Personnel Qualifications and Experience
Chris Serjak
Study Manager
MSc, Sustainable Development, University of London
Chris has 18 years of experience in environmental management, infrastructure
development, and sustainable international development. He has five years of
experience in Timor-Leste working on environmental projects, community-driven
development, local content, and offshore petroleum projects. Chris recently completed a
year-long study of the environmental licensing process in Timor-Leste and is an expert on
the local regulatory framework. He has led the Dili Airport Environmental and Social
Scoping Study and provided consulting services on the environmental licensing process
for the Suai Supply Base project. As a certified project-manager, Chris understands how
to manage interdisciplinary teams to deliver projects that meet client expectations.
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Key Personnel Qualifications and Experience
Annette Jacobs
EIA Specialist
Lead Author
BSc (Hons) Geology; Diploma of Project Management
Annette is trained as an environmental scientist with 8 years’ experience in environment
and social impact assessment (ESHIA), management plan development, geology and
hydrogeology. Her technical experience includes numerical modelling, environmental
hydrogeology and advanced spatial analysis using geographic information systems (GIS).
Annette currently project manages all the large marine science projects at WorleyParsons
and understands the complexities and issues often encountered.
She has 5 years’ project management experience in all stages of the project life cycle.
Her project specific experience includes marine environmental hydrology, environmental
and groundwater management for the mining industry and infrastructure projects,
contaminated sites groundwater quality investigations, ESHIA project development and
implementation, and mitigation and management plans.
Alison Mratovich
Community Consultation
BA Geography and Environment Management, University of Johannesburg
Alison has over 10 years’ experience in stakeholder management providing consultancy
and advisory services to government agencies and private companies on environmental
and social impact assessments, community engagement and socio-economic baseline
assessments. Her focus is on social and environmental impact assessments, stakeholder
engagement programs and social investment strategies. Delivering assessments in
accordance with WA, International Finance Corporation (IFC) and World Bank Standards.
Lindsay Furness
Water Resources
MA, Hydrogeology and Engineering Geology
Mr Lindsay Furness has over 38 years’ experience in groundwater and water resource
management in 14 countries for ADB, WB, UNESCO, WHO, AusAID, NZAID. He is a
Fellow of the Australian Institute of Geosciences (Registered Professional Geoscientist),
a member of the International Association of Hydrogeologist and the National Association
of Ground Water Scientists and Engineers (US). Lindsay Furness made a preliminary
study of the caves and springs of the Baucau Aquifer in 2004 under an ADB water
resources assessment for Timor-Leste in relation to Agricultural irrigation. In 2010 he was
appointed as the Timor-Leste Water Resources and Climate Adaptation Specialist in the
National Department of Water Resources (DNGRA), where he was responsible for
carrying out several surveys of the Baucau geohydrology.
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Key Personnel Qualifications and Experience
Stuart Atkinson
Water Resources
MEngSc, BEng (Hons), MIEAust
He has over 15 years’ experience in hydrology, hydrogeology and contaminated site
assessment gained in Australia, Africa, the Middle East, UK and New Zealand. Stuart’s
Master’s degree research included water balance modelling in wet and arid
environments.
He has worked as part of large multidisciplinary teams addressing all water resource
issues on major projects, and also managing smaller projects requiring specialist
technical expertise to resolve complex water resource problems. This has included
working through all project phases using a variety of project delivery.
Stuart’s technical experience includes numerous hydrological investigations aimed at designing flood protection measures for new mine sites, residential and commercial developments, mine water management, flood mapping, water balance modelling, environmental hydrology, dam design, drainage system design and the preparation of bridge and culvert schedules for railway, roads and pipelines with lengths in excess of 1,000km. Stuart’s experience solving complex surface and groundwater issues on mining projects allows him to identify and address project risks associated with surface and groundwater while also considering associated geotechnical and civil engineering issues.
Lekha Siraz
Water Resources
PhD Hydrogeology, BSc Geology, MSc. Geology (Hydrogeology)
Lekha’s fields of experience include groundwater assessments, environmental
hydrogeology, hydrogeological and contaminated site assessments and groundwater
modelling. She has worked on a number of hydrogeological reviews, feasibility / impact
assessments and compliance monitoring for mining and industrial customers in Australia.
Lekha’s expertise also includes hydrogeological Interpretation and conceptualisation
leading towards flow and contaminant transport Modelling. She has project managed and
reviewed hydrogeological and groundwater modelling projects for the Victorian and New
South Wales Government agencies, mining clients and waste management facilities.
Besides these, her other projects have included landfill liner and cover design using
industry standards such as the US EPA HELP model and alternate cover
conceptualisation and design for landfills using vadose zone modelling. She also
assisted a WA based contaminated sites auditor in audits of several sites, reviewing
assessments, reports and preparing contaminated sites audit reports.
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Key Personnel Qualifications and Experience
Grant Hickson
Air Quality
BSc (Hons) Physics and Computer Science
Grant Hickson has more than five years of air quality consulting and professional
experience in environmental impact assessments. He is an Environmental Scientist
specialising in pollutant and particulate matter dispersion modelling from major industrial
works, emissions estimation / calculation, data analysis and management as well as data
validation and quality control for reporting purposes. Grant has undertaken numerous air
quality impact assessments in Australia and internationally. He has recently been the
primary author for the air quality, meteorology and noise assessments for the Tasi Mane
Environmental Impact Assessment project. In this assessment he was responsible for:
the on-site collection of air quality samples; meteorological and noise measurements;
location surveying; data management and interpretation; and reporting. All work was
conducted to International Standards across multiple sites and allowed the client to
assess any adverse environmental impacts from the proposed development.
Dr. Kania Dewi
Air Quality
PhD, Environmental Engineering
Dr. Kania has 10 years’ experience as an Air Quality Expert conducting monitoring and
modelling of air quality impacts for EIAs and EMPs. She has extensive experience with
mining and hydrocarbons projects throughout Indonesia. Dr Kania has conducted
multiple pollutant and GHG emissions inventories and completed climate change
assessments. She has also completed modelling and assessment of impacts from
cement plants. Dr. Kania recently completed a baseline air quality assessment for the Dili
Drainage EIA environmental studies in association with WorleyParsons.
Dr. IB Ardhana Putra
Noise
PhD, Engineering
Dr. Ardhana has 16 years of experience in noise impact assessment, modelling, and
management. He has published nearly 40 papers on noise over the past 27 years and is
a former Head of Academic Development Program at Bandung Institute of Technology
and a current advisor to the Indonesian Ministry of Environment. He has extensive
experience with measurement, analysis and mapping of noise condition at oil and gas
facilities and power plants, as well as airports and roads.
Titi Liliani Soedirdjo
Traffic
MSc, Highway and Traffic Engineering
Ir Titi has 34 years of experience in traffic engineering, traffic surveys, and traffic impact
assessments. He has been a lecturer at Bandung Institute of Technology since 1981 and
a consultant on traffic and railways. He has been involved in several studies in Timor-
Leste, including modelling the traffic signalization and signage for Dili in 2002 and a traffic
impact assessment for the Dili Drainage EIA.
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Key Personnel Qualifications and Experience
Dr. Hisyam Achmad
Social Impact
PhD, Anthropology
Dr. Hisyam has over 40 years’ experience in social sciences and anthropology. In the
past 10 years, Dr. Hisyam has worked for BBS completing several socio-economic and
resettlement impact studies for projects throughout Indonesia, including public
consultation, field surveys, and resettlement planning. He has extensive experience with
IFC Guidelines and Indonesian AMDAL. He recently completed a socio-economic and
resettlement impact assessment for the Dili Drainage EIA project.
Joana Belo
Public Consultation field
officer
BSc, Environmental Science (Management)
Joana is an HSE Professional with experience in Australia, Malaysia and Timor-Leste.
She has 7 years of experience health, safety and environment (HSE) including
conducting risk assessment, developing emergency procedures in hydrocarbon and
infrastructure industry. She also is participating in many environmental impacts and social
assessments including, Field Officer for Worley Parsons Timor-Leste working on Dili
Airport Environmental and Social Scoping Study, and Field officer for Tasi Mane EIA
Study.
These specialists are supported by a team of local Timorese staff including environmental specialists,
social specialists, and field surveyors. Field assistants have also been hired from the local area to
ensure access to local knowledge and to promote public consultation.
In addition, wherever possible, the environmental assessment process has involved participation from
local communities and mentoring of Timor-Leste university students, especially during field survey
activities.
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3 DESCRIPTION OF THE PROJECT
3.1 Project component equipment and technology
For the purposes of the Environmental Licensing process, the NDPCEI has divided the Baucau
Cement Project into several major components, as follows:
1. Cement Plant, Conveyor Belt, Power Plant, Marine Jetty, and Associated Infrastructure;
2. Limestone Mine;
3. Clay Extraction; and
4. Road Improvements and New Roads.
All of the items included are critical to the success of the Baucau Cement Project. The Limestone
Mine will supply the product to be processed and exported. The cement plant will process the raw
materials to produce cement clinker for domestic use and international sale.
The jetty will be used to import raw materials not available locally including coal, iron ore, and gypsum
and to export the clinker product. The conveyor belt will be used to transport materials to and from
the marine jetty. The cement plant also includes a 30MW CFB power plant to provide electrical power
to the plant.
The Limestone Mine project comprises the following components in each phase.
3.1.1 Pre construction
During pre construction, excavators and graders will be used to clear vegetation and level the ground
for the construction phase. Refer to Figure 3-1 Example of excavator to be used to clear vegetation
during pre-construction
.
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Figure 3-1 Example of excavator to be used to clear vegetation during pre-construction
3.1.2 Construction
During construction, heavy plant and equipment will be used to construct the Limestone Mine and
Waste Rock Dump. Examples of this equipment is included inFigure 3-1 & Figure 3-2. Figure 3-3
shows an example of a comparable constructed limestone mine. Figure 3-4 shows an example of a
top-soil stockpile.
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Figure 3-2 Example of excavator loading a dump truck
Figure 3-3 Example of an open pit limestone mine
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Figure 3-4 Example of a topsoil stockpile
3.1.3 Operation
During operation, the mine will be operational and blasting and rock breaking will occur. Trucks and
other vehicles will be used around the site to transport material and people to and from the workplace.
Water trucks will also be used during operations to reduce dust impacts (Figure 3-8). An example of a
rock waste dump and stockpile is shown in Figure 3-5 below. Figure 3-6 shows an example of
limestone blocks being mined. Figure 3-7 shows an example of blasting of rock in an open pit mine.
Figure 3-5 Example of a waste rock dump and stockpile
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Figure 3-6 Example of limestone blocks being mined
Figure 3-7 Example of blasting of rock in an open pit of a mine
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Figure 3-8 Example of a watering truck used for dust suppression
3.1.4 Decommissioning
During decommissioning, equipment and buildings will be dismantled following consultation with the
community and GoTL. Figure 3-9 shows an example of a decommissioning program.
The area will be revegetated with native species. Figure 3-10 depicts a comparable revegetation
program.
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Figure 3-9 Example of decommissioning process (implosion of a power station) (Photo:
sandiegouniontribune.com)
3.2 Project Location
The proposed Baucau Cement Project is located in Suco Tirilolo, Aldeia Osso-ua, in the Baucau
administrative post of Baucau Municipality, Timor-Leste. The location is about 120 km east of Dili and
approximately 16 km west of Baucau.
Figure 3-10 Example of revegetation process (Image : Google Images)
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Figure 3-11: Location of the Limestone Mine
3.2.1 Nature of the project location
The overall site is dominated by a relatively uniform coastal Closed Tropical Forest (70%) which is
most likely a combination of existing forest and mature plantation trees. The remaining area (30%) is
cleared grazing land and residential farms. Overall, the site is a heavily modified plantation
environment with a severe infestation of Lantana camara throughout. The biological diversity at these
sites was very low and overall the site was not representative of a pristine coastal/beach forest
(Trainor & Easton, 2015).
No permanent rivers exist within the Project site. Some small ephemeral watercourses flow through
the area, mainly during the wet season. These tend to stop flowing in the dry season and are not
considered suitable as full time water sources.
The Project is located near the Caisido community of the Aldeias Parlemento, Caisido, Lialaileso, and
Osso-Ua. The total population of the Caisido area (the Project Site) is 2,387 or 38% of the Suco
Tirilolo population. There are 532 households in Caisido and the average size of a household is 5
people. Economic employment is mainly focused on agricultural sector. Most of the local populations
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in the areas surrounding Baucau Cement Project site are farmers. A small number of these farmers
are also teachers, drivers and owners of small kiosks (vendors) within their villages/hamlets (BBS,
2015c).
The geographical coordinates of the Baucau Cement Project components are detailed in Table 1
below.
Table 1: Coordinates of Project components
Component Latitude Longitude
Cement Plant -8.4520 126.3424
Marine Jetty -8.4438 126.3433
Conveyor belt -8.4520 to -8.4438 126.3424 to 126.3433
Construction camp and Residential
area
Adjacent to cement plant Adjacent to cement plant
Limestone mine S 8 º.4 62’21.5 126 º 35 ’61.82”
3.3 EMP Endorsement
The Baucau Cement Project proponent, TL Cement, has endorsed this EMP/EIS in writing. A copy of
their written endorsement is included below.
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4 LEGAL REQUIREMENTS
4.1 Legislation and legal framework
This section identifies the legislation and guidelines governing the conduct of the Environmental
Impact Assessment studies and preparation of the EIS and EMP. This section also identifies other
applicable laws, regulations, guidelines, and standards governing environmental quality, health and
safety, protection of protected areas and sensitive areas, protection of vulnerable and endangered
species, land use control, and other environmental and social issues.
4.1.1 Environmental Legislation
Decree Law 26/2012 Environment
Basic Law (EBL)
The EBL (also sometimes called the Environmental Framework Law)
sets the overall framework for environmental protection in Timor-Leste.
Articles 14, 15 and 16 of the Decree define the instruments for
environmental standards, environmental assessment and licensing and
environmental monitoring respectively for Environmental Assessment
(EA).
Decree Law 5/2011 Environmental
Licensing Law (ELL)
The object of the Decree Law is to create a system of environmental
licensing for public and private projects likely to produce environmental
and social impacts. This system of licensing is based on assessing the
size of the potential impacts of projects taking account of their nature,
size, technical characteristics and location. Decree-Law No. 5/2011
elaborates the licensing requirement and the EIA procedure in Timor-
Leste. Article 4 of the Decree defines the categories of projects and the
Type of EA procedure required. The classification of projects is made in
accordance with Annex I and II of the Decree. The proposed project has
been classified by the NDE as a ‘Category A’ project “that may
potentially cause significant environmental impacts, and [is] subject to
the procedure of Environmental Impact Assessment (EIA) and
Environmental Management Plan (EMP).”
Draft Ministerial Diploma for
General Regulations for
Environmental Assessment
The Asian Development Bank (ADB) has prepared detailed
requirements for Screening, Scoping and the Terms of Reference,
Environmental Impact Statements and Environmental Management
Plans for Environmental Assessment. Although these guidelines have
not been formally adopted, they are in practical use by NDPCEI.
Draft Ministerial Diploma
Regulation on the Public
Consultation Procedures
The ADB has prepared detailed requirements for Public Consultation
Procedures and Requirements during the Environmental Assessment
Process. Although these guidelines have not been formally adopted,
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they are in practical use by NDPCEI.
4.1.2 Biodiversity and protected areas legislation
UNTAET Regulation 2000/19 on
Protected Places
UNTAET Regulation 2000/19 is still in force and used by the Forestry
Department, although it is intended to be replaced by a draft Decree
Law on Protected Areas, a draft Decree Law on Forestry, and the draft
Decree Law on Biodiversity. Section 3 provides for the protection of
endangered species and their habitats. The killing, injuring, harming,
taking or disturbing of any endangered species is prohibited. The
destruction in any way of the habitat of an endangered species is also
prohibited.
UNTAET Regulation 2000/17 on the
Prohibition of Logging Operations
and the Export of Wood from East
Timor
UNTAET Regulation 2000/17 also remains in force at present. Section 2
prohibits the cutting, removal, and logging of wood from land in East
Timor. It also prohibits the burning or any other destruction of forests.
These prohibitions are subject to Section 3 which allow for exemption to
be authorised for certain logging activities.
Draft Decree Law on Forest
Management, draft 7, received
August 2013
The cutting of “forest trees” and harvesting of other forest products in
any zone is prohibited unless specifically authorized by the National
Director of Forestry (Article 61). The Director may give authorization for
such cutting and harvesting if it would be in accordance with this law and
other legislation, any community guideline agreements or with the forest
management plan. The Director must take into consideration the forest
management plan, conservation of the soil and water of the area,
ecology and biodiversity of the area, and any other technical
specifications determined by the National Director. Article 61.2 allows for
community cutting of trees and harvesting other forest products without
authorization, when used for traditional purposes.
Article 67 provides for measures to prevent deforestation. No-one is
allowed to cut, damage, destroy, remove, transport, purchase, sell,
donate or otherwise acquire or dispose of any tree, unless that tree is
private property or the person has a Community Forestry Management
Agreement or a permit/authorization from the National Director.
It is an offence under Article 86 for any person to pollute or contaminate
land in any Protected Area with chemicals, industrial waste or organic or
other polluting substances.
Draft Decree Law on Biodiversity,
dated March 2012
When preparing an SEA, EIS, EMP or any other environmental
assessment, the proponent must include an assessment of the potential
impacts of the proposal on biodiversity and biological resources. This
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assessment must include: (a) Impacts on any natural ecosystems and
habitats located within or near the proposed site, in particular the habitat
of any protected species and critical habitat; (b) Impacts on any legally
protected areas, as well as any areas the subject of cultural or traditional
protection mechanisms such as Tara Bandu; (c) Impacts associated with
invasive alien species on or near the proposed site; (d) The
sustainability of any proposed use of biological resources; and (e)
Proposed measures to avoid, minimize, or mitigate identified impacts,
and measures to offset or compensate for any affected biological
resources and impacts on biodiversity.
In analyzing any environmental assessment and before deciding to grant
an environmental license, the decision-maker must take into account
whether granting approval for the proposed activity would be consistent
with the purpose and principles of the draft Biodiversity Decree Law. In
particular, the Decision-maker must be satisfied that: (a) Any adverse
impacts and risks identified in the assessment are deemed satisfactory;
(b) Adequate measures to avoid, minimize, or mitigate identified adverse
impacts have been identified and will be implemented; (c) As a last
resort, adequate compensatory measures, which are designed to
achieve no net loss of biodiversity, have been identified and will be
implemented by the proponent to offset or compensate for any impacts
on biodiversity and affected biological resources; (d) The proponent has
prepared, in close consultation with affected local communities, a
comprehensive plan that includes details about all necessary remedial
and restoration efforts, and is satisfied that the plan will be implemented
at the proponent’s expense.
4.1.3 Land legislation
Draft Expropriation Law Property may only be expropriated for the public interest and upon
timely payment of fair compensation (Article 1). Only the State can order
expropriation (Article 5).
There must be public consultation on any project requiring expropriation
of private or community property (Article 13), and the documents made
available to the public for consultation and public hearings must include
any environmental, social or economic impact assessment studies
(Article 15.4).
4.1.4 Mineral Resources/Mining legislation
Ministerial Diploma 01/2008 on The diploma sets out the procedure for granting of licenses for
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Licensing of Mining Activities exploitation of mineral resources related to the construction industry,
including sand, sandstone, and site, basalt, diorite, limestone, and
marble. The Environmental License for the project is a precondition of
granting the mining license. The diploma requires reasonable
environmental protection during the exploration process. The diploma
prohibits the extraction of beach sand. The diploma sets out
requirements for expropriation of private land or property.
Draft Mining Code A draft Mining Code has been prepared which is still in its preliminary
stages and has not yet been submitted for public consultation. It is
understood that the Mining Code, as drafted, contains provisions
requiring projects to adhere to the ELL and obtain an environmental
license.
4.1.5 Labor legislation
Law 4/2012 Labor Code The duties of the employer include providing workers with good working
conditions, prevention of risks from diseases and occupational
accidents, providing workers with information and equipment necessary
to prevent such risks.
The employer is under a general obligation to provide appropriate health
and safety conditions, to prevent accidents and dangers, and to reduce
risks.
Employers must ensure that workers are not exposed to risks that are
harmful to their health, and must promote awareness programs. Where
necessary, employers must provide safety equipment to workers.
4.2 Obligations
TL Cement is committed to developing this project in the region and complying with the regulations of
Timor Leste. Negotiations and discussions with stakeholders and regulators are ongoing.
4.3 Summary of Project Approvals
Activity Requirement Legislation
Clearing of
vegetation
Environment licence from DNSMA Decree law 5/2011 on environment
licensing law
Operating
limestone mine
Environment licence from DNSMA Decree law 5/2011 on environment
licensing law
Mining License Ministerial Diploma 01/2008 on
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Licensing of Mining Activities
Internal roads Transport Decree law 2/2003 on basic law on the
road transport system
Employment of
labour
Labour Law 4/2012 Labor Code
4.4 Summary of Environmental Standards
Phase Aspect Standard
Pre Construction Air Quality World Health Organization (WHO), 2006:
Air Quality Guidelines (AQGs) for PM10
Noise UNTAET Guideline on Ambient Noise
(2002)
Water Quality WHO Drinking Water Standards (2000)
Construction Air Quality World Health Organization (WHO), 2006:
Air Quality Guidelines (AQGs) for PM10
Noise UNTAET Guideline on Ambient Noise
(2002)
Water Quality WHO Drinking Water Standards (2000)
Operation Air Quality World Health Organization (WHO), 2006:
Air Quality Guidelines (AQGs) for PM10
Noise UNTAET Guideline on Ambient Noise
(2002)
Water Quality WHO Drinking Water Standards (2000)
Vibration Regulation 11
Environmental Protection (Noise)
Regulations 1997
Decommissioning Air Quality World Health Organization (WHO), 2006:
Air Quality Guidelines (AQGs) for PM10
Noise UNTAET Guideline on Ambient Noise
(2002)
Water Quality WHO Drinking Water Standards (2000)
Vibration Regulation 11
Environmental Protection (Noise)
Regulations 1997
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5 INSTITUTIONAL ROLES AND RESPONSIBILITIES
Phase Item Develop/Author Implement
Detailed Engineering
Design
Environmental
Management Plans
Lead Engineer from
the Engineering
provider with approval
by Project Manager –
TL Cement LDA
Lead Engineer from the
Engineering provider
Mitigation Measures Lead Engineer from
the Engineering
provider with approval
by Project Manager –
TL Cement LDA
Lead Engineer from the
Engineering provider
Monitoring Plans Lead Engineer from
the Engineering
provider with approval
by Project Manager –
TL Cement LDA
Lead Engineer from the
Engineering provider
Construction Tender
Phase
Develop construction
specific
Environmental
Management Plans
Civil works contractor
with approval by
Project Manager – TL
Cement LDA
Civil works contractor
Develop construction
specific
Mitigation Measures
Civil works contractor
with approval by
Project Manager – TL
Cement LDA
Civil works contractor
Develop construction
specific
Monitoring Plans
Civil works contractor
with approval by
Project Manager – TL
Cement LDA
Civil works contractor
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6 SUMMARY OF IMPACTS
Activitytivity Impact Pre
construction
Construction Operations Decommissioning
Vehicles
movement
Operating
heavy
machinery
Power
generation
from Power
Plant
Climate Limited impact
on climate
change from
greenhouse
gases.
Limited impact
on climate
change from
greenhouse
gases.
Some impact
from
operation of
a power
plant for
operations.
Reduction in impact
with decommissioning
of plant
Vehicles
movement
Digging and
excavating
Clearing of
vegetation
using
equipment
Construction
of roads and
buildings
Vehicles
travelling on
site
Topography
Geology and
Soil
Reshaping and
excavation of
landforms in
order to
prepare for
construction
will impact the
current
topography
Vegetation
clearing
resulting in
increased
erosion and
run-off
Plant and
equipment may
leak oils and
hydrocarbons
which pollute
the soil
Increased
erosion and run-
off from a
bituminized area
will likely change
the water quality
of the ocean,
springs and
rivers
Plant and
equipment may
leak oils and
hydrocarbons
which pollute the
soil
Increased
erosion and
run-off from
a bituminized
area will
likely change
the water
quality of the
ocean,
springs and
rivers
Plant and
equipment
may leak oils
and
hydrocarbon
s which
pollute the
soil
Decommissioning will
involve the
rehabilitation of the
This is expected to
have a positive impact
on the soil resources
at the site.
Vehicles
movement
Air Quality Dust from earth
moving and
vegetation
Dust from earth
moving and
vegetation
Direct
emissions
from vehicles
Direct emissions from
vehicles and plant in
the form of fuel
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Activitytivity Impact Pre
construction
Construction Operations Decommissioning
Digging and
excavating
Clearing of
vegetation
using
equipment
Construction
of roads and
buildings
Vehicles
travelling on
site
clearing
activities;
Direct
emissions from
vehicles and
plant in the
form of fuel
combustion
(i.e. exhaust
fumes) and
brake wear.
clearing
activities;
Direct emissions
from vehicles
and plant in the
form of fuel
combustion (i.e.
exhaust fumes)
and brake wear.
and plant in
the form of
fuel
combustion
(i.e. exhaust
fumes)
combustion (i.e.
exhaust fumes)
Vehicles
movement
Digging and
excavating
Construction
of roads and
buildings
Blasting
Noise and
Vibration
Impact from
Vehicle
movements
and earthworks
Impact from
Vehicle
movements and
earthworks
Noise Impact
from mining
and blasting
activities
Impact from Vehicle
movements and
earthworks
Vehicles
movement
Digging and
excavating
Surface
Water
Changes to
drainage
behavior and
quality from
earthworks
Changes to
drainage
behavior and
quality from
earthworks
Changes to
drainage
behavior and
quality from
earthworks
Changes to drainage
behavior and quality
from earthworks
Vehicles
movement
Groundwater Changes to
spring flow and
Changes to
spring flow and
Changes to
spring flow
Long term changes to
spring flow and quality
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Activitytivity Impact Pre
construction
Construction Operations Decommissioning
Digging and
excavating
Dewatering for
mining
quality from
earthworks
quality from
earthworks
and quality
from
earthworks
after decommissioning
Vehicles
movement
Digging and
excavating
Construction
of roads and
buildings
Vehicles
travelling on
site
Flora Direct loss of
vegetation due
to clearing
Positive impact
due to
revegetation
activity
Indirect loss
of vegetation
cover due to
depletion of
water
sources
Positive impact due to
revegetation activity
Vehicles
movement
Digging and
excavating
Construction
of roads and
buildings
Vehicles
travelling on
site
Fauna Direct loss of
habitat through
vegetation
clearing;
Harm/death/dis
placement of
individual IUCN
listed species;
Direct loss of
habitat through
vegetation
clearing;
Harm/death/displ
acement of
individual IUCN
listed species
Increased
susceptibility of
native fauna to
predation
Soil disturbance
and potential
refuge
destruction for
ground dwelling
animals
Changes to
natural drainage
Direct loss of
habitat
through
vegetation
clearing;
Harm/death/
displacement
of individual
IUCN listed
species
Increased
susceptibility
of native
fauna to
predation
Soil
disturbance
and potential
refuge
destruction
Positive impact with
rehabilitation
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Activitytivity Impact Pre
construction
Construction Operations Decommissioning
affecting fauna
and their habitat;
Disturbance
fauna activities
due to noise,
vibration and
lightning impacts.
for ground
dwelling
animals
Changes to
natural
drainage
affecting
fauna and
their habitat;
Disturbance
fauna
activities due
to noise,
vibration and
lightning
impacts.
Vehicles
movement
Digging and
excavating
Construction
of roads and
buildings
Vehicles
travelling on
site
Traffic Increase in
traffic to the
area due to
pre-
construction
Increase in traffic
due to
construction
Limited
traffic
increase
during
operations,
mainly on
the project
site
Increase in traffic due
to decommissioning
Development
of the project
resulting in
economic
participation
Employment Some short
term
employment
and training
opportunities
Longer term
employment and
training
opportunities
Long term
employment
and training
opportunities
Reduction in
employment
opportunities as the
project
decommissions
Development
of the project
resulting in
infrastructure
Infrastructure Increasing
pressure on
existing
infrastructure
Reduced impact
on existing
infrastructure as
project
Positive
impact on
local
infrastructure
Long term positive
impact on local
infrastructure
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Activitytivity Impact Pre
construction
Construction Operations Decommissioning
development
Development
of a training
center
e.g. roads and
water
infrastructure
construction has
commenced
Development
of the project
resulting in
infrastructure
development
Economic
Use of
Forestry
Loss of access
to land by
community
No further impact
during
construction
No further
impact
during
operations
Positive impact on
community who get
access to the
revegetated and
rehabilitated forests
Access
restrictions
due to site
fencing
People and
vehicles
movement
Digging and
excavating
Relocation of
people
Socio
Economic
Agriculture
Access
controls and
reduction in
available
agricultural
land
Access controls
and reduction in
available
agricultural land
Access
controls and
reduction in
available
agricultural
land
Positive impact with
removal of access
controls and increase
available agricultural
land
Access
restrictions
due to site
fencing
People
movement
Digging and
excavating
Relocation of
people
Population
and
Community
Resettlement
of affected
families
Influx of
workers to the
pre-
construction
site
Influx of workers
to the
construction site
Daily
movement of
some
employee
during
operations
Changes to the
income source of
people in the
community due to
project
decommissioning
Vehicles
movement
Digging and
Community
Health
Increase in
respiratory
ailments due to
Increase in
respiratory
ailments due to
Increase in
respiratory
ailments due
Positive reduction in
prevalence of
diseases and dust-
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Activitytivity Impact Pre
construction
Construction Operations Decommissioning
excavating
Construction
of roads and
buildings
Vehicles
travelling on
site
an influx of
people
Increase in the
level of
respiratory
ailments due to
increased dust
Increase in
vector-related
ailments such
as malaria due
to increase in
population
density;
Increase in
sexually
transmitted
infections such
as the human
immunodeficie
ncy virus due
to population
influx
an influx of
people
Increase in the
level of
respiratory
ailments due to
increased dust
Increase in
vector-related
ailments such as
malaria due to
increase in
population
density;
Increase in
sexually
transmitted
infections such
as the human
immunodeficienc
y virus due to
population influx
to an influx
of people
Increase in
the level of
respiratory
ailments due
to increased
dust
Increase in
vector-
related
ailments
such as
malaria due
to increase
in population
density;
Increase in
sexually
transmitted
infections
such as the
human
immunodefici
ency virus
due to
population
influx
related ailments.
Vehicles
movement
Digging and
excavating
Construction
of roads and
buildings
Vehicles
Institutions
Schools and
Health
Facilities
Increased
pressure on
health services
infrastructure
Increase in the
level of
respiratory
ailments due to
increased dust
Increased
pressure on
health services
infrastructure due
to population
influx
Increased
pressure on
health
services
infrastructure
due to
population
influx
Increase in
Positive impact on
community health with
legacy investments
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Activitytivity Impact Pre
construction
Construction Operations Decommissioning
travelling on
site
the level of
respiratory
ailments due
to increased
dust
Vehicles
movement
Digging and
excavating
Construction
of roads and
buildings
Vehicles
travelling on
site
Community
and Family
Structure
The acquisition
of land may
cause impacts
on the
community and
family structure
Impacts to
household
subsistence and
ability to
generate income
Impacts to
household
subsistence
and ability to
generate
income
Change of
employment status
may affect the
households income
Access
restrictions
due to site
fencing
People and
vehicles
movement
Digging and
excavating
Relocation of
people
Land
Ownership
and Land
Rights
The acquisition
of land may
cause conflict
around land
owners and
communities.
Limited ongoing
impact on land
rights during
construction
Limited
ongoing
impact on
land rights
during
construction
The change in land
use and
decommissioning may
potentially cause
conflict around land
owners and
communities.
Access
restrictions
due to site
fencing
People and
vehicles
movement
Natural
Resources
Rights
Limited impact
due to limited
use of the
vegetation area
The acquisition
of land may
potentially
No additional
impact once
construction
commences and
resettlement has
occurred.
No additional
impact once
operations
commences
and
resettlement
has
The change in land
use and
decommissioning may
potentially cause
conflict around land
owners and
communities.
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Activitytivity Impact Pre
construction
Construction Operations Decommissioning
Clearing,
Digging and
excavating
Relocation of
people
cause conflict
around land
use and
harvesting of
wood before
clearing.
occurred.
Access
restrictions
due to site
fencing
People and
vehicles
movement
Relocation of
people
Cultural
Heritage and
Archeology
Some sites
destroyed as a
result of the
Limestone
Mine
Access to sites
may be
restricted for
safety reasons
Some sites
destroyed as a
result of the
Limestone Mine
Access to sites
may be restricted
for safety
reasons
Some sites
destroyed as
a result of
the
Limestone
Mine
Access to
sites may be
restricted for
safety
reasons
Positive impact, Sites
with restricted access
for safety reasons will
be lifted
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7 DESCRIPTION OF PROPOSED MITIGATION MEASURES
The following section outlines the proposed mitigation measures for each of the aspect identified in
the EIS. The proposed mitigation measures are considered for each of the different Project phases;
i.e.:
• Pre-construction;
• Construction;
• Operation; and
• Decommissioning.
Note: Some mitigation measures are applicable across one or more project phases.
7.1 Climate
Objective To ensure the atmospheric emissions (i.e. carbon monoxide) are minimised as much
as practicable;
To ensure design of Project components accommodate climate change, including sea
level rise and severe weather events
Impacts Carbon dioxide emissions
Sea level rise impacts on infrastructure
Pre-construction Construction Operations Decommissioning
Design reviews to consider
equipment selection
Design reviews to implement
Alternative Fuels in
consideration of climate
change impacts
Adoption and
implementation of clean
technology
Ensure vehicles and
equipment are regular
serviced and maintained
Limit vehicle idling and keep
vehicles well maintained
Adoption and
implementation of clean
technology
Use of substitute Alternative
fuels (Biomass, RDF, used
tyres and solvents instead of
fossil based fuels in both
cement and power plant
Ensure vehicles and
equipment are regular
serviced and maintained
Limit vehicle idling and keep
vehicles well maintained
Implement Mine Closure
Plan
Limit vehicle idling and keep
vehicles well maintained
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7.2 Topography, Geology and Soils
Objective Maintain the integrity, ecological functions and environmental values of landforms,
geology and soil
Minimise permanent landform alterations
Ensure that the modifications to landforms are physically and environmentally stable
and sustainable
Impacts Soil contamination
Erosion and loss of value
Landform shape change
Pre-construction Construction Operations Decommissioning
Soil contamination should be
monitored through
maintaining records of spill
events
Contouring and establishing
drainage systems during
pre-construction phase
Off-site contamination
should be monitored as part
of the Water Quality
Monitoring Programme
Minimizing of excavation
during construction
Soil contamination should be
monitored through
maintaining records of spill
events
Management measures to
control run off and erosion at
the Topsoil Stockpile
Soil contamination should be
monitored through
maintaining records of spill
events
Mined soil to be stockpiled in
quarry for reuse during Mine
closure as part pf Mine
Closure Plan
Off-site contamination
should be monitored as part
of the Water Quality
Monitoring Programme
Implementation of the Mine
Closure Plan Landform
impacts minimized through
mine backfill and contouring
process
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7.3 Air Quality (including dust)
Objective To ensure that atmospheric emissions do not impact on the health, welfare and
amenity of the population and land uses and the environment.
To use all reasonable and practicable measures to minimise airborne dust
Impacts Dust impacts on human health
Combustion emissions impacts on human health
Emissions from vehicles
Pre-construction Construction Operations Decommissioning
All material excavated, stockpiled, or graded shall be sufficiently watered, treated, or covered
to prevent fugitive dust from leaving the property boundaries and causing a public nuisance
or a violation of an ambient air standard.
Watering should occur at least twice daily, with complete site coverage.
All land clearing, grading, earth moving, or excavation activities on a project should be
suspended as necessary to prevent excessive windblown dust when winds are expected to
exceed 20 mph.
All raw materials storage will be in enclosed structures
All materials transport will be by fully covered conveyor belts
Dust and bag filters will be installed at all critical emissions hoppers
All areas with vehicle traffic shall be watered or have dust palliative applied as necessary for
regular stabilization of dust emissions.
All on-site vehicle traffic shall be limited to a speed of 15 mph on unpaved roads.
All material transported off-site shall be either sufficiently watered or securely covered to
prevent public nuisance, and there must be a minimum of six (6) inches of freeboard in the
bed of the transport vehicle.
No vehicles or plant will be left idling unnecessarily.
Reduce the number of vehicle movements through better planning.
Set an appropriate speed limit on haul routes.
All heavy duty vehicles should meet certain emission regulation from local Environmental
Protection Agency.
Use a good quality of fuel (e.g. with low sulphur content).
Implement the Mine Closure
Plan
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Engines and exhaust systems should be regularly serviced according to manufacturer’s
recommendations and maintained to meet statutory limits/opacity tests.
All workers onsite will undertake environmental awareness training to highlight potential
issues specific to air quality impacts associated with the project.
The contractor will provide appropriate personal protective equipment (PPE) to the workers
based on the nature of the work.
Ensure correct working methods are employed for the Project.
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7.4 Noise and vibration
Objective To ensure that noise emissions do not impact on the health, welfare and amenity of
the population, land uses and environmental values.
To ensure that noise emissions, both individually and cumulatively, comply with the
appropriate statutory requirements
Impacts Amenity
Human Health
Fauna
Pre-construction Construction Operations Decommissioning
Storage areas should be located away from sensitive receptors.
Haulage of goods and movement of vehicles/people and equipment can be scheduled.
Where required, noise barriers can be constructed to abate the noise impacts.
Alternative construction methods and selection of less noisy equipment to do the tasks.
Quarry activities to be planned during the hours of 7:00am to 7:00pm.
Blasting activities in the limestone mine should be limited to set hours.
7.5 Surface Water
Objective Maintain the integrity, ecological functions and environmental values of surface water.
Impacts Flooding behaviour.
Spring flows.
Water quality changes
Uncontrolled discharge of waste water
Pre-construction Construction Operations Decommissioning
Diversion drains up gradient from the mine area and stockpiles.
Drains down-gradient from the site to capture potentially contaminated surface water run-off.
Storm water design will be incorporated to manage extreme weather events
Accumulated pit water to be pumped out with sump pumps and used for dust suppression
Implement Mine Closure
Plan
Post closure water quality
monitoring of the water
reservoir established in the
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and water sprinklers
Monitoring of surface water features for water quality impacts.
Spills management and pollution control through the Emergency Plan.
backfilled mine
7.6 Groundwater
Objective Maintain the integrity, ecological functions and environmental values of groundwater
Minimise the impact on the flow and quality of springs
Impacts Spring flows
Vegetation impacts
Water quality
Pre-construction Construction Operations Decommissioning
Detailed hydrological study
to establish baseline
groundwater monitoring
network including boreholes,
spring flow gauging and
water quality analysis
Groundwater modelling of
Water Supply borehole to
quantify drawdown impacts
Design for handling and
storage of potential
contaminants (including
fuels and chemicals) to
eliminate risk
Emergency Plan to deal with
spills and contaminants
Substitute ground water use
with make- up sea water
systems
Water sprinklers and dust
suppression management to
draw water from surface
accumulation and pits and
not drawn from ground water
Emergency Plan to deal with
spills and contaminants
Implement Mine Closure
Plan
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7.7 Flora
Objective Maintain the abundance, diversity, geographic distribution and productivity of flora at
the species and ecosystem levels through the avoidance or management of adverse
impacts.
Impacts Clearing
Soil erosion
Weeds
Pre-construction Construction Operations Decommissioning
Optimize design to prevent
un-necessary excavation
Undertake stripping and
stockpiling of topsoil
Dust suppression measures
(e.g. water sprinkling) at all
dust generating sites
Weed management
activities including spraying
Minimize site excavation as
much as possible
Dust suppression measures
(e.g. water sprinkling) at all
dust generating sites
Weed management
activities including spraying
Planting Green aprons
around developed areas
where possible
Dust suppression measures
(e.g. water sprinkling) at all
dust generating sites
Weed management
activities including spraying
Implement Mine Closure
Plan
Sequential rehabilitation
Afforestation and plantation
of local species in areas
degraded during the pre-
construction, construction
and operation phases of the
Project
Revegetation using native
vegetation types typical of
the Project area pre-
construction.
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Page 61 301012-02135-EMP-003 Rev 1 : 3 February 2017
7.8 Fauna
Objective Maintain the abundance, diversity, geographic distribution and productivity of native
fauna at the species and ecosystem levels through the avoidance or management of
adverse impacts
Impacts Clearing
Displacement of fauna
Pre-construction Construction Operations Decommissioning
Site clearing to be
conducted sequentially and
from one corner of the site to
the other, enabling highly
mobile fauna species to
leave the construction area
Monthly recording of fauna
impacts and mortality as a
result of project construction.
6-monthly reporting of fauna
impact data and
interpretation
Control of feral and pest
animals including frogs
Monthly recording of fauna
impacts and mortality as a
result of project operation.
6-monthly reporting of fauna
impact data and
interpretation
Control of feral and pest
animals including frogs
Implement Mine Closure
Plan
Sequential rehabilitation
Afforestation and plantation
of local species in areas
degraded during the pre-
construction, construction
and operation phases of the
project
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Page 62 301012-02135-EMP-003 Rev 1 : 3 February 2017
7.9 Traffic
Objective To protect the amenity and safety of nearby residents
Minimise disturbance to local traffic
Impacts Traffic volumes
Traffic types increased trucks and heavy machinery
Pre-construction Construction Operations Decommissioning
Planning to minimize vehicle movements (e.g. use of buses to transport workers and house in camps)
Limit reversing requirements
Traffic signage implementation
Speed limits and enforcement
Road widening
7.10 Infrastructure
Objective Prospective employees are provided with the necessary and appropriate skills
training
The expectation of employment clearly outlined minimising any potential conflicts
Existing employment sectors/source of livelihood are not adversely impacted.
Impacts Long term beneficial impact on local communities
Pre-construction Construction Operations Decommissioning
Identify and prioritize the upgrades and construction of new infrastructure required for the
construction and operation of the Project (e.g. water treatment and wastewater facilities;
roads and accommodation facilities).
Ongoing inspection, monitoring and maintenance programmes will be developed and
implemented for the relevant infrastructure during the operational phase of the Project to
ensure optimal operation.
Prior to decommissioning
and closure, consultation
with all stakeholders
(relevant authorities,
government and local
community)
Implement Mine Closure
Plan
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Page 63 301012-02135-EMP-003 Rev 1 : 3 February 2017
7.11 Employment
Objective Upgrades to existing or construction of new infrastructure for the project are designed
and built fit for purpose
Existing infrastructure are not adversely impacted by the development and operation
of the Project
Impacts Short term to long term finite increase in income
Training and development
Conflict as a result of employment practices
Pre-construction Construction Operations Decommissioning
Selection and management of employee applications by a specialist employee management
institution formed through a consultative process with sub-district and suco leadership
Prior to decommissioning
and closure, consultation
with all stakeholders
(relevant authorities,
government and local
community)
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7.12 Economic Use of Forestry and other Natural Resources
Objective Ensure the local communities access to forest and other natural resources for
economic usage are not adversely affected with the development of the Project; and
Maintain the abundance, diversity, geographic distribution and productivity of flora
and fauna at the species and ecosystem levels through the avoidance or management
of adverse impacts
Impacts Loss of firewood sources
Loss of income
Pre-construction Construction Operations Decommissioning
Minimise the disturbance footprint as far as practicable.
Undertake stripping and stockpiling of vegetation and topsoil
for reuse in the decommissioning and rehabilitation phase.
Preserve topsoil for rehabilitation by stripping soil during
construction.
Site clearing to be conducted sequentially.
Topsoil to be stock piled separately from
overburden/interburden for rehabilitation purposes and
protected against loss of run-off.
Control of alien invasive plants i.e. weed control
Control of alien invasive
plants
Implement the Mine Closure
Plan.
Sequential rehabilitation to
be conducted as soon as
possible at the completion of
operation.
Afforestation and plantation
of local species in areas
degraded during the pre-
construction, construction
and operation phases of the
Project.
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Page 65 301012-02135-EMP-003 Rev 1 : 3 February 2017
7.13 Socio Economic Agriculture
Objective Ensure the local communities access to agricultural land economic usage are not
adversely affected with the development of the Project
Impacts Loss of agricultural land
Pre-construction Construction Operations Decommissioning
The impact on community access to farmland during the
project will be addressed by resettlement and compensation
to be undertaken by the GoTL.
Sequential rehabilitation to
be conducted as soon as
possible at the completion of
operation.
Implement the Mine Closure
Plan.
The areas degraded during
the pre-construction and
construction phases shall be
restored to their natural, pre-
construction condition.
Afforestation and plantation
of local species in areas
degraded during the pre-
construction, construction
and operation phases of the
Project.
7.14 Population and Community
Objective Maintain communities and limit secondary impacts of population increase due to the
Project
Impacts Increase in population locally
Fragmentation of communities
Pre-construction Construction Operations Decommissioning
The impact on community during the project will be addressed by resettlement and compensation to be undertaken by the
GoTL.
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Page 66 301012-02135-EMP-003 Rev 1 : 3 February 2017
7.15 Community Health
Objective No adverse impacts to community health from the project
Impacts Illness and disease
Lifestyle diseases
Health services infrastructure
Pre-construction Construction Operations Decommissioning
Facilitate education and awareness programs throughout the lifespan of the Project;
Design roads and implement driver training to improve traffic safety.
Internal Project roads will be designed and constructed for all-weather, 24 hr capability.
Establish a secure buffer zone from activities posing safety risks to villages or scattered dwellings.
Develop an employee wellness programme
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Page 67 301012-02135-EMP-003 Rev 1 : 3 February 2017
7.16 Institutions, Schools and Health Facilities
Objective No adverse effects on community institutions, schools, and health facilities
Impacts 1 Air quality and noise impacts on local primary school, aldeia hall, and church.
2 Influx of jobseekers impacts on capacity of institutions, schools, and health facilities
Pre-construction Construction Operations Decommissioning
1 Refer to Section Air Quality and Section Noise and vibration for relevant mitigation measures
2 The impact on community access to institutions during the project will be addressed by
resettlement and compensation to be undertaken by the GoTL.
Decommissioning will
reduce demand for services
and should be coordinated
with the relevant line
Ministries in advance of
closure to address any
reduction in resources.
7.17 Community and Family Structure
Objective Avoid adverse effects on community and family structure
Impacts Conflicts over the status of land, conflicts over compensation values and systems,
conflicts over the dismantling of graves and customary / traditional houses,
population resettlement, and potential damage to local landowners’ subsistence
resources
Pre-construction Construction Operations Decommissioning
Implementation of the Complaints and Grievance mechanism Implementation of the
Complaints and Grievance
mechanism
Advance coordination with
stakeholders with respect to
land transfer
Advance coordination with
potential land users to
maximize productive use of
rehabilitated land
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Page 68 301012-02135-EMP-003 Rev 1 : 3 February 2017
7.18 Land Ownership and Land Rights
Objective Limit the long term impact of the project on Land Ownership / Land Rights
Impacts People financially and physically excluded from traditional lands
Pre-construction Construction Operations Decommissioning
TL Cement is currently working with the Directorate of Land, Property and Cadastral Services (DLPCS) to map affected
households, farmland, and other property. Once TL Cement has secured the mining license and environmental licenses
required for the Project, the GoTL will enter into discussions with those affected households and property owners.
7.19 Natural Resources Rights
Objective Maintain and protect natural resource rights near the Project site and/or within new
site as a part of resettlement plan.
Minimize potential impacts on surrounding environment
Impacts Reduced availability or quality of natural resources
Pre-construction Construction Operations Decommissioning
Implementation of the Complaints and Grievance
mechanism
An environmental education
programme to be developed
and implemented for all
employees
Implementation of the
Complaints and Grievance
mechanism
Implementation of the
Complaints and Grievance
mechanism
TL CEMENT, LDA
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LIMESTONE MINE ENVIRONMENTAL MANAGEMENT PLAN
Page 69 301012-02135-EMP-003 Rev 1 : 3 February 2017
7.20 Cultural Heritage, Archaeological and Sacred Sites
Objective Minimise the number of recorded heritage sites which are directly impacted by the
project
Ensure that the management of the relocation of known sites is undertaken in
accordance with best practice standards
Ensure transparency and consultation occurs in relation to the unavoidable impacts
on known heritage sites in the project area
Impacts Permanent loss of sites
Temporary loss of access to sites for safety reasons
Pre-construction Construction Operations Decommissioning
First to minimize encroachment on such sites identified by field surveys by revising boundary parameters- If site cannot be
avoided then initiate relocation.
Where safe access cannot be guaranteed, those sites which are located adjacent to the project should be fenced off, access
restricted for the project life or relocated.
All archaeological excavations within or adjacent to the study area should be authorised by the State Secretariat of Tourism,
Art and Culture and undertaken by a team of professional archaeologists
Ceremonial platforms or altars should be properly documented and eventually relocated to a different location;
Burial sites should be properly documented, excavated and relocated to an agreed upon site; and
Archaeological sites should be test excavated.
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7.21 Description of proposed mitigation measures
Impact Mitigation Performance and Impact Monitoring
Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Pre-Construction Stage –
Activity : Clearing the land and levelling, Vehicle movement
Climate Atmospheric
emissions (i.e.
carbon monoxide)
increase from use
of vehicles
Design reviews to
consider
equipment
selection
Design reviews to
implement
Alternative Fuels
in consideration
of climate change
impacts
Design
Contractor
Prior to
construction
Throughout
project site
Incl. in
construction
contract cost
Automated Weather
Station (AWS)
recording
measurements of:
Station identification
number;
Date and time of
record/observation;
Air, wet bulb and wet
dew point
temperatures.
Precipitation and
evaporation;
Relative humidity;
Wind speed and
direction;
Solar radiation;
Barometric pressure ;
Visibility;
Cloud cover; and
Cloud ceiling height,
if practicable.
Daily
measurements
TL Cement
Annual
reporting for all
project phases
of Greenhouse
Gas emissions
in accordance
with National
Greenhouse
and Energy
Reporting Act
2007.
$500,000
for
Automated
Weather
station
Monitoring
Costs $580k
Topography, Changes to Soil TL Cement / Prior to Throughout Incl. in Weed growth and As required Construction Incl. in
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Impact Mitigation Performance and Impact Monitoring
Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Pre-Construction Stage –
Activity : Clearing the land and levelling, Vehicle movement
Geology and
Soils
topography and
increase in soil
erosion
contamination
should be
monitored
through
maintaining
records of spill
events
Contouring and
establishing
drainage systems
during pre-
construction
phase
Design
Consultant
construction project site and
where spills
occur
construction
contract cost
drainage behaviour
on the topsoil
stockpile
Contractor constructio
n contract
cost
Air Quality Increase in levels
of dust
All raw materials
storage will be in
enclosed
structures
All materials
transport will be
by fully covered
conveyor belts
Dust and bag
filters will be
installed at all
critical emissions
hoppers
All areas with
vehicle traffic
TL Cement /
Design
Consultant
Prior to
construction
Throughout
project site and
outside of site
where
materials are
being
transported
Incl. in
construction
contract cost
At sensitive
receptors:
AQ3 – At the Jetty
AQ4 – Settlement
area at Aldeia Osso-
Ua
AQ5 - representing
the construction
area.
Every 6 months
measurements
at sensitive
receptors i.e.
Results
interpretation
and review of
the EMP as
required.
Collation of
results into
semi-annual
Environmental
Report to
NDCPEI
TL Cement
Contractor
$500,000
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Impact Mitigation Performance and Impact Monitoring
Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Pre-Construction Stage –
Activity : Clearing the land and levelling, Vehicle movement
shall be watered
or have dust
palliative applied
as necessary for
regular
stabilization of
dust emissions.
All on-site vehicle
traffic shall be
limited to a speed
of 15 mph on
unpaved roads.
No vehicles or
plant will be left
idling
unnecessarily.
Reduce the
number of vehicle
movements
through better
planning.
Set an
appropriate speed
limit on haul
routes.
All heavy duty
vehicles should
meet certain
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Page 73 301012-02135-EMP-003 Rev 1 : 3 February 2017
Impact Mitigation Performance and Impact Monitoring
Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Pre-Construction Stage –
Activity : Clearing the land and levelling, Vehicle movement
emission
regulation from
local
Environmental
Protection
Agency.
Use a good quality
of fuel (e.g. with
low sulphur
content).
Engines and
exhaust systems
should be
regularly serviced
according to
manufacturer’s
recommendations
and maintained to
meet statutory
limits/opacity
tests.
Ensure correct
working methods
are employed for
the Project.
Noise and
Vibration
Increase in levels
of noise
Storage areas
should be located
away from
TL Cement /
Design
Consultant
Design Phase Throughout
project site and
in particular in
Incl. in
construction
contract cost
At sensitive
receptors:
NO3 – At the Jetty
Every 6 months
measurements
at sensitive
TL Cement
Contractor
$500,000
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Impact Mitigation Performance and Impact Monitoring
Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Pre-Construction Stage –
Activity : Clearing the land and levelling, Vehicle movement
sensitive
receptors.
Haulage of goods
and movement of
vehicles/people
and equipment
can be scheduled.
Where required,
noise barriers can
be constructed to
abate the noise
impacts.
Alternative
construction
methods and
selection of less
noisy equipment
to do the tasks.
the vicinity of
sensitive
receptors.
Local road
networks.
NO4 – Settlement
area at Aldeia Osso-
Ua
NO5 - representing
the construction
area.
receptors i.e.
Results
interpretation
and review of
the EMP as
required.
Collation of
results into
semi-annual
Environmental
Report to
NDCPEI
Surface
Water
Decrease in flows
in streams
Changes in water
quality of
streamflow
Drains down-
gradient from the
site to capture
potentially
contaminated
surface water run-
TL Cement /
Design
Consultant
Design Phase /
Prior to
construction
Throughout
project site
Incl. in
construction
contract cost
Flow meters / stream
gauges at the Bucoli
River (1.6km west)
and at Uaimatabai,
Uaisa and Waino
springs
Monthly water
quality and
quantity
measurements
at monitoring
boreholes, key
TL Cement -
Collation of
results into
Annual
Environmental
Report to
$970,000
TL CEMENT, LDA
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Impact Mitigation Performance and Impact Monitoring
Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Pre-Construction Stage –
Activity : Clearing the land and levelling, Vehicle movement
off.
Storm water
design will be
incorporated to
manage extreme
weather events
Monitoring of
surface water
features for water
quality impacts.
Spills
management and
pollution control
through the
Emergency Plan.
spring receptors
at Waiono,
Uaimatabai and
Uaisa.
Interpretation
of data every 6
months.
NDCPEI
Groundwate
r
Decrease in flows
in springs
Changes in water
quality of springs
Detailed
hydrological study
to establish
baseline
groundwater
monitoring
network including
boreholes, spring
flow gauging and
water quality
analysis
Groundwater
modelling of
TL Cement /
Design
Consultant
Design Phase /
Prior to
construction
Monitoring at
water supply
boreholes,
design for
handling and
storage to be
implemented
across site.
Incl. in
construction
contract cost
Quality and quantity
measurements at key
spring receptors at
Uaimatabai, Uaisa
and Uaino.
Monthly water
quality and
quantity
measurements
Reporting and
interpretation
of data
quarterly
TL Cement -
Collation of
results into
Annual
Environmental
Report to
NDCPEI
Inc. Above
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Impact Mitigation Performance and Impact Monitoring
Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Pre-Construction Stage –
Activity : Clearing the land and levelling, Vehicle movement
Water Supply
borehole to
quantify
drawdown
impacts
Design for
handling and
storage of
potential
contaminants
(including fuels
and chemicals) to
eliminate risk
Flora Removal of
threatened plants
Optimize design
to prevent un-
necessary
excavation
Undertake
stripping and
stockpiling of
topsoil
Dust suppression
measures (e.g.
water sprinkling)
at all dust
generating sites
Weed
management
TL Cement /
Design
Consultant
Design phase /
prior to
construction
Throughout
project site
Incl. in
construction
contract cost
The total area of
vegetation cleared
(habitat destruction)
at the end of phase
TL Cement -
Collation of
results into
Annual
Environmental
Report to
NDCPEI
Construction
contractor
$5.6M
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Impact Mitigation Performance and Impact Monitoring
Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Pre-Construction Stage –
Activity : Clearing the land and levelling, Vehicle movement
activities including
spraying
Fauna Removal of
threatened
animals
Site clearing to be
conducted
sequentially and
from one corner
of the site to the
other, enabling
highly mobile
fauna species to
leave the
construction area
TL Cement /
Construction
Contractor
Clearing Throughout
project site
Incl. in
construction
contract cost
Any incidents of
fauna injury and
death should be
recorded.
TL Cement -
Collation of
results into
semi-annual
Environmental
Report to
NDCPEI
TL Cement $670k
Traffic Increase in
amount of traffic
on the roads
Planning to
minimize vehicle
movements (e.g.
use of buses to
transport workers
and house in
camps)
Limit reversing
requirements
Traffic signage
implementation
Speed limits and
enforcement
Construction
Contractor /
Mine Operator
During planning
prior to
construction
Throughout
project site and
on local road
networks
Incl. in
construction
contract cost
Traffic incidents and
mitigation measures
implemented
Update Safety
Management
System to
record and
document
traffic incidents
and mitigation
measures
implemented as
and when they
occur.
Construction
Contractor
$2000/mon
th
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Impact Mitigation Performance and Impact Monitoring
Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Pre-Construction Stage –
Activity : Clearing the land and levelling, Vehicle movement
Road widening
Infrastructur
e
Increased
pressure on
existing
infrastructure
Identify and
prioritize the
upgrades and
construction of
new
infrastructure
required for the
construction and
operation of the
Project (e.g. water
treatment and
wastewater
facilities; roads
and
accommodation
facilities).
Ongoing
inspection,
monitoring and
maintenance
programmes will
be developed and
implemented for
the relevant
infrastructure
during the
operational phase
TL Cement /
Design
Consultant
Design phase,
ongoing
throughout
construction
and operation
Throughout
project site
Incl. in
construction
contract cost
Complaints and
Grievance records
review
Stakeholder
consultation to check
progress
Regular review
of Complaints
and Grievance
record
Regular
stakeholder
consultation
TL Cement N/A
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Impact Mitigation Performance and Impact Monitoring
Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Pre-Construction Stage –
Activity : Clearing the land and levelling, Vehicle movement
of the Project to
ensure optimal
operation.
Employment Training and
development of
local people
Selection and
management of
employee
applications by a
specialist
employee
management
institution formed
through a
consultative
process with sub-
district and suco
leadership
TL Cement Prior to
construction
Selected
employment
management
institution
offices
Incl. in
construction
contract cost
Complaints and
Grievance records
review
Stakeholder
consultation to check
progress
Regular review
of Complaints
and Grievance
record
Regular
stakeholder
consultation
TL Cement N/A
Economic
Use of
Forestry and
other
Natural
Resources
Training and
development of
local people
Minimise the
disturbance
footprint as far as
practicable.
Site clearing to be
conducted
sequentially.
TL Cement /
Construction
Contractor
Design phase,
planning phase
for site clearing
sequencing
Throughout
project site.
Incl. in
construction
contract cost
Complaints and
Grievance records
review
Stakeholder
consultation to check
progress
Regular review
of Complaints
and Grievance
record
Regular
stakeholder
consultation
TL Cement N/A
Socio
Economic
Relocation to an
area where
The impact on
community access
GoTL Design phase,
prior to
Throughout
project site and
Incl. in
construction
Complaints and
Grievance records
Per the
Grievance
TL Cement
Manager
N/A
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Impact Mitigation Performance and Impact Monitoring
Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Pre-Construction Stage –
Activity : Clearing the land and levelling, Vehicle movement
Agriculture people can farm to farmland
during the project
will be addressed
by resettlement
and
compensation to
be undertaken by
the GoTL.
construction surrounding
area
contract cost review mechanism
Population
and
Community
Influx of new
people to the area
from outside
Baucau
The impact on
community during
the project will be
addressed by
resettlement and
compensation to
be undertaken by
the GoTL.
GoTL Prior to
construction
As determined
by
resettlement
facilitated by
GoTL
Incl. in
construction
contract cost
Maintain
communities and
limit secondary
impacts of population
increase due to the
Project
Per the
Grievance
mechanism
TL Cement
Manager
N/A
Community
Health
Increase in injury,
disease and
infections due to
more people in
the area
Facilitate
education and
awareness
programs
throughout the
lifespan of the
Project;
Design roads and
implement driver
training to
improve traffic
safety.
TL Cement Prior to
construction
and ongoing
Throughout
project site
Incl. in
construction
contract cost
Complaints and
Grievance records
Per the
Grievance
mechanism
TL Cement
Manager
N/A
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Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Pre-Construction Stage –
Activity : Clearing the land and levelling, Vehicle movement
Internal Project
roads will be
designed and
constructed for
all-weather, 24 hr
capability.
Establish a secure
buffer zone from
activities posing
safety risks to
villages or
scattered
dwellings.
Develop an
employee
wellness
programme
Institutions,
Schools and
Health
Facilities
No impact
anticipated
The impact on
community access
to institutions
during the project
will be addressed
by resettlement
and
compensation to
be undertaken by
the GoTL. Refer
to Air Quality and
GoTL / TL
Cement
Prior to
construction
and ongoing
noise and air
monitoring
during
construction,
operation and
decommissioni
ng stage
Throughout
local region
Incl. in
construction
contract cost
Complaints and
Grievance records
Per the
Grievance
mechanism
TL Cement
Manager
N/A
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Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Pre-Construction Stage –
Activity : Clearing the land and levelling, Vehicle movement
Noise and
vibration for
relevant
mitigation
measures
Community
and Family
Structure
Relocation of
families may
impact structure
Implementation
of the Complaints
and Grievance
mechanism
TL Cement Prior to design
phase, during
design and prior
to construction
Throughout
wider area
Incl. in
construction
contract cost
Complaints and
Grievance records
Per the
Grievance
mechanism
TL Cement
Manager
N/A
Land
ownership
and Land
Rights
Relocation of land
users will not
impact land rights
TL Cement is
currently working
with the
Directorate of
Land, Property
and Cadastral
Services (DLPCS)
to map affected
households,
farmland, and
other property.
Once TL Cement
has secured the
mining license
and
environmental
licenses required
for the Project,
the GoTL will
GoTL / TL
Cement
Prior to
construction
Throughout
project area
and in
surrounding
vicinity
Incl. in
construction
contract cost
Complaints and
Grievance records
Regular review
of records
To be
addressed by
resettlement
and
compensation
to be
addressed by
GoTL
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Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Pre-Construction Stage –
Activity : Clearing the land and levelling, Vehicle movement
enter into
discussions with
those affected
households and
property owners.
Natural
Resources
Rights
Relocation of land
users will not
impact resources
rights
Implementation
of the Complaints
and Grievance
mechanism
TL Cement /
GoTL
Prior to design
phase and
ongoing
Throughout
project site and
surrounding
environment,
in particular at
identified
natural
resources
within and
near the
project site
Incl. in
construction
contract cost
Complaints and
Grievance records
Regular review
of records
To be
addressed by
resettlement
and
compensation
to be
addressed by
GoTL
Cultural
Heritage,
Archaelogica
l and Sacred
Sites
Relocation of land
users will not
cultural heritage
sites
First to minimize
encroachment on
such sites
identified by field
surveys by
revising boundary
parameters- If site
cannot be avoided
then initiate
relocation.
Where safe access
cannot be
Construction
Contractor
(during
construction
stage), Mine
Operator
Prior to
construction
and ongoing
throughout
construction,
operation and
decommissioni
ng
Heritage sites
identified
through the EIA
as well as any
additional sites
discovered
during
construction,
operation or
decommissioni
ng phase
Incl. in
construction
contract cost
Any and all
occurrences of
damage sites is to be
recorded.
Records to be
reviewed every
6 months.
TL Cement.
Process
improvements
are to be
implemented
where there
has been
unauthorised
impact on
cultural
heritage sites.
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Impact Mitigation Performance and Impact Monitoring
Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Pre-Construction Stage –
Activity : Clearing the land and levelling, Vehicle movement
guaranteed, those
sites which are
located adjacent
to the project
should be fenced
off, access
restricted for the
project life or
relocated.
All archaeological
excavations
within or adjacent
to the study area
should be
authorised by the
State Secretariat
of Tourism, Art
and Culture and
undertaken by a
team of
professional
archaeologists
Ceremonial
platforms or altars
should be
properly
documented and
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Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Pre-Construction Stage –
Activity : Clearing the land and levelling, Vehicle movement
eventually
relocated to a
different location;
Burial sites should
be properly
documented,
excavated and
relocated to an
agreed upon site;
and
Archaeological
sites should be
test excavated.
Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Construction Stage
Activity : Clearing the land and levelling, Vehicle movement, excavating trenches, constructing buildings, constructing infrastructure, constructing the Limestone Mine
Climate Atmospheric
emissions (i.e.
carbon monoxide)
increase from use
of vehicles
Design reviews to
consider
equipment
selection
Design reviews to
Construction
Contractor
During
construction
Throughout
project site and
on road
networks
Incl. in
construction
contract cost
Automated Weather
Station (AWS)
recording
measurements of:
Station identification
Daily
measurements
TL Cement
Annual
reporting for all
project phases
of Greenhouse
$500,000
for
Automated
Weather
station
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Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Construction Stage
Activity : Clearing the land and levelling, Vehicle movement, excavating trenches, constructing buildings, constructing infrastructure, constructing the Limestone Mine
implement
Alternative Fuels
in consideration
of climate change
impacts
number;
Date and time of
record/observation;
Air, wet bulb and wet
dew point
temperatures.
Precipitation and
evaporation;
Relative humidity;
Wind speed and
direction;
Solar radiation;
Barometric pressure ;
Visibility;
Cloud cover; and
Cloud ceiling height,
if practicable.
Gas emissions
in accordance
with National
Greenhouse
and Energy
Reporting Act
2007.
Monitoring
Costs $580k
Topography,
Geology and
Soils
Changes to
topography and
increase in soil
erosion
Soil
contamination
should be
monitored
through
maintaining
records of spill
events
Contouring and
establishing
drainage systems
during pre-
Construction
Contractor
During
construction
Throughout
project site and
in surrounding
area
Incl. in
construction
contract cost
Weed growth and
drainage behaviour
on the topsoil
stockpile
As required Construction
Contractor
Incl. in
constructio
n contract
cost
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Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Construction Stage
Activity : Clearing the land and levelling, Vehicle movement, excavating trenches, constructing buildings, constructing infrastructure, constructing the Limestone Mine
construction
phase
Air Quality Increase in levels
of dust
All raw materials
storage will be in
enclosed
structures
All materials
transport will be
by fully covered
conveyor belts
Dust and bag
filters will be
installed at all
critical emissions
hoppers
All areas with
vehicle traffic
shall be watered
or have dust
palliative applied
as necessary for
regular
stabilization of
dust emissions.
All on-site vehicle
traffic shall be
limited to a speed
of 15 mph on
unpaved roads.
Construction
Contractor
During
construction
Throughout
project site and
on local road
networks when
materials are
being
transported
Incl. in
construction
contract cost
A monitoring and
reporting program
implemented to
monitor the air
quality in the
following sensitive
receptors:
• AQ4 -
settlement area in
Aldeia Osso-ua.
• AQ5 -
representing the
construction area.
The monitoring
program should
assess and report on
the following air
quality parameters:
• PM10; and
PM2.5
• CO
• NO2
• SO2; and
• Ozone.
Once every six
months during
construction
and operation
Construction
Contractor: The
monitoring
stations are
derived from
the BBS
Baseline Air
Quality
monitoring
survey (BBS,
2015b).
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Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Construction Stage
Activity : Clearing the land and levelling, Vehicle movement, excavating trenches, constructing buildings, constructing infrastructure, constructing the Limestone Mine
No vehicles or
plant will be left
idling
unnecessarily.
Reduce the
number of vehicle
movements
through better
planning.
Set an
appropriate speed
limit on haul
routes.
All heavy duty
vehicles should
meet certain
emission
regulation from
local
Environmental
Protection
Agency.
Use a good quality
of fuel (e.g. with
low sulphur
content).
Engines and
exhaust systems
should be
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Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Construction Stage
Activity : Clearing the land and levelling, Vehicle movement, excavating trenches, constructing buildings, constructing infrastructure, constructing the Limestone Mine
regularly serviced
according to
manufacturer’s
recommendations
and maintained to
meet statutory
limits/opacity
tests.
Ensure correct
working methods
are employed for
the Project.
Noise and
Vibration
Increase in levels
of noise
Storage areas
should be located
away from
sensitive
receptors.
Haulage of goods
and movement of
vehicles/people
and equipment
can be scheduled.
Where required,
noise barriers can
be constructed to
abate the noise
impacts.
Construction
Contractor
During
construction
and pre
construction
(scheduling)
Throughout
project site and
in particular in
the vicinity of
sensitive
receptors.
Local road
networks
Incl. in
construction
contract cost
At sensitive
receptors:
AQ4 – Settlement
area at Aldeia Osso-
Ua
AQ5 - representing
the construction
area.
Every 6 months
measurements
at sensitive
receptors i.e.
Results
interpretation
and review of
the EMP as
required.
Collation of
results into
semi-annual
Environmental
Report to
NDCPEI
Construction
Contractor
Incl. in
constructio
n contract
cost
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Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Construction Stage
Activity : Clearing the land and levelling, Vehicle movement, excavating trenches, constructing buildings, constructing infrastructure, constructing the Limestone Mine
Alternative
construction
methods and
selection of less
noisy equipment
to do the tasks.
Surface
Water
Decrease in flows
in streams
Changes in water
quality of
streamflow
Drains down-
gradient from the
site to capture
potentially
contaminated
surface water run-
off.
Monitoring of
surface water
features for water
quality impacts.
Spills
management and
pollution control
through the
Emergency Plan.
Construction
Contractor
During
construction
Throughout
project site and
down gradient
of project site
to capture
contaminated
surface run off
Incl. in
construction
contract cost
Flow meters / stream
gauges at the Bucoli
River (1.6km west)
and at Uaimatabai,
Uaisa and Waino
springs
Monthly water
quality and
quantity
measurements
at monitoring
boreholes, key
spring receptors
at Waiono,
Uaimatabai and
Uaisa.
Interpretation
of data every 6
months.
TL Cement -
Collation of
results into
Annual
Environmental
Report to
NDCPEI
Groundwate
r
Decrease in flows
in springs
Changes in water
quality of springs
Detailed
hydrological study
to establish
baseline
groundwater
Construction
Contractor
During
construction
Throughout
project site
Incl. in
construction
contract cost
Water quality and
quantity
measurements at
key spring receptors
at Uaimatabai, Uaisa
Monthly water
quality and
quantity
measurements
Reporting and
TL Cement -
Collation of
results into
Annual
Environmental
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Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Construction Stage
Activity : Clearing the land and levelling, Vehicle movement, excavating trenches, constructing buildings, constructing infrastructure, constructing the Limestone Mine
monitoring
network including
boreholes, spring
flow gauging and
water quality
analysis
Groundwater
modelling of
Water Supply
borehole to
quantify
drawdown
impacts
and Uaino.
interpretation
of data
quarterly
Report to
NDCPEI
Flora Removal of
threatened plants
Dust suppression
measures (e.g.
water sprinkling)
at all dust
generating sites
Weed
management
activities including
spraying
Construction
Contractor
During
excavation and
construction
Throughout
project site
Incl. in
construction
contract cost
The total area of
vegetation cleared
(habitat destruction)
at the end of phase
End of phase TL Cement -
Collation of
results into
Annual
Environmental
Report to
NDCPEI
Fauna Removal of
threatened
animals
Site clearing to be
conducted
sequentially and
from one corner
of the site to the
other, enabling
highly mobile
Construction
Contractor
During
construction
Throughout
project site
Incl. in
construction
contract cost
All fauna injury and
death records.
Reporting and
interpretation
every six
months
TL Cement -
Collation of
results into
Annual
Environmental
Report to
NDCPEI
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Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Construction Stage
Activity : Clearing the land and levelling, Vehicle movement, excavating trenches, constructing buildings, constructing infrastructure, constructing the Limestone Mine
fauna species to
leave the
construction area
Traffic Increase in
amount of traffic
on the roads
Planning to
minimize vehicle
movements (e.g.
use of buses to
transport workers
and house in
camps)
Limit reversing
requirements
Traffic signage
implementation
Speed limits and
enforcement
Road widening
Construction
Contractor /
Mine Operator
During planning
prior to
construction
and during
construction
Throughout
project site and
on local road
networks
Incl. in
construction
contract cost
Traffic incidents and
mitigation measures
implemented
Update Safety
Management
System to
record and
document
traffic incidents
and mitigation
measures
implemented as
and when they
occur
Construction
Contractor /
Mine Operator
Costs to
Constructio
n
Contractor /
Mine
Operator
Infrastructur
e
Increased
pressure on
existing
infrastructure
Identify and
prioritize the
upgrades and
construction of
new
infrastructure
required for the
construction and
operation of the
TL Cement Update
priorities for
upgrade if
required
Throughout
project site
Incl. in
construction
contract cost
Complaints and
Grievance records
review
Stakeholder
consultation to check
progress
Regular review
of Complaints
and Grievance
record
Regular
stakeholder
consultation
TL Cement
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Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Construction Stage
Activity : Clearing the land and levelling, Vehicle movement, excavating trenches, constructing buildings, constructing infrastructure, constructing the Limestone Mine
Project (e.g. water
treatment and
wastewater
facilities; roads
and
accommodation
facilities).
Ongoing
inspection,
monitoring and
maintenance
programmes will
be developed and
implemented for
the relevant
infrastructure
during the
operational phase
of the Project to
ensure optimal
operation.
Employment Training and
development of
local people
Selection and
management of
employee
applications by a
specialist
employee
management
Construction
Contractor
During
construction
At Employee
Management
Institution
Offices
Incl. in
construction
contract cost
Complaints and
Grievance records
review
Stakeholder
consultation to check
progress
Regular review
of Complaints
and Grievance
record
Regular
stakeholder
consultation
TL Cement
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Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Construction Stage
Activity : Clearing the land and levelling, Vehicle movement, excavating trenches, constructing buildings, constructing infrastructure, constructing the Limestone Mine
institution formed
through a
consultative
process with sub-
district and suco
leadership
Economic
Use of
Forestry and
other
Natural
Resources
Training and
development of
local people
Minimise the
disturbance
footprint as far as
practicable.
Site clearing to be
conducted
sequentially.
TL Cement /
Construction
Contractor
Stripping soil
and site
clearing.
Stockpile
topsoil
immediately
following
clearing.
Ongoing weed
control during
construction
Throughout
project site
Incl. in
construction
contract cost
Control of weed and
pathogen hygiene
practices
NA TL Cement /
Construction
Contractor
Socio
Economic
Agriculture
Relocation to an
area where
people can farm
The impact on
community access
to farmland
during the project
will be addressed
by resettlement
and
compensation to
be undertaken by
the GoTL.
GoTL Access
established
prior to
construction
and managed /
mantained as
required
As determined
by
resettlement
facilitated by
GoTL
Incl. in
construction
contract cost
Control of weed and
pathogen hygiene
practices
Per the
Grievance
mechanism
TL Cement
Manager
N/A
Population Influx of new The impact on GoTL Prior to As determined Incl. in Complaints and Per the TL Cement N/A
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Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Construction Stage
Activity : Clearing the land and levelling, Vehicle movement, excavating trenches, constructing buildings, constructing infrastructure, constructing the Limestone Mine
and
Community
people to the area
from outside
Baucau
community during
the project will be
addressed by
resettlement and
compensation to
be undertaken by
the GoTL.
construction
and managed /
maintained as
required
by
resettlement
facilitated by
GoTL
construction
contract cost
Grievance records
Grievance
mechanism
Manager
Community
Health
Increase in injury,
disease and
infections due to
more people in
the area
Facilitate
education and
awareness
programs
throughout the
lifespan of the
Project;
Design roads and
implement driver
training to
improve traffic
safety.
Internal Project
roads will be
designed and
constructed for
all-weather, 24 hr
capability.
Establish a secure
buffer zone from
activities posing
safety risks to
TL Cement Ongoing Throughout
project site and
in surrounding
area (secure
buffer zones)
Incl. in
construction
contract cost
Complaints and
Grievance records
Per the
Grievance
mechanism
TL Cement
Manager
N/A
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Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Construction Stage
Activity : Clearing the land and levelling, Vehicle movement, excavating trenches, constructing buildings, constructing infrastructure, constructing the Limestone Mine
villages or
scattered
dwellings.
Develop an
employee
wellness
programme
Institutions,
Schools and
Health
Facilities
No impact
anticipated
The impact on
community access
to institutions
during the project
will be addressed
by resettlement
and
compensation to
be undertaken by
the GoTL. Refer
to Air Quality and
Noise and
vibration for
relevant
mitigation
measures
GoTL / TL
Cement /
Construction
Contractor
Impact on
community
access
addressed prior
to construction.
Noise and
vibration
monitoring
ongoing
throughout
construction,
operation and
decommissioni
ng phases
As determined
by
resettlement
facilitated by
GoTL. Air and
Noise
monitoring at
selected
appropriate
locations and
near sensitive
receptors
Incl. in
construction
contract cost
Complaints and
Grievance records
Per the
Grievance
mechanism
TL Cement
Manager
N/A
Community
and Family
Structure
Relocation of
families may
impact structure
Implementation
of the Complaints
and Grievance
mechanism
TL Cement /
Mine Operator
Impact on
community
addressed
construction
but complaints
and grievance
Throughout
project site and
wider area as
required
Incl. in
construction
contract cost
Complaints and
Grievance records
Per the
Grievance
mechanism
TL Cement
Manager
N/A
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Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Construction Stage
Activity : Clearing the land and levelling, Vehicle movement, excavating trenches, constructing buildings, constructing infrastructure, constructing the Limestone Mine
records to be
maintained
throughout
project
Land
ownership
and Land
Rights
Relocation of land
users will not
impact land rights
TL Cement is
currently working
with the
Directorate of
Land, Property
and Cadastral
Services (DLPCS)
to map affected
households,
farmland, and
other property.
Once TL Cement
has secured the
mining license
and
environmental
licenses required
for the Project,
the GoTL will
enter into
discussions with
those affected
households and
property owners.
GoTL / TL
Cement
Ongoing Affected
households
and property
owners
Incl. in
construction
contract cost
Complaints and
Grievance records
Regular review
of records
To be
addressed by
resettlement
and
compensation
to be
addressed by
GoTL
Natural Relocation of land Implementation TL Cement / Ongoing Throughout Incl. in Complaints and Regular review To be
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Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Construction Stage
Activity : Clearing the land and levelling, Vehicle movement, excavating trenches, constructing buildings, constructing infrastructure, constructing the Limestone Mine
Resources
Rights
users will not
impact resources
rights
of the Complaints
and Grievance
mechanism
GoTL project site and
surrounding
environment,
in particular at
identified
natural
resources
within and
near the
project site
construction
contract cost
Grievance records
of records addressed by
resettlement
and
compensation
to be
addressed by
GoTL
Cultural
Heritage,
Archaelogica
l and Sacred
Sites
Relocation of land
users will not
cultural heritage
sites
Where safe access
cannot be
guaranteed, those
sites which are
located adjacent
to the project
should be fenced
off, access
restricted for the
project life or
relocated.
Construction
Contractor
Prior to
construction for
planning and
design of
project, sites to
be fenced and
protected
throughout life
of project
Heritage sites
identified
through the EIA
as well as any
additional sites
discovered
during
construction,
operation or
decommissioni
ng phase
Incl. in
construction
contract cost
Any and all
occurrences of
damage sites is to be
recorded.
Records to be
reviewed every
6 months.
TL Cement.
Process
improvements
are to be
implemented
where there
has been
unauthorised
impact on
cultural
heritage sites
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Environmental
Concern
Potential
Impact
Mitigation
Measures
(MM)
Responsible to
implement MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Operations
Activity : Vehicle movement, blasting, transporting material within the mine area, cement transport to/from Baucau
Climate Atmospheric
emissions
(i.e. carbon
monoxide)
increase from
use of
vehicles
TL Cement During operation Throughout
project site and
on local road
networks
Incl. in
Operations
contract cost
Automated Weather
Station (AWS)
recording
measurements of:
Station identification
number;
Date and time of
record/observation;
Air, wet bulb and wet
dew point
temperatures.
Precipitation and
evaporation;
Relative humidity;
Wind speed and
direction;
Solar radiation;
Barometric pressure ;
Visibility;
Cloud cover; and
Cloud ceiling height,
if practicable.
Daily
measurements
TL Cement
Annual
reporting for all
project phases
of Greenhouse
Gas emissions
in accordance
with National
Greenhouse
and Energy
Reporting Act
2007.
$500,000
for
Automated
Weather
station
Monitoring
Costs $580k
Topography,
Geology and
Soils
Changes to
topography
and increase
in soil erosion
Soil
contamination
should be
monitored
through
maintaining
records of spill
TL Cement During operation Throughout
project site and
surrounding
area
Incl. in
Operations
contract cost
Water quality and
quantity
measurements at key
spring receptors,
Uaino, and in the
Water Reserve area.
Monthly
measurements.
Reporting and
interpretation
of data every 6
months.
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Environmental
Concern
Potential
Impact
Mitigation
Measures
(MM)
Responsible to
implement MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Operations
Activity : Vehicle movement, blasting, transporting material within the mine area, cement transport to/from Baucau
events
Contouring and
establishing
drainage
systems during
pre-
construction
phase
Air Quality Increase in
levels of dust
All raw
materials
storage will be
in enclosed
structures
All materials
transport will
be by fully
covered
conveyor belts
Dust and bag
filters will be
installed at all
critical
emissions
hoppers
All areas with
vehicle traffic
shall be
watered or
have dust
TL Cement During operation Throughout
project site
Incl. in
Operations
contract cost
A monitoring and
reporting program
implemented to
monitor the air
quality in the
following sensitive
receptors:
• AQ4 -
settlement area in
Aldeia Osso-ua.
• AQ5 -
representing the
construction area.
The monitoring
program should
assess and report on
the following air
quality parameters:
• PM10; and
PM2.5
• CO
Once every six
months during
construction
and operation
TL Cement: The
monitoring
stations are
derived from
the BBS
Baseline Air
Quality
monitoring
survey (BBS,
2015b).
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Environmental
Concern
Potential
Impact
Mitigation
Measures
(MM)
Responsible to
implement MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Operations
Activity : Vehicle movement, blasting, transporting material within the mine area, cement transport to/from Baucau
palliative
applied as
necessary for
regular
stabilization of
dust emissions.
All on-site
vehicle traffic
shall be limited
to a speed of 15
mph on
unpaved roads.
No vehicles or
plant will be left
idling
unnecessarily.
Reduce the
number of
vehicle
movements
through better
planning.
Set an
appropriate
speed limit on
haul routes.
All heavy duty
vehicles should
meet certain
• NO2
• SO2; and
• Ozone.
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Environmental
Concern
Potential
Impact
Mitigation
Measures
(MM)
Responsible to
implement MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Operations
Activity : Vehicle movement, blasting, transporting material within the mine area, cement transport to/from Baucau
emission
regulation from
local
Environmental
Protection
Agency.
Use a good
quality of fuel
(e.g. with low
sulphur
content).
Engines and
exhaust
systems should
be regularly
serviced
according to
manufacturer’s
recommendatio
ns and
maintained to
meet statutory
limits/opacity
tests.
Ensure correct
working
methods are
employed for
the Project.
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Environmental
Concern
Potential
Impact
Mitigation
Measures
(MM)
Responsible to
implement MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Operations
Activity : Vehicle movement, blasting, transporting material within the mine area, cement transport to/from Baucau
Noise and
Vibration
Increase in
levels of
noise
Haulage of
goods and
movement of
vehicles/people
and equipment
can be
scheduled.
Where
required, noise
barriers can be
constructed to
abate the noise
impacts.
Alternative
construction
methods and
selection of less
noisy
equipment to
do the tasks.
TL Cement During operation Throughout
project site and
in particular in
the vicinity of
sensitive
receptors.
Local road
networks
Incl. in
Operations
contract cost
At sensitive receptors
(as per construction)
Once per year
measurements
Results
interpretation
and review of
the EMP as
required.
Collation of
results into
Annual
Environmental
Report to
NDCPEI
Surface Water Decrease in
flows in
streams
Changes in
water quality
of streamflow
Drains down-
gradient from
the site to
capture
potentially
contaminated
TL Cement During operation Throughout
project site and
drains down
gradient of site
Incl. in
Operations
contract cost
Flow meters / stream
gauges at the Bucoli
River (1.6km west)
and at Uaimatabai,
Uaisa and Waino
springs
Monthly water
quality and
quantity
measurements
at monitoring
boreholes, key
TL Cement -
Collation of
results into
Annual
Environmental
Report to
$1.4M
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Environmental
Concern
Potential
Impact
Mitigation
Measures
(MM)
Responsible to
implement MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Operations
Activity : Vehicle movement, blasting, transporting material within the mine area, cement transport to/from Baucau
surface water
run-off.
Storm water
design will be
incorporated to
manage
extreme
weather events
Monitoring of
surface water
features for
water quality
impacts.
Spills
management
and pollution
control through
the Emergency
Plan.
spring receptors
at Waiono,
Uaimatabai and
Uaisa.
Interpretation
of data every 6
months.
NDCPEI
Groundwater Decrease in
flows in
springs
Changes in
water quality
of springs
Detailed
hydrological
study to
establish
baseline
groundwater
monitoring
network
including
boreholes,
TL Cement During operation Throughout
project site
Incl. in
Operations
contract cost
Flow meters / stream
gauges at the Bucoli
River (1.6km west)
and at Uaimatabai,
Uaisa and Waino
springs
Monthly water
quality and
quantity
measurements
at monitoring
boreholes, key
spring receptors
at Waiono,
Uaimatabai and
Uaisa.
TL Cement -
Collation of
results into
Annual
Environmental
Report to
NDCPEI
$1.4M
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Environmental
Concern
Potential
Impact
Mitigation
Measures
(MM)
Responsible to
implement MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Operations
Activity : Vehicle movement, blasting, transporting material within the mine area, cement transport to/from Baucau
spring flow
gauging and
water quality
analysis
Groundwater
modelling of
Water Supply
borehole to
quantify
drawdown
impacts
Design for
handling and
storage of
potential
contaminants
(including fuels
and chemicals)
to eliminate risk
Interpretation
of data every 6
months.
Flora Removal of
threatened
plants
Dust
suppression
measures (e.g.
water
sprinkling) at all
dust generating
sites
Weed
management
activities
TL Cement Ongoing Throughout
project site
Incl. in
Operations
contract cost
The total area of
vegetation cleared
(habitat destruction)
at the end of phase
End of phase TL Cement -
Collation of
results into
Annual
Environmental
Report to
NDCPEI
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Environmental
Concern
Potential
Impact
Mitigation
Measures
(MM)
Responsible to
implement MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Operations
Activity : Vehicle movement, blasting, transporting material within the mine area, cement transport to/from Baucau
including
spraying
Fauna Removal of
threatened
animals
Vehicles obey
speed limits.
TL Cement Ongoing Throughout
and
surrounding
project site
Incl. in
Operations
contract cost
All fauna injury and
death records.
Reporting and
interpretation
every six
months
TL Cement -
Collation of
results into
Annual
Environmental
Report to
NDCPEI
Traffic Increase in
amount of
traffic on the
roads
Planning to
minimize
vehicle
movements
(e.g. use of
buses to
transport
workers and
house in camps)
Limit reversing
requirements
Traffic signage
implementation
Speed limits
and
enforcement
Road widening
TL Cement Throughout life of
project
Throughout
project site and
on local road
networks
Incl. in
Operations
contract cost
Traffic incidents and
mitigation measures
implemented
Update Safety
Management
System to
record and
document
traffic incidents
and mitigation
measures
implemented as
and when they
occur.
Construction
Contractor /
Mine Operator
Costs to
Constructio
n
Contractor /
Mine
Operator
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Environmental
Concern
Potential
Impact
Mitigation
Measures
(MM)
Responsible to
implement MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Operations
Activity : Vehicle movement, blasting, transporting material within the mine area, cement transport to/from Baucau
Infrastructure Increased
pressure on
existing
infrastructure
Ongoing
inspection,
monitoring and
maintenance
programmes
will be
developed and
implemented
for the relevant
infrastructure
during the
operational
phase of the
Project to
ensure optimal
operation.
TL Cement Ongoing Throughout
project site
Incl. in
Operations
contract cost
Complaints and
Grievance records
review
Stakeholder
consultation to check
progress
Regular review
of Complaints
and Grievance
record
Regular
stakeholder
consultation
TL Cement
Employment Training and
development
of local
people
Selection and
management of
employee
applications by
a specialist
employee
management
institution
formed through
a consultative
process with
sub-district and
TL Cement Ongoing as
required
Selected
Employment
Management
Institution
Offices
Incl. in
Operations
contract cost
Complaints and
Grievance records
review
Stakeholder
consultation to check
progress
Regular review
of Complaints
and Grievance
record
Regular
stakeholder
consultation
TL Cement
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Environmental
Concern
Potential
Impact
Mitigation
Measures
(MM)
Responsible to
implement MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Operations
Activity : Vehicle movement, blasting, transporting material within the mine area, cement transport to/from Baucau
suco leadership
Economic Use of
Forestry and
other Natural
Resources
Training and
development
of local
people
Minimise the
disturbance
footprint as far
as practicable.
Site clearing to
be conducted
sequentially.
TL Cement Ongoing Throughout
project site and
surrounding
area
Incl. in
Operations
contract cost
Control of weed and
pathogen hygiene
practices
NA TL Cement
Socio Economic
Agriculture
Relocation to
an area
where people
can farm
The impact on
community
access to
farmland during
the project will
be addressed
by resettlement
and
compensation
to be
undertaken by
the GoTL.
TL Cement At completion of
operation
Throughout
wider region
Incl. in
Operations
contract cost
Control of weed and
pathogen hygiene
practices
Population and
Community
Influx of new
people to the
area from
outside
Baucau
The impact on
community
during the
project will be
addressed by
resettlement
and
GoTL Impact on
community
addressed
construction but
complaints and
grievance records
to be maintained
Incl. in
Operations
contract cost
Complaints and
Grievance records
Regular review
of records
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Environmental
Concern
Potential
Impact
Mitigation
Measures
(MM)
Responsible to
implement MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Operations
Activity : Vehicle movement, blasting, transporting material within the mine area, cement transport to/from Baucau
compensation
to be
undertaken by
the GoTL.
throughout
project
Community
Health
Increase in
injury,
disease and
infections
due to more
people in the
area
Facilitate
education and
awareness
programs
throughout the
lifespan of the
Project;
Design roads
and implement
driver training
to improve
traffic safety.
Internal Project
roads will be
designed and
constructed for
all-weather, 24
hr capability.
Establish a
secure buffer
zone from
activities posing
safety risks to
villages or
scattered
TL Cement Impact on
community
addressed
construction but
complaints and
grievance records
to be maintained
throughout
project
Incl. in
Operations
contract cost
Complaints and
Grievance records
Regular review
of records
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Environmental
Concern
Potential
Impact
Mitigation
Measures
(MM)
Responsible to
implement MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Operations
Activity : Vehicle movement, blasting, transporting material within the mine area, cement transport to/from Baucau
dwellings.
Develop an
employee
wellness
programme
Institutions,
Schools and
Health Facilities
No impact
anticipated
The impact on
community
access to
institutions
during the
project will be
addressed by
resettlement
and
compensation
to be
undertaken by
the GoTL. Refer
to Air Quality
and Noise and
vibration for
relevant
mitigation
measures
GoTL Impact on
community
addressed
construction but
complaints and
grievance records
to be maintained
throughout
project
Throughout
local region
Incl. in
Operations
contract cost
Complaints and
Grievance records
Regular review
of records
Community and
Family Structure
Transient
workers
families may
impact family
structures
Implementation
of the
Complaints and
Grievance
mechanism
TL Cement Impact on
community
addressed
construction but
complaints and
Throughout
local region
Incl. in
Operations
contract cost
Complaints and
Grievance records
Regular review
of records
TL CEMENT, LDA
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Environmental
Concern
Potential
Impact
Mitigation
Measures
(MM)
Responsible to
implement MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Operations
Activity : Vehicle movement, blasting, transporting material within the mine area, cement transport to/from Baucau
grievance records
to be maintained
throughout
project
Land ownership
and Land Rights
No impact
during
operations
Complaints and
Grievance records
Regular review
of records
Natural
Resources Rights
No impact
during
operations
Cultural
Heritage,
Archaeological
and Sacred Sites
No impact
during
operations
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Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Decommissioning Stage
Activity : Clearing the land and levelling, rehabilitation, dismantling infrastructure
Climate Atmospheric
emissions (i.e.
carbon monoxide)
increase from use
of vehicles
Select equipment
with lowest
practical
emissions.
TL Cement /
Decommissioni
ng Contractor
During
decommissioni
ng
Throughout
project site and
on local road
networks
Incl. in
Decommissioni
ng contract
cost
Maintain Automated
Weather Station
(AWS) per Operations
Phase
Daily
measurements.
TL Cement -
Annual
reporting for all
project phases
of Greenhouse
Gas emissions
in accordance
with National
Greenhouse
and Energy
Reporting Act
2007.
Topography,
Geology and
Soils
Changes to
topography and
increase in soil
erosion
Soil
contamination
should be
monitored
through
maintaining
records of spill
events
Contouring and
establishing
drainage systems
during
decommissioning
phase
TL Cement /
Decommissioni
ng Contractor
During
decommissioni
ng
Throughout
project site
Incl. in
Decommissioni
ng contract
cost
Post closure
assessment of
rehabilitation success
and soil health
5 years after
closure
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Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Decommissioning Stage
Activity : Clearing the land and levelling, rehabilitation, dismantling infrastructure
Air Quality Increase in levels
of dust
All raw materials
storage will be in
enclosed
structures
All materials
transport will be
by fully covered
conveyor belts
Dust and bag
filters will be
installed at all
critical emissions
hoppers
All areas with
vehicle traffic
shall be watered
or have dust
palliative applied
as necessary for
regular
stabilization of
dust emissions.
All on-site vehicle
traffic shall be
limited to a speed
of 15 mph on
unpaved roads.
No vehicles or
plant will be left
idling
unnecessarily.
Reduce the
number of vehicle
movements
through better
planning.
Set an
appropriate speed
TL Cement /
Decommissioni
ng Contractor
During
decommissioni
ng, in particular
during
excavation,
stockpiling and
grading of
materials.
Throughout
project site
Incl. in
Decommissioni
ng contract
cost
Install Automated
Weather Station
(AWS) recording daily
measurements of:
Station identification
number;
Date and time of
record/observation;
Air, wet bulb and wet
dew point
temperatures.
Precipitation and
evaporation;
Relative humidity;
Wind speed and
direction;
Solar radiation;
Barometric pressure ;
Visibility;
Cloud cover; and
Cloud ceiling height,
if practicable.
Daily
measurements
TL Cement -
Annual
reporting for all
project phases
of Greenhouse
Gas emissions
in accordance
with National
Greenhouse
and Energy
Reporting Act
2007.
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Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Decommissioning Stage
Activity : Clearing the land and levelling, rehabilitation, dismantling infrastructure
Noise and
Vibration
Increase in levels
of noise
Storage areas
should be located
away from
sensitive
receptors.
Haulage of goods
and movement of
vehicles/people
and equipment
can be scheduled.
Where required,
noise barriers can
be constructed to
abate the noise
impacts.
Alternative
construction
methods and
selection of less
noisy equipment
to do the tasks.
TL Cement /
Decommissioni
ng Contractor
During
decommissioni
ng
Throughout
project site and
in particular in
the vicinity of
sensitive
receptors.
Local road
networks
Incl. in
Decommissioni
ng contract
cost
At sensitive receptors
(as per construction)
Once per year
measurements
Results
interpretation
and review of
the EMP as
required.
Collation of
results into
semi-annual
Environmental
Report to
NDCPEI
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Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Decommissioning Stage
Activity : Clearing the land and levelling, rehabilitation, dismantling infrastructure
Surface
Water
Decrease in flows
in streams
Changes in water
quality of
streamflow
Drains down-
gradient from the
site to capture
potentially
contaminated
surface water run-
off.
Storm water
design will be
incorporated to
manage extreme
weather events
Monitoring of
surface water
features for water
quality impacts.
Spills
management and
pollution control
through the
Emergency Plan.
TL Cement /
Decommissioni
ng Contractor
During
decommissioni
ng
Drains down
gradient of
site. Other
measures
throughout
project site
Incl. in
Decommissioni
ng contract
cost
Flow meters / stream
gauges at the Bucoli
River (1.6km west)
and at Uaimatabai,
Uaisa and Waino
springs
Monthly water
quality and
quantity
measurements
at monitoring
boreholes, key
spring receptors
at Waiono,
Uaimatabai and
Uaisa.
Interpretation
of data every 6
months.
TL Cement -
Collation of
results into
Annual
Environmental
Report to
NDCPEI
Groundwate
r
Decrease in flows
in springs
Changes in water
quality of springs
Design for
handling and
storage of
potential
contaminants
(including fuels
and chemicals) to
eliminate risk
TL Cement /
Decommissioni
ng Contractor
During
decommissioni
ng
Throughout
project site
Incl. in
Decommissioni
ng contract
cost
NA NA NA NA
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Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Decommissioning Stage
Activity : Clearing the land and levelling, rehabilitation, dismantling infrastructure
Flora Growth and
spread of weeds
Dust suppression
measures (e.g.
water sprinkling)
at all dust
generating sites
Weed
management
activities including
spraying
TL Cement /
Decommissioni
ng Contractor
During
decommissioni
ng
Areas
degraded
during the life
of the project.
Incl. in
Decommissioni
ng contract
cost
Monitoring and
reporting of flora
species abundance
and coverage
5 years after
mine closure
TL Cement -
Collation of
results into
semi-annual
Environmental
Report to
NDCPEI
Fauna Removal of
threatened
animals
Planting of habitat
mimicking natural
environment.
TL Cement /
Decommissioni
ng Contractor
During
decommissioni
ng
Areas
degraded
during the life
of the project
Incl. in
Decommissioni
ng contract
cost
Monitoring and
reporting of fauna
species abundance
5 years after
mine closure
TL Cement -
Collation of
results into
semi-annual
Environmental
Report to
NDCPEI
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Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Decommissioning Stage
Activity : Clearing the land and levelling, rehabilitation, dismantling infrastructure
Traffic Increase in
amount of traffic
on the roads
Planning to
minimize vehicle
movements (e.g.
use of buses to
transport workers
and house in
camps)
Limit reversing
requirements
Traffic signage
implementation
Speed limits and
enforcement
TL Cement /
Decommissioni
ng Contractor
During
decommissioni
ng
Througout
project site and
on local road
networks
Incl. in
Decommissioni
ng contract
cost
Traffic incidents and
mitigation measures
implemented
Update Safety
Management
System to
record and
document
traffic incidents
and mitigation
measures
implemented as
and when they
occur.
Construction
Contractor /
Mine Operator
Costs to
Constructio
n
Contractor /
Mine
Operator
Infrastructur
e
Increased
pressure on
existing
infrastructure
Ongoing
inspection,
monitoring and
maintenance
programmes will
be developed and
implemented for
the relevant
infrastructure
during the
decommissioning
phase
TL Cement Prior to
decommissioni
ng
Throughout
project site and
wider area
Incl. in
Decommissioni
ng contract
cost
Complaints and
Grievance records
reviewed regularly
Regular Stakeholder
consultation to check
progress
Regular review
of Complaints
and Grievance
record
Regular
stakeholder
consultation
TL Cement N/A
TL CEMENT, LDA
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Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Decommissioning Stage
Activity : Clearing the land and levelling, rehabilitation, dismantling infrastructure
Employment Training and
development of
local people
Redeployment
and training
opportunities to
offset loss of
employment on
closure
TL Cement Prior to
decommissioni
ng
Throughout
project site and
wider area
Incl. in
Decommissioni
ng contract
cost
Complaints and
Grievance records
review
Stakeholder
consultation to check
progress
Regular review
of Complaints
and Grievance
record
Regular
stakeholder
consultation
TL Cement
Economic
Use of
Forestry and
other
Natural
Resources
Training and
development of
local people
Rehabilitation
with native
species
TL Cement /
Decommissioni
ng Contractor
Immediately
following
completion of
operation
Areas
degraded
during life of
project
Incl. in
Decommissioni
ng contract
cost
The total area of re-
vegetation and the
species used for
rehabilitation should
be recorded and
monitored
For a period of
5 years
following
decommissioni
ng.
TL Cement /
Decommissioni
ng Contractor
Socio
Economic
Agriculture
Returning to the
area
The impact on
community access
to farmland
during the project
will be addressed
by resettlement
and
compensation to
be undertaken by
the GoTL.
TL Cement /
Decommissioni
ng Contractor
During
decommissioni
ng
Areas
degraded
during life of
project
Incl. in
Decommissioni
ng contract
cost
The total area of re-
vegetation and the
species used for
rehabilitation should
be recorded and
monitored
For a period of
5 years
following
decommissioni
ng.
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Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Decommissioning Stage
Activity : Clearing the land and levelling, rehabilitation, dismantling infrastructure
Population
and
Community
Influx of new
people to the area
from outside
Baucau
The impact on
community during
the project will be
addressed by
resettlement and
compensation to
be undertaken by
the GoTL.
GoTL Impact on
community
addressed
construction
but complaints
and grievance
records to be
maintained
throughout
project
As determined
by
resettlement
facilitated by
GoTL
Incl. in
Decommissioni
ng contract
cost
Complaints and
Grievance records
Regular review
of records
Community
Health
Increase in injury,
disease and
infections due to
more people in
the area
Facilitate
education and
awareness
programs
throughout the
lifespan of the
Project;
TL Cement Impact on
community
addressed
construction
but complaints
and grievance
records to be
maintained
throughout
project
Throughout
local region
Incl. in
Decommissioni
ng contract
cost
Complaints and
Grievance records
Regular review
of Complaints
and Grievance
record
Regular
stakeholder
consultation
TL Cement N/A
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Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Decommissioning Stage
Activity : Clearing the land and levelling, rehabilitation, dismantling infrastructure
Institutions,
Schools and
Health
Facilities
No impact
anticipated
The impact on
community access
to institutions
during the project
will be addressed
by resettlement
and
compensation to
be undertaken by
the GoTL.
TL Cement /
Decommissioni
ng Contractor
Prior to
decommissioni
ng . Air quality
and noise
monitoring
during
decommissioni
ng.
Throughout
local region
Incl. in
Decommissioni
ng contract
cost
Complaints and
Grievance records
Regular review
of Complaints
and Grievance
record
Regular
stakeholder
consultation
TL Cement N/A
Community
and Family
Structure
Relocation of
families may
impact structure
Implementation
of the Complaints
and Grievance
mechanism
TL Cement Impact on
community
addressed
construction
but complaints
and grievance
records to be
maintained
throughout
project
Throughout
local region
Incl. in
Decommissioni
ng contract
cost
Complaints and
Grievance records
Regular review
of Complaints
and Grievance
record
Regular
stakeholder
consultation
TL Cement N/A
Land
ownership
and Land
Rights
Relocation of land
users will not
impact land rights
Implementation
of the Complaints
and Grievance
mechanism
TL Cement /
GoTL
Ongoing Affected
households
and property
owners
Incl. in
Decommissioni
ng contract
cost
Complaints and
Grievance records
Regular review
of records
To be
addressed by
resettlement
and
compensation
to be
addressed by
GoTL
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Environment
al Concern
Potential Impact Mitigation
Measures (MM)
Responsible to
implement
MM
Timing to
implement MM
Locations of
MM
Mitigation Cost Parameter to
Monitor
Frequency and
Variation
Responsible to
Monitor
Cost of
Monitoring
Decommissioning Stage
Activity : Clearing the land and levelling, rehabilitation, dismantling infrastructure
Natural
Resources
Rights
Relocation of land
users will not
impact resources
rights
Implementation
of the Complaints
and Grievance
mechanism
TL Cement /
GoTL
Ongoing Throughout
project site and
surrounding
environment,
in particular at
identified
natural
resources
within and
near the
project site
Incl. in
Decommissioni
ng contract
cost
Complaints and
Grievance records
Regular review
of records
To be
addressed by
resettlement
and
compensation
to be
addressed by
GoTL
Cultural
Heritage,
Archaeologic
al and
Sacred Sites
Relocation of land
users will not
cultural heritage
sites
TL Cement Prior to
construction
and ongoing
throughout
construction,
operation and
decommissioni
ng
Heritage sites
identified
through the EIA
as well as any
additional sites
discovered
during
construction,
operation or
decommissioni
ng phase
Incl. in
Decommissioni
ng contract
cost
Any and all
occurrences of
damage sites is to be
recorded.
Records to be
reviewed every
6 months.
TL Cement.
Process
improvements
are to be
implemented
where there
has been
unauthorised
impact on
cultural
heritage sites.
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8 GOVERNING PARAMETERS
8.1 Environmental Quality Standards
The monitoring plan has been developed taking into account the best available measurement
standard for the relevant criteria. The standard is detailed in Section 8.3 (Governing Parameters)
below, alongside the applicable parameter.
8.2 International Best Practice
Where possible, the monitoring plan has been developed utilizing internationally-recognized
standards and emissions criteria. Standards used by the World Health Organization and the
International Finance Corporation have been used as first priority, followed by standards used in
Australia and elsewhere.
8.3 Governing parameters
8.3.1 Emissions
Emissions standards are determined based on the medium of transmission i.e. water or air and are
detailed further under Sections 8.3.2 and 8.3.3.
8.3.2 Ambient Water Quality Standards
Parameter International best
practice standard
Proposed limit value Comments
Fresh Water (Springs and streams)
e.Coli or Thermotolerant
coliform bacteria
WHO Drinking Water
Standards (2000)
0 mg/L in 100ml sample All water directly intended
for drinking
Nitrate WHO Drinking Water
Standards (2000)
50 mg/L All water directly intended
for drinking
Nitrite WHO Drinking Water
Standards (2000)
3 mg/L All water directly intended
for drinking
Chlorine WHO Drinking Water
Standards (2000)
5 mg/L All water directly intended
for drinking
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Parameter International best
practice standard
Proposed limit value Comments
Copper WHO Drinking Water
Standards (2000)
2 mg/L All water directly intended
for drinking
Lead WHO Drinking Water
Standards (2000)
0.01 mg/L All water directly intended
for drinking
Nickel WHO Drinking Water
Standards (2000)
0.07 mg/L All water directly intended
for drinking
Manganese WHO Drinking Water
Standards (2000)
0.4 mg/L All water directly intended
for drinking
8.3.3 Ambient Air Quality Standards
Parameter International best practice standard Proposed interim target limit (µg/m3)
Carbon
monoxide
International Ambient Air Quality Standards
(IAAQS)
http://www3.epa.gov/ttn/naaqs/criteria.html
1 hour = 40,000 µg/m3
Not to be exceeded more than once per
year
Nitrogen
dioxide
International Ambient Air Quality Standards
(IAAQS)
http://whqlibdoc.who.int/hq/2006/WHO_SDE_PHE_
OEH_06.02_eng.pdf
1 hour = 200 µg/m3
Annual = 40 µg/m3
Photochemic
al oxidants
(as ozone)
International Ambient Air Quality Standards
(IAAQS)
1 hour = 235 µg/m3
Sulfur dioxide International Ambient Air Quality Standards
(IAAQS)
1 hour = 350 µg/m3
24 hour = 125 µg/m3
Particles as
PM2.5
International Ambient Air Quality Standards
(IAAQS)
24 hour = 75 µg/m3
Annual = 70 µg/m3
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8.3.4 Soil
All the parameters below are obtained from the National Environment Protection Measure
(Assessment of Contamination) 1999 for the Groundwater Investigation Levels in Fresh Waters “Table
1C”. The measurement of soil contamination is typically taken from groundwater monitoring boreholes
located down-gradient from the suspected contamination.
Parameter Proposed discharge limit value
µg/L
Aluminium 55 µgL
Chromium IV 1 µgL
Nickel 11 µgL
Benzene 950 µgL
Phenol 320 µgL
Lead 3.4 µgL
Manganese 1900 µgL
Mercury (total) 0.06 µgL
Zinc 8 µgL
Ammonia (NH3-N) 900 µgL
Ethanol 1400 µgL
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8.3.5 Occupational Health and Safety Standards
8.3.5.1 WORKPL ACE NOISE AND VIBRAT ION
Parameter International best
practice standard
Proposed discharge
limit value
Comments
Blasting
(Airblast level)
Regulation 11
Environmental Protection
(Noise) Regulations 1997
120 dBLz peak at
sensitive receptor
125 dBLz peak at non
sensitive receptor
Blasting carried out
between 7am and 6pm on
any day of the week
Noise and Vibration UNTAET, 2001
Residential, Institutional
and Educational
Receptors
50 – 55 dB(A)
8.3.5.2 DRINKING WATER
These standards are applicable for fresh water springs and streams.
Parameter International best practice
standard
Proposed limit value
E.Coli or Thermotolerant
coliform bacteria
WHO Drinking Water Standards
(2000)
0 mg/L in 100ml sample
Nitrate WHO Drinking Water Standards
(2000)
50 mg/L
Nitrite WHO Drinking Water Standards
(2000)
3 mg/L
Chlorine WHO Drinking Water Standards
(2000)
5 mg/L
Copper WHO Drinking Water Standards
(2000)
2 mg/L
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Parameter International best practice
standard
Proposed limit value
Lead WHO Drinking Water Standards
(2000)
0.01 mg/L
Nickel WHO Drinking Water Standards
(2000)
0.07 mg/L
Manganese WHO Drinking Water Standards
(2000)
0.4 mg/L
8.3.5.3 SAFETY MANAGEMENT
Safety Management shall be undertaken in accordance with local labour laws and regulations.
8.3.5.4 COMMUNICATIVE DISEASES
Data and statistics on Communicative diseases will be confidentially collected through surveying of
the health providers to determine if adjustments to the Workplace Health and Safety Standard are
required. Communicative diseases include:
Infection control in the workplace aims to prevent pathogens from coming into contact with a person in
the first place. The basis of good infection control in the workplace is to assume that everyone is
potentially infectious. Proper procedures have to be followed at all times.
Good marketing of personal hygiene is the first line of defense. Infection control procedures relating to
good personal hygiene include:
• Hand washing;
• Covering cuts or abrasions with a waterproof dressing; and
• Gloves.
Many infections are food-borne. When preparing food, it is important to:
• Wash hands before and after handling food;
• Keep hot food hot and cold food cold;
• Use separate storage, utensils and preparation surfaces for cooked and uncooked foods; and
• Wash all utensils and preparation surfaces thoroughly with hot water and detergent after use.
Frequently, workplace illnesses are spread by droplet infection. Colds and flu are transmitted in this
way, and sharing telephones is an infection risk. If at all possible, users should have personal
headsets, and telephones should be regularly cleaned and sterilized.
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8.4 Modelling or Engineering Calculations
Trigger values and monitoring upper limit guideline values have been based on published standard
and guideline values and no modelling was undertaken to derive them.
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9 MONITORING PROGRAM
In designing the monitoring programme for each aspect identified in the EIS, this section details:
• the specific parameters;
• monitoring protocols;
• sampling locations and frequencies of monitoring; and
• how compliance with implementation of the EMPs and sub-EMPs will be checked and
reported.
The above information has been presented in table format for each phase of the Project; i.e. Pre-
construction; Construction; Operation; and Decommissioning.
9.1 Climate
Monitoring Programme : Climate
Pre-construction Construction Operations Decommissioning
Install Automated Weather Station (AWS) recording daily measurements of:
• Station identification number;
• Sate and time of record/observation;
• Air, wet bulb and wet dew point temperatures.
• Precipitation and evaporation;
• Relative humidity;
• Wind speed and direction;
• Solar radiation;
• Barometric pressure ;
• Visibility;
• Cloud cover; and
• Cloud ceiling height, if practicable.
Annual reporting for all project phases of Greenhouse Gas emissions in accordance with National Greenhouse
and Energy Reporting Act 2007.
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9.2 Topography and Soil
Monitoring Programme : Topography, Geology and Soil
Pre-construction Construction Operations Decommissioning
Weed growth and
drainage behaviour on
the topsoil stockpile
Monthly water quality and quantity measurements at
key spring receptors, Uaino, and in the Water
Reserve area.
Reporting and interpretation of data every 6 months.
5 years post closure
assessment of rehabilitation
success and soil health
9.3 Air Quality
Monitoring Programme : Air Quality
Pre-construction Construction Operations Decommissioning
A monitoring and reporting program (once every six months during construction and operation) should be
implemented to monitor the air quality in the following sensitive receptors:
• AQ4 - settlement area in Aldeia Osso-ua.
• AQ5 - representing the construction area.
The monitoring stations are derived from the BBS Baseline Air Quality monitoring survey (BBS, 2015b).
The monitoring program should assess and report on the following air quality parameters:
• PM10; and PM2.5
• CO
• NO2
• SO2; and
• Ozone.
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9.4 Noise and vibration
Monitoring Programme : Noise and Vibration
Pre-construction Construction Operations Decommissioning
Every 6 months measurements at sensitive
receptors i.e.
1. AQ4 – Settlement area at Aldeia Osso-Ua
2. AQ5 - representing the construction area.
Results interpretation and review of the EMP as
required.
Collation of results into semi-annual Environmental
Report to NDCPEI
Once per year
measurements at
sensitive receptors (as
per Construction)
Results interpretation
and review of the EMP
as required.
Collation of results into
Annual Environmental
Report to NDCPEI
Once per year measurements
at sensitive receptors (as per
Operations)
Results interpretation and
review of the EMP as required.
Collation of results into semi-
annual Environmental Report
to NDCPEI
9.5 Surface water
Monitoring Programme : Surface Water
Pre-construction Construction Operations Decommissioning
Sampling and volume estimation of any water encountered in the open pit mine (quarry).
Flow meters / stream gauges at the Bucoli River (1.6km west) and at Uaimatabai, Uaisa and Waino springs.
Monthly water quality and quantity measurements at monitoring boreholes, key spring receptors at Waiono,
Uaimatabai and Uaisa.
Interpretation of data every 6 months.
Collation of results into Annual Environmental Report to NDCPEI
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9.6 Groundwater
Monitoring Programme : Surface Water
Pre-construction Construction Operations Decommissioning
Monthly water quality
and quantity
measurements at key
spring receptors at
Uaimatabai, Uaisa and
Uaino.
Reporting and
interpretation of data
quarterly
Sampling and volume estimation of any water
encountered in the open pit mine (quarry).
Monthly water quality and quantity measurements at
key spring receptors at Uaimatabai, Uaisa and
Uaino.
Reporting and interpretation of data quarterly
Collation of results into Annual Environmental Report
to NDCPEI
Monitoring of water quality in
the water reservoir remaining in
the footprint of the open pit
semi-annually for at least 5
years post decommissioning.
9.7 Flora
Monitoring Programme : Flora
Pre-construction Construction Operations Decommissioning
The total area of vegetation cleared (habitat destruction) at the end of phase
Collation of results into Annual Environmental Report to NDCPEI
Monitoring and reporting of
flora species abundance and
coverage 5 years after mine
closure
Collation of results into semi-
annual Environmental Report
to NDCPEI
9.8 Fauna
Monitoring Programme : Fauna
Pre-construction Construction Operations Decommissioning
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Any incidents of fauna
injury and death
should be recorded.
Collation of results into
semi-annual
Environmental Report
to NDCPEI
Reporting and interpretation of fauna injury and
death records every 6 months.
Collation of results into Annual Environmental Report
to NDCPEI
Monitoring and reporting of
fauna species abundance 5
years after mine closure
Collation of results into semi-
annual Environmental Report
to NDCPEI
9.9 Traffic
Monitoring Programme : Traffic
Pre-construction Construction Operations Decommissioning
Safety Management System to record and document traffic incidents and mitigation measures implemented
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9.10 Infrastructure
Monitoring Programme : Infrastructure
Pre-construction Construction Operations Decommissioning
Complaints and Grievance records reviewed regularly
Regular Stakeholder consultation to check progress
9.11 Employment
Monitoring Programme : Employment
Pre-construction Construction Operations Decommissioning
Complaints and Grievance records reviewed regularly
Regular Stakeholder consultation to check progress
9.12 Economic Use of Forestry and other Natural Resources
Monitoring Programme : Economic Use of Forestry and other Natural Resources
Pre-construction Construction Operations Decommissioning
The total area of
vegetation cleared
during the pre-
construction and
construction phase
should be recorded.
Control of weed and pathogen hygiene practices The total area of re-vegetation
and the species used for
rehabilitation should be
recorded and monitored for a
period of 5 years following
decommissioning.
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9.13 Socio-Economic Agriculture
Monitoring Programme : Socio Economic Agriculture
Pre-construction Construction Operations Decommissioning
Complaints and
Grievance records
reviewed regularly
Control of weed and pathogen hygiene practices The total area of re-vegetation
and the species used for
rehabilitation should be
recorded and monitored for a
period of 5 years following
decommissioning.
9.14 Population and community
Monitoring Programme : Population and Community
Pre-construction Construction Operations Decommissioning
Maintain communities
and limit secondary
impacts of population
increase due to the
Project
Complaints and Grievance records reviewed regularly
9.15 Community Health
Monitoring Programme : Community Health
Pre-construction Construction Operations Decommissioning
Complaints and Grievance records reviewed regularly
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9.16 Institutions schools and health facil ities
Monitoring Programme : Institutions, Schools and Health Facilities
Pre-construction Construction Operations Decommissioning
Complaints and Grievance records reviewed regularly
9.17 Community and Family Structure
Monitoring Programme : Community and Family Structure
Pre-construction Construction Operations Decommissioning
Complaints and Grievance records reviewed regularly
9.18 Land Ownership and Land Rights
Monitoring Programme : Land Ownership and Land Rights
Pre-construction Construction Operations Decommissioning
Complaints and Grievance records reviewed regularly
To be addressed by resettlement and compensation to be addressed by GoTL
9.19 Natural Resources Rights
Monitoring Programme : Natural Resources Rights
Pre-construction Construction Operations Decommissioning
Complaints and Grievance records reviewed regularly
To be addressed by resettlement and compensation to be addressed by GoTL
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9.20 Cultural Heritage Archeological and Sacred Sites
Monitoring Programme : Cultural Heritage, Archaeological and Sacred Sites
Pre-construction Construction Operations Decommissioning
Any and all occurrences of damage sites is to be recorded and the records to be reviewed every 6 months.
Process improvements are to be implemented where there has been unauthorised impact on cultural heritage
sites.
9.21 Summary of monitoring program
Pre - Construction
Environmental
Concern
Parameter to Monitor Frequency and Variation
Climate Automated Weather Station (AWS) recording measurements
of:
Station identification number;
Date and time of record/observation;
Air, wet bulb and wet dew point temperatures.
Precipitation and evaporation;
Relative humidity;
Wind speed and direction;
Solar radiation;
Barometric pressure ;
Visibility;
Cloud cover; and
Cloud ceiling height, if practicable.
Daily measurements for project life
Topography, Geology
and Soils
Weed growth and drainage behaviour on the topsoil stockpile As required
Air Quality At sensitive receptors:
AQ3 – At the Jetty
AQ4 – Settlement area at Aldeia Osso-Ua
AQ5 - representing the construction area.
Every 6 months measurements at sensitive
receptors i.e.
Results interpretation and review of the EMP
as required.
Collation of results into semi-annual
Environmental Report to NDCPEI
Noise and Vibration At sensitive receptors:
NO3 – At the Jetty
NO4 – Settlement area at Aldeia Osso-Ua
NO5 - representing the construction area.
Every 6 months measurements at sensitive
receptors i.e.
Results interpretation and review of the EMP
as required.
Collation of results into semi-annual
Environmental Report to NDCPEI
Water Flow meters / stream gauges at the Bucoli River (1.6km west)
and at Uaimatabai, Uaisa and Waino springs
Monthly water quality and quantity
measurements at monitoring boreholes, key
spring receptors at Waiono, Uaimatabai and
Uaisa.
Interpretation of data every 6 months.
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Flora The total area of vegetation cleared (habitat destruction) at
the end of phase
TL Cement - Collation of results into Annual
Environmental Report to NDCPEI
Fauna Any incidents of fauna injury and death should be recorded.
TL Cement - Collation of results into semi-
annual Environmental Report to NDCPEI
Traffic Traffic incidents and mitigation measures implemented Update Safety Management System to record
and document traffic incidents and mitigation
measures implemented as and when they
occur.
Social Complaints and Grievance records review
Stakeholder consultation to check progress
Regular review of Complaints and Grievance
record
Regular stakeholder consultation
Cultural Heritage,
Archaeological and
Sacred Sites
Any and all occurrences of damage to sites is to be recorded. Records to be reviewed every 6 months.
Construction
Environmental
Concern
Parameter to Monitor Frequency and Variation
Climate Automated Weather Station (AWS) recording measurements
of:
Station identification number;
Date and time of record/observation;
Air, wet bulb and wet dew point temperatures.
Precipitation and evaporation;
Relative humidity;
Wind speed and direction;
Solar radiation;
Barometric pressure ;
Visibility;
Cloud cover; and
Cloud ceiling height, if practicable.
Daily measurements for project life
Air Quality A monitoring and reporting program implemented to monitor
the air quality in the following sensitive receptors:
• AQ4 - settlement area in Aldeia Osso-ua.
• AQ5 - representing the construction area.
The monitoring program should assess and report on the
following air quality parameters:
• PM10; and PM2.5
• CO
• NO2
• SO2; and
• Ozone.
Once every six months during construction
Noise and Vibration At sensitive receptors:
AQ4 – Settlement area at Aldeia Osso-Ua
AQ5 - representing the construction area.
Every 6 months measurements at sensitive
receptors i.e.
Results interpretation and review of the EMP
as required.
Collation of results into semi-annual
Environmental Report to NDCPEI
Surface Water Flow meters / stream gauges at the Bucoli River (1.6km west)
and at Uaimatabai, Uaisa and Waino springs
Monthly water quality and quantity
measurements at monitoring boreholes, key
spring receptors at Waiono, Uaimatabai and
Uaisa.
Interpretation of data every 6 months.
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Groundwater Water quality and quantity measurements at key spring
receptors at Uaimatabai, Uaisa and Uaino.
Monthly water quality and quantity
measurements
Reporting and interpretation of data quarterly
Flora The total area of vegetation cleared (habitat destruction) at
the end of phase
End of phase
Fauna All fauna injury and death records. Reporting and interpretation every six months
Traffic Traffic incidents and mitigation measures implemented Update Safety Management System to record
and document traffic incidents and mitigation
measures implemented as and when they
occur
Social Complaints and Grievance records review
Stakeholder consultation to check progress
Regular review of Complaints and Grievance
record
Regular stakeholder consultation
Cultural Heritage,
Archaeological and
Sacred Sites
Any and all occurrences of damage to sites is to be recorded. Records to be reviewed every 6 months.
Operations
Climate
Air Quality A monitoring and reporting program implemented to monitor
the air quality in the following sensitive receptors:
• AQ4 - settlement area in Aldeia Osso-ua.
• AQ5 - representing the construction area.
The monitoring program should assess and report on the
following air quality parameters:
• PM10; and PM2.5
• CO
• NO2
• SO2; and
• Ozone.
Once every six months during construction
and operation
Noise and Vibration At sensitive receptors (as per construction) Once per year measurements
Results interpretation and review of the EMP
as required.
Collation of results into Annual Environmental
Report to NDCPEI
Water Flow meters / stream gauges at the Bucoli River (1.6km west)
and at Uaimatabai, Uaisa and Waino springs
Monthly water quality and quantity
measurements at monitoring boreholes, key
spring receptors at Waiono, Uaimatabai and
Uaisa.
Interpretation of data every 6 months.
Traffic Traffic incidents and mitigation measures implemented Update Safety Management System to record
and document traffic incidents and mitigation
measures implemented as and when they
occur.
Social Complaints and Grievance records review
Stakeholder consultation to check progress
Regular review of Complaints and Grievance
record
Regular stakeholder consultation
Cultural Heritage,
Archaeological and
Sacred Sites
Any and all occurrences of damage sites is to be recorded. Records to be reviewed every 6 months.
Decommissioning
Topography, Geology
and Soils
Post closure assessment of rehabilitation success and soil
health
5 years after closure
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Air Quality A monitoring and reporting program implemented to monitor
the air quality in the following sensitive receptors:
• AQ4 - settlement area in Aldeia Osso-ua.
• AQ5 - representing the construction area.
The monitoring program should assess and report on the
following air quality parameters:
• PM10; and PM2.5
• CO
• NO2
• SO2; and
• Ozone.
Once every six months
Noise and Vibration At sensitive receptors (as per construction) Once per year measurements
Results interpretation and review of the EMP
as required.
Collation of results into semi-annual
Environmental Report to NDCPEI
Water Flow meters / stream gauges at the Bucoli River (1.6km west)
and at Uaimatabai, Uaisa and Waino springs
Monthly water quality and quantity
measurements at monitoring boreholes, key
spring receptors at Waiono, Uaimatabai and
Uaisa.
Interpretation of data every 6 months.
Flora Monitoring and reporting of flora species abundance and
coverage
5 years after mine closure
Fauna Monitoring and reporting of fauna species abundance 5 years after mine closure
Traffic Traffic incidents and mitigation measures implemented Update Safety Management System to record
and document traffic incidents and mitigation
measures implemented as and when they
occur.
Social Complaints and Grievance records review
Stakeholder consultation to check progress
Regular review of Complaints and Grievance
record
Regular stakeholder consultation
Cultural Heritage,
Archaeological and
Sacred Sites
Any and all occurrences of damage to sites is to be recorded. On completion of closure
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10 REPORTING REQUIREMENTS
Based on the monitoring programs outlined in Section 9 (Monitoring Program), this section (Table 2)
outlines the reporting frequencies and types of reports to be prepared for each aspect identified in the
EIS. Details of the reporting requirements include:
1. Monitoring limit or trigger which would dictate the need for reporting;
2. Frequency of reporting for internal and/or external purposes;
3. Incident, accident and emergency reporting;
4. Identification of the appropriate authorities/regulator to which the report is to be provided;
5. Measuring performance indicators and interpreting and acting on the indicators; and
6. Training programs required for employees/contractors.
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Table 2 Monitoring reporting requirements
Aspect Frequency of
monitoring
Limit / Trigger Method/Standard for
monitoring
Method of monitoring Frequency of
Internal
Reporting
External reporting
(Authority/Regulator)
Climate Daily N/A Automated Weather
Station
National Meteorological
Service
NDPCEI
Minister of Commerce and
Environment
Soil Monthly, in the event
of leak / spillage of
dangerous chemicals
and hazardous
wastes
Various AS/NZS 5667:1:1998
Water Quality Sampling
Water samples
Laboratory Analysis
6-monthly NDPCEI
Minister of Commerce and
Environment
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Aspect Frequency of
monitoring
Limit / Trigger Method/Standard for
monitoring
Method of monitoring Frequency of
Internal
Reporting
External reporting
(Authority/Regulator)
Air Quality
(including Dust)
6-monthly 25 µg/m3
(Maximum
concentration in 24
hours, 1 day
averaging period)
AS/NZS 3580.1.1:2007
Methods for the sampling
and analysis of ambient air
– Guide to siting air
monitoring equipment.
Air monitoring
equipment and dust fall
out containers
Annually Local suco chief
NDPCEI
Minister of Commerce and
Environment
Noise and
Vibration
6-monthly 50dB Exceedance
greater than 10%
of the time not
permitted (LA10)
AS/NZS 1269.1
Occupational noise
management
Noise and vibration
monitors
Annually Local suco chief
NDPCEI
Minister of Commerce and
Environment
Water – in the pit As water intersected
until the water flows
in the pit cease
Various AS/NZS 5667:1:1998
Water Quality Sampling
Water samples
Laboratory Analysis
Every 3 months
and
incorporated
into the Annual
Environmental
report to
NDPCEI
DWRQC
NDPCEI
Directorate of Mines
Minister of Commerce and
Environment
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Aspect Frequency of
monitoring
Limit / Trigger Method/Standard for
monitoring
Method of monitoring Frequency of
Internal
Reporting
External reporting
(Authority/Regulator)
Groundwater –
springs
Monthly during pre-
construction,
construction and
operations.
Flows <10%
variance pre-
development
Quality – below
limits
AS/NZS 5667:1:1998
Water Quality Sampling
Water samples
Laboratory Analysis
Every 3 months,
subject to
stabilizing, then
potentially every
6 months.
DWRQC
NDPCEI
Minister of Commerce and
Environment
Groundwater –
monitoring
boreholes
Monthly Levels <10%
variance pre-
development
Quality – below
limits
AS/NZS 5667:1:1998
Water Quality Sampling
Water samples
Laboratory Analysis
Every 3 months,
subject to
stabilising
Results
collation every 6
months,
reporting
annually to
NDPCEI
DWRQC
NDPCEI
Minister of Commerce and
Environment
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Aspect Frequency of
monitoring
Limit / Trigger Method/Standard for
monitoring
Method of monitoring Frequency of
Internal
Reporting
External reporting
(Authority/Regulator)
Groundwater –
supply
boreholes
Monthly Levels <10%
variance pre-
development
Quality – below
limits
AS/NZS 5667:1:1998
Water Quality Sampling
Water samples
Laboratory Analysis
Every 3 months,
subject to
stabilizing
Results
collation every 6
months,
reporting
annually to
NDPCEI
DWRQC
NDPCEI
Minister of Commerce and
Environment
Flora Monthly during pre-
construction,
construction
<55ha Surveyor standard Accurate survey of
cleared lands
Monthly
reconciliation
against planned
clearing,
clearing below
approved limit
NDPCEI
Directorate of Mines
Minister of Commerce and
Environment
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Aspect Frequency of
monitoring
Limit / Trigger Method/Standard for
monitoring
Method of monitoring Frequency of
Internal
Reporting
External reporting
(Authority/Regulator)
Fauna Monthly during pre-
construction and
construction
Annually during
operations
Fauna Fatalities <
1 per month
Data capture in the EMS Monthly
reconciliation
and adjustment
of clearing
approach if
exceeded
NDPCEI
Directorate of Mines
Minister of Commerce and
Environment
Traffic 4 weeks at the start
of each phase
N/A Traffic enumerators At conclusion of
survey,
continuous
improvement
MOPW DBRFC
Minister of Commerce and
Environment
Health Annually Stakeholder survey
Grievances mechanism
Year on year
variance
Continuous
improvement
process
Ministry of Health
Minister of Commerce and
Environment
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Aspect Frequency of
monitoring
Limit / Trigger Method/Standard for
monitoring
Method of monitoring Frequency of
Internal
Reporting
External reporting
(Authority/Regulator)
Cultural Heritage Monthly during pre-
construction and
construction
Zero incidents of
non-agreed
disturbance
Escalation and
reporting of every
instance of
unknown sites
encountered
N/A Cultural Heritage
Monitors / Supervisors
Grievances mechanism
Monthly pre-
construction
and
construction
Secretariat of Arts and Culture
Minister of Commerce and
Environment
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11 RESPONSIBILITIES FOR MITIGATION AND MONITORING
This section clearly identifies the responsibilities of the various parties involved in the implementation
of mitigation and monitoring requirements as outlined in Sections 7 and 9, respectively, of this EMP.
The following are the key managerial roles applicable to the Project during the following phases:
• Pre-Construction and Construction:
o Project Manager – TL Cement LDA;
o Project Engineer – Detailed Design and Mine Planning;
• Operation:
o Mine Manager
The Mine manager may delegate to his personnel for various functions, including the Health, Safety
Quality Manager/Officer function.
The responsibility for the development, implementation and monitoring of the success of; and review
and update of mitigation measures is illustrated in the table below.
Table 3 Responsibility for implementation of this EMP
Phase Item Develop/Author Implement Monitoring
Detailed Engineering
Design
Environmental
Management Plans
Lead Engineer from
the Engineering
provider with approval
by Project Manager –
TL Cement LDA
Lead Engineer from the
Engineering provider
Mitigation Measures Lead Engineer from
the Engineering
provider with approval
by Project Manager –
TL Cement LDA
Lead Engineer from the
Engineering provider
Monitoring Plans Lead Engineer from
the Engineering
provider with approval
by Project Manager –
TL Cement LDA
Lead Engineer from the
Engineering provider
Construction Tender
Phase
Develop construction
specific
Environmental
Management Plans
Civil works contractor
with approval by
Project Manager – TL
Cement LDA
Civil works contractor
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Phase Item Develop/Author Implement Monitoring
Develop construction
specific
Mitigation Measures
Civil works contractor
with approval by
Project Manager – TL
Cement LDA
Civil works contractor
Develop construction
specific
Monitoring Plans
Civil works contractor
with approval by
Project Manager – TL
Cement LDA
Civil works contractor
Phase Item Develop/Author Implement External review
Pre-Construction Civil works
contractor with
approval by
Project Manager
– TL Cement
LDA
TL Cement nominated
EPC management firm
Health, Safety Quality
Manager/Officer
Civil works
contractor with
approval by
Project Manager
– TL Cement
LDA
TL Cement nominated
EPC management firm
Health, Safety Quality
Manager/Officer
Monitoring
activities
Civil works
contractor with
approval by
Project Manager
– TL Cement
LDA
TL Cement nominated
EPC management firm
Health, Safety Quality
Manager/Officer
Compliance
monitoring
Project Manager
– TL Cement
LDA
TL Cement nominated
EPC management firm
Health, Safety Quality
Manager/Officer
Compliance
reporting
Civil works
contractor with
approval by
Project Manager
TL Cement nominated
EPC management firm
Health, Safety Quality
Manager/Officer
Minister of Commerce
and Environment
NDPCEI
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– TL Cement
LDA
Construction Environmental
Management
Plans
Civil works
contractor with
approval by
Project Manager
– TL Cement
LDA
TL Cement nominated
EPC management firm
Health, Safety Quality
Manager/Officer
Mitigation
Measures
Civil works
contractor with
approval by
Project Manager
– TL Cement
LDA
TL Cement nominated
EPC management firm
Health, Safety Quality
Manager/Officer
Monitoring
activities
Civil works
contractor with
approval by
Project Manager
– TL Cement
LDA
TL Cement nominated
EPC management firm
Health, Safety Quality
Manager/Officer
Compliance
monitoring
Site Supervisor
from TL Cement
LDA
TL Cement nominated
EPC management firm
Health, Safety Quality
Manager/Officer
Compliance
reporting
Civil works
contractor with
approval by
Project Manager
– TL Cement
LDA
TL Cement nominated
EPC management firm
Health, Safety Quality
Manager/Officer
Minister of Commerce
and Environment
NDPCEI
Operations (Year
1 to 5, Year 6 to
end)
Environmental
Management
Plans
Environmental
Engineer
supervised by
the Mine
Manager – TL
Cement LDA
TL Cement nominated
EPC management firm
Health, Safety Quality
Manager/Officer
Year 6-end: TL Cement
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Health, Safety Quality
Manager/Officer
Mitigation
Measures
Environmental
Engineer
supervised by
the Mine
Manager – TL
Cement LDA
TL Cement nominated
EPC management firm
Health, Safety Quality
Manager/Officer
Year 6-end: TL Cement
Health, Safety Quality
Manager/Officer
Monitoring
activities
Environmental
Engineer
supervised by
the Mine
Manager – TL
Cement LDA
TL Cement nominated
EPC management firm
Health, Safety Quality
Manager/Officer
Year 6-end: TL Cement
Health, Safety Quality
Manager/Officer
Compliance
monitoring
Environmental
Engineer
supervised by
the Mine
Manager – TL
Cement LDA
TL Cement nominated
EPC management firm
Health, Safety Quality
Manager/Officer
Year 6-end: TL Cement
Health, Safety Quality
Manager/Officer
Compliance
Reporting
Environmental
Engineer
supervised by
the Mine
Manager – TL
Cement LDA
TL Cement nominated
EPC management firm
Health, Safety Quality
Manager/Officer
Year 6-end: TL Cement
Health, Safety Quality
Manager/Officer
Minister of Commerce
and Environment
NDPCEI
Decommissioning Environmental
Management
Plans
Environmental
Engineer
supervised by
the Project
Manager – TL
Cement LDA
TL Cement Health,
Safety Quality
Manager/Officer
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Mitigation
Measures
Environmental
Engineer
supervised by
the Project
Manager – TL
Cement LDA
TL Cement Health
Engineering Manager
Monitoring
activities
Environmental
Engineer
supervised by
the Project
Manager – TL
Cement LDA
TL Cement Health,
Safety Quality
Manager/Officer
Compliance
monitoring
Site Supervisor
from TL Cement
LDA
TL Cement Health,
Safety Quality
Manager/Officer
supervising the Civil
works contractor
Compliance
Reporting
Environmental
Engineer
supervised by
the Project
Manager – TL
Cement LDA
TL Cement Health,
Safety Quality
Manager/Officer
Minister of Commerce
and Environment
NDPCEI
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12 EMERGENCY PLAN
12.1 Purpose
The Emergency Plan (EP) outlines the approach for managing the handling, storage and leak /
spillage of dangerous chemicals and hazardous wastes associated with the development and
operation of the Baucau Cement Plant Project Limestone Mine.
The purpose of the EP is to identify appropriate management strategies, procedures and processes
to ensure that in the event of a spill / leak it is dealt with quickly and efficiently to ensure it is:
• Stopped at the source;
• Contained and collected; and
• If necessary, the site is remediated.
12.2 Objective
The objective of the EP is to:
• Reduce the risk of contamination and pollution to water and land from any dangerous
chemicals or hazardous wastes;
• Respond effectively and quickly to all spills and leaks, regardless of the size / volume; and
• Minimise the risk exposure of any dangerous chemicals or hazardous wastes to all
employees and contractors and subsequent health impacts.
12.3 Responsibil ities
TL Cement Safety and Quality Officer/Manager:
• Regular review and updating of the EP;
• Ensure the EP is effective and drills are conducted;
• Notify the regulatory authority of any major spills within the required timeframes;
• Ensure all employees are provided with the necessary training, PPE and equipment to deal
with spills;
• Notify and coordinate emergency services, if required;
• Oversee incident reporting and investigation process and ensure an adequate investigation is
undertaken, if required;
• Ensure the Safety Data Sheets (SDS) is maintained and current for all of the chemicals and
hazardous materials used and stored on the Project site; and
• Ensure spill kit materials are adequately stored and restocked following any spill or leak.
All employees and contractors are responsible for:
• Cleanup and removal of spills, if it is safe to do so;
• Reporting all spills to the TL Cement Mine Manager using the appropriate procedure;
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• Participate in emergency drills; and
• Ensure appropriate PPE is used when dealing with the cleanup and removal of spills.
12.4 Standards
The storage, management of and handling of all dangerous chemicals or hazardous wastes will be
undertaken in accordance with the requirements of the following standards and legislation:
• Australian National Standard for the Storage and Handling of Workplace Dangerous Goods
[NOHSC: 1015 (2001)]; and
• Australian Standards AS 1940-2004: The storage and handling of flammable and combustible
liquids.
12.5 Incident Classification
All spills, leaks and or uncontrolled release of materials, regardless of the size / volume are classified
as an event, which needs to be reported to the TL Cement Environment Manager/Officer.
An incident includes a spill, leak or uncontrolled release of any of the following substances to water
sources, ground; bitumen; bunded areas (concrete or plastic lined); concrete pads; and spill trays:
• Hydrocarbons;
• Chemicals;
• Saline water;
• Powdered chemicals;
• Oily waste water;
• Tailings;
• Sewage;
• Drilling mud;
• Concrete washout; and
• Bitumen.
The following table outlines the potential ‘Incident Types’ which may be applicable to the Project.
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Table 4: Incident Classifications
Level 1
Minor
Level 2
Moderate
Level 3
Medium
Level 4
Major
Minor uncontrolled spill or
release of materials within
a bunded or contained
area* that may:
• Impact disturbed land
but not vegetation;
• Does not impact water
(surface or
groundwater);
• Does not harm fauna;
and
• Can be easily cleaned
up.
Moderate uncontrolled spill
or release of materials
contained within bunded or
contained area that may:
• Has minor impacts on
soil, fauna and flora but
not priority flora/fauna
or significant species;
and
• Minor impacts to
surface or groundwater.
Uncontained spill or
release of materials
that may:
• Has impact, fauna
and flora and is
uncontrolled and
extensive in its
release;
• Impacts on native
vegetation including
priority / rare flora;
• Moderate impacts
on soil requiring soil
treatment or
replacement
• Has moderate
impacts on low
value surface /
groundwater
sources; and
• Has reasonable
probability of being
detrimental to
fauna.
Major uncontained spill or
release of materials that
may:
• Has impact on fauna
and flora and is major,
uncontrolled and time
extensive in its
release;
• Impact soil, requiring
significant treatment
and soil replacement;
• Major impacts on
surface and/or
groundwater sources;
• Impacts on vegetation
over an extensive
area that causes loss
of priority / rare flora;
• Results in fauna
deaths of rare / priority
species; and
• Has a reasonable
probability of being
detrimental to public
health.
* Contained area can include: concrete bunds; plastic lined bunds; concrete pads; and spill trays.
12.6 Prevention
The following are some simple techniques that shall be adopt and implemented on the Project to
prevent spillages and leaks from occurring:
• No tanks are to be filled prior to checking available tank volume;
• Tank filling and dispensing procedures shall be carried out only by appropriately trained
personnel and within designated and bunded area;
• The main outlet valve on tanks will be locked shut when unattended;
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• Each tank/storage facility will be gauged and monitored daily;
• All chemical and hazardous materials are contained in bunded areas with an appropriate
holding capacity;
• Bunded compound shall be lined with low permeability (less than 10 - 9 m/s) material that is
not adversely affected by contact with the stored chemicals. It should be constructed in such
a way that permits full recovery of contents spilt from tanks and ensures that the lining
material is not damaged. The bund itself should be constructed of waterproof membrane,
reinforced concrete or an approved equivalent;
• The bunded compound shall have a minimum capacity of 110% of the capacity of the largest
tank. The compound shall also have sufficient capacity to retain spilt chemicals and not be
affected during extreme rainfall events;
• After a rainfall event, pumping should be used to empty the compound, provided the water is
not contaminated. The water should be checked by a suitably qualified and experienced
person;
• Under no circumstances shall contaminated water be allowed to discharge to the
environment, but shall be pumped into a tanker for appropriate disposal;
• Emptying of the compound should not be achieved through a valved (i.e. gravity flow) outlet
as this may be inadvertently be left open;
• Vehicle refueling and maintenance will only be conducted in the designated Vehicle
Maintenance and Refueling areas;
• Tanks; vehicles and equipment will be regularly inspected and maintained as per the required
specifications;
• The network of storm water drains, diversion ditches and drains will be regularly inspected to
ensure there are no blockages;
• All spills and leaks will be cleaned up immediately and reported to the TL Cement Mine
Manager;
• Shovels, drip pans and absorbent materials will be strategically located throughout the Project
site; and
• Ensure that all chemical and hazardous materials are stored appropriately. Substances may
escape from storage facilities through various means, including, but not limited to:
o Absence of containment facilities;
o Poor construction or deterioration of containment facilities;
o Inappropriate equipment maintenance operations; and
o Poor ‘house-keeping’ practices.
12.7 Safety Data Sheets (SDS)
Before a contractor can bring a chemical onto site, they must inform and receive approval from the TL
Cement HSE Department / Environmental Manager.
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All chemicals which have been approved for use on site by the TL Cement HSE Department/
Environment Manager will be stored in accordance with the SDS and in a designated bunded /
contained area.
12.8 Spill Response
In the event of a spill and/or leak TL Cement shall adopted the following ‘3C Response Policy’:
• Control;
• Contain; and
• Clean-up.
The following sections provide an outline of the ‘3C Response Policy’.
12.8.1 Control
The ‘Control’ aspect of the response policy includes, but is not limited to; the following steps for all
spills / leaks (i.e. Minor to Major):
• Identification of the source and material involved of the spill / leak.
• If required, get help / advice from the TL Cement Safety and Quality Officer.
• Ensure the appropriate personal protective equipment (PPE) is used.
• If it is safe to do so, control the spill / leak at the source by:
o Shut off valves;
o Stop the pump process;
o Upright the container.
• Clear the area of people and equipment not directly involved in the clean-up process.
• Complete the appropriate Form estimating the quantity spilled and submit to the TL
Cement Safety and Quality Officer.
12.8.2 Contain
The ‘Contain’ aspect of the response policy includes, but is not limited to; the following steps for all
spills / leaks (i.e. Minor to Major):
• For land spills, sand, rags or other like materials should be used.
• Block or divert the flow of the spill / leak from entering any stormwater drain.
• Place appropriate spill kit material over the body of the spill to ensure it does not
disperse further.
12.8.3 Clean Up
The ‘Clean Up’ aspect of the response policy includes, but is not limited to; the following steps:
• Ensuring that the appropriate PPE is in place; spills / leaks should be cleaned up using
appropriate absorbent materials which should then be disposed of to a suitably labelled
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“Contaminated Material Bin” for storage and eventual transportation via a licenced
contractor to a licenced disposal facility.
• Any equipment used from spill kits must be recorded and the TL Cement Environment
Manager / Environment Officer is to ensure the spill kit is restocked.
• For spills on soil, they may be either remediated in-situ or the contaminated soil may
need to be removed for appropriate disposal.
12.9 Equipment
12.9.1 Spill Response
The following spill response equipment will be stored in the fuel and other chemical storage areas:
• 55 gallon drum of absorbent granules;
• 100 absorbent pads;
• 30 metres of absorbent pigs;
• Shovels;
• Two (2) empty 55-gallon drums (steel) for collecting used absorbent;
• A hand pump and 10 metres of plastic hose;
• All PPE to safely handle spills (e.g. gloves and eye protection).
In the case of soil contaminated by a fuel or chemical spill, the soil should be excavated and taken to
the volatilisation pad, before being disposed of in the approved solid waste landfill. This also applies
to any sorbent material used to clean up spills.
12.9.2 First Aid Facilit ies and Personal Protective Equipment (PPE)
First aid facilities will be located in every site office and work vehicle. The location of first aid kits in
the site offices will be clearly displayed. The first aid kits will be kept clean and restocked on a three
monthly basis.
TL Cement will provide all employees with the necessary PPE, including but not limited to:
• Ear plugs;
• Eye protection; and
• Gloves.
12.9.3 Fire Fighting Equipment
Firefighting equipment (i.e. extinguishers) will be located in every site office and work vehicle. The
extinguishers will be easily accessible and clearly displayed. All employees will be provided with the
necessary training on the appropriate usage of extinguishers.
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The firefighting equipment will be tested and tagged by a competent person every six months. Used
or expired extinguishers will be removed from site and will be immediately replaced.
12.10 Training
All personnel will receive environmental training as part of a mandatory induction for the Project. The
environmental induction will include as a minimum the requirements of this EP.
All personnel will be trained in the use of the spill response kit and fire fighting equipment required for
the implementation of this EP.
Environmental notices will be developed and placed on the Project site notice boards on a regular
basis and in response to non-compliance and environmental incidents.
The training register will be kept onsite in an easily accessible location for inspection and auditing.
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13 DECOMMISSIONING PLAN
Sections 7 and 9 of this EMP contains details of the mitigation and monitoring requirements for the
Decommissioning Phase of the Project.
TL Cement’s vision for closure is to:
• Ensure a self-sustaining vegetation cover on areas disturbed by mining activities where this is
appropriate;
• Provide sustainable end land uses in keeping with the needs of local communities; and
• Ensure economic sustainability for affected communities (Holtec, 2015).
A draft Mine Closure Plan has been produced by Holtec (2015). The draft success criteria are
presented in Figure 13-1 below, together with the measurement and monitoring requirements post-
closure.
13.1 Preliminary Decommissioning Plan
In order to meet the vision for closure, a preliminary decommissioning plan has been outlined below,
including impacts of the project and mitigation and monitoring measures to be undertaken during the
decommissioning phase of the project (Holtec 2015).
Sections 7 and 9 of this EMP also contain details of the mitigation and monitoring requirements for
the Decommissioning Phase of the Project.
Ecology and Biodiversity
Aspect / Impact Mitigation Measures
Re-establishment of habitats or creation of new
habitats via rehabilitation
Sequential reclamation and rehabilitation is proposed;
Afforestation by plantation is proposed to be carried out;
The top soil stored separately during the operation phase shall be used for afforestation and plantation only. Local species shall be planted in the area;
The buildings shall be dismantled. The machinery shall be sold to other industries for use or to authorized scrap dealers. The area shall be brought to its original state.
Introduction of alien invasive flora and fauna Invasive alien species control programme implemented as a component of the EMP,
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Ecology and Biodiversity
Aspect / Impact Mitigation Measures including adaptive management measures;
EMP should be reviewed every five years with emphasis on control of alien invasive flora and fauna;
All invasive alien species control measures
specified in the EMP must be implemented.
Loss or disturbance of fauna species of special
concern due to collisions and noise disturbance
Sequential rehabilitation to be conducted as soon as possible at the completion of operation;
Reclamation and rehabilitation of the area to restore the area in natural, pre- construction condition;
Environmental education training program, including refresher sessions, for all employees, contractors and their families;
EMP should be reviewed every five years.
Increased hunting/ poaching of wildlife and loss
of habitats for crop production
No fauna are to be hunted or destroyed by any project personnel;
Effective penalties (e.g. fines) must be imposed for the hunting or harm to fauna by any employee of TL Cement;
The locals should be encouraged to utilize the cash income, during employment for investments that will assist with increasing productivity of the local agricultural sector;
An environmental education programme to be developed and implemented for all TLC employees, their families and villages within the concession.
Water Resources
Aspect / Impact Mitigation Measures
Chemical contamination of surface water
resulting from accidental spills during
transportation and handling and seepage from
Emergency contaminant and mitigation measures must be developed to minimize impacts should accidental spillages occur along the transport routes;
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waste
Equip all trucks and equipment carrying fuels or oil with spill response materials and train personnel in the use of such materials;
Store all potential sources of contamination in secure facilities with appropriate Storm Water management systems in place to ensure that contaminants are not released to the water resource through Storm Water runoff.
Sedimentation of surface water resulting from
erosion and runoff from exposed surfaces and
roads
Minimize disturbance of soil and vegetation;
Implement rehabilitation and re-vegetation as soon as possible;
Refer to dust and erosion suppression measures
listed above.
Contamination of groundwater resulting from
seepage from hazardous materials and waste
Manage waste in accordance with Waste Management Plan;
Waste Management
Aspect / Impact Mitigation Measures
Generation of debris from p r o j e c t
infrastructure
The buildings shall be dismantled. The machinery shall be sold to other industries for use or to authorized scrap dealers;
The office equipment like table, chairs, computers etc. can be donated or auctioned for its use;
The debris generated from dismantling of building shall be used in backfilling of exploited pits.
Socio-economic Impacts
Aspect / Impact Mitigation Measures
Direct impacts on project employees and
their families
Communication with internal stakeholders i.e. employees to discuss the implications of closure;
Phased programme of retrenchments and retirements to ensure that the full impact of reduction in employment is spread over several years to ensure that the impact is absorbed as far as possible;
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Socio-economic Impacts
Aspect / Impact Mitigation Measures
Career counselling and capacity building;
Development of a skills register and dissemination of the register to alternative employers, government etc.
Loss of economic benefits to the project supply
chain
Early communication with stakeholders i.e. service providers including local service providers, bulk service providers and the business community to discuss the implications of closure;
Liaison with other industries to discuss opportunities for service providers within their supply chain.
Loss of support to the local government and
other government levels with respect to taxes
and royalty incomes
Timely engagement of local, regional and national government to advise of closure and the implications this will have on the government revenue from taxes and royalties;
Gradual transfer/return of responsibilities to local government with respect to service provision where the project has played an active role in service provision.
Loss of community benefits in the form of
project funded community development
programme
Early engagement of stakeholders to discuss and scenario plan the transfer of usable assets to the community, local government and other stakeholders;
Provision of information on the maintenance and management costs of assets and typical maintenance programme;
Capacity building for asset management.
Loss of Employment and Income due to
retrenchment
Develop the TLC grievance procedure to capture and address grievances arising due to retrenchments and downscaling for the employees;
If practical, shift the employees to other businesses of the group company;
Compliance with IFC’s Performance Standard 2 “Labour and Working Conditions”;
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Socio-economic Impacts
Aspect / Impact Mitigation Measures Actively promoting the development of different economic sectors from an early stage e.g. through incentivizing other industries to locate in the area, and promoting an increase and diversity of skills in the local population;
Develop a decommissioning and closure plan which is updated every five years increasing in detail as closure approaches, and actively engaging with a range of stakeholders throughout the life-of-project to discuss potential consequences of decommissioning and possible mitigation.
Eco-system Services
Aspect / Impact Mitigation Measures
Reduced quality of natural resources and
ecosystem services to local communities due
to emissions to air, water or soil
To minimize impacts, the project must comply with best pract ice for air emissions, water (storm water and effluent) discharge quality and solid waste disposal.
Soils, land capacity and land use
Aspect / Impact Mitigation Measures
Remediation of contaminated soils and
demolition of project infrastructure, resulting in
re- establishment of baseline soil characteristics
and land capability
The contaminated soils during de-commissioning and closure should be excavated and disposed of;
Infrastructure like buildings, access roads etc. having potential post mining benefit, if desired shall be handed over to stakeholders;
The areas not required by stakeholders shall be decommissioned and the area will be rehabilitated by replacing soils and adding nutrients, if necessary;
Air Quality
Aspect / Impact Mitigation Measures
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Increase in PM10 and PM2.5 emissions resulting
from land clearing, earthworks and vehicular
movement
Continuous water spraying on roads used routinely by vehicles;
Set speed limits to minimize the creation of fugitive dust within the project boundary;
Continue with the routine air quality monitoring program;
Minimize the disturbed footprint as far as practically possible;
Revegetate and landscape disturbed areas as soon as possible.
Visual Impacts
Aspect / Impact Mitigation Measures
Dust generation and site disturbance due to
earth moving and removal of infrastructure,
affecting the visual character for communities
Minimize the disturbed footprint as far as practically possible;
Revegetate and landscape disturbed areas as soon as possible to reflect the surrounding topography and vegetation as much as possible;
Re-establishment of baseline visual character
due to rehabilitation of the site and removal of
project infrastructure
Landscaping and re-vegetation in accordance with the surrounding vegetation and topography
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Figure 13-1: Mine Closure Plan Success Criteria (Holtec, 2015a)
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14 CAPACITY DEVELOPMENT AND TRAINING
Training is essential for ensuring that the provisions of the EMP are implemented efficiently and
effectively. Training needs will be identified based on the existing and available capacity of the site
and Project personnel (including the proponent, contractors and subcontractors) to undertake the
required management actions and monitoring activities. A training program will be presented in this
section of the EMP. The training program will be developed and delivered by suitably qualified
personnel, in a language and medium understood by workers and/or employees.
A training needs analysis will be conducted by TL Cement as part of the resource planning for the
Project implementation. The training needs analysis will consider:
• Practical training via instruction;
• Formal vocational training;
• Success and completion criteria;
• Delivery method;
• Certification and recognition system; and
• Training refreshers and frequency.
During the life of the Project, the following EMP training will be provided to relevant personnel:
• Field sampling and sample handling techniques;
• Data collection and collation;
• Emergency response procedures (e.g. spills);
• Management of exceedances (e.g. dust levels); and
• Roles and responsibilities for EMP implementation.
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15 PUBLIC CONSULTATION AND INFORMATION DISCLOSURE
WorleyParsons and TL Cement have undertaken a process of consultation with the people who may
be affected by the Project and the Project stakeholders. WorleyParsons and TL Cement have made
efforts to ensure that the public, including affected people, women and vulnerable groups, have the
opportunity to participate fully in the consultation process. Consultations have taken place on a
continuous basis, starting as early as possible in the EIA process. This section describes the public
consultation conducted to date.
Consultation was undertaken during the development of the EIS. During this consultation, aspects
pertaining to the management and mitigation measures for the Project were raised. These details are
included in this component to illustrate that both TL Cement and WorleyParsons have undertaken
consultation around the EMP.
15.1 Purpose of the consultation during the preparation of the EMP
The public consultation process for the environmental assessment is carried out in accordance with
the Draft Ministerial Diploma for the “Regulation on the Public Consultation Procedures and
Requirements during the Environmental Assessment Process” dated 22 April 2014.
The EMP was referenced in the final consultation session undertaken on 11 December 2015.
15.2 Methodology and Approach
15.2.1 Identif ied Stakeholders
The following table lists the identified stakeholders consulted during the environmental assessment
process.
Table 5: Identified stakeholders consulted during the EIS process
Governments
President of Republic Democratic of Timor-Leste
• President of RDTL
Prime Minister of Republic Democratic of Timor-Leste
• Prime Minister of RDTL
Ministry of Commerce, Industry, and Environment
• Minister of CIE
• National Directorate for Pollution Control and Environmental Impact
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• General Director for Environment
• Nacional Director for Industries and Manufacturing
Ministry of Petroleum and Mineral Resources
• Minister of PMR
• National Directorate of Minerals
• Institute of Petroleum and Geology (IPG)
Ministry of Justice
• Secretary of State for Land and Property
Ministry of Finance
• Minister of Finance
Ministry of Planning and Strategic Investment
• Minister of PSI
Ministry of Public Works, Transport and Communications
• Minister of PWTC
• Directorate of Ports/APORTIL
• National Directorate for Water Quality and Control
Ministry of Tourism, Arts and Culture
• Secretary of State for Arts and Culture
Secretary of State for Employment Policy and Vocational Training
• Secretary of State for EPVT
Municipality (District) Government
Baucau Municipality (formerly Baucau District Administration)
Baucau Administrative Post (formerly Baucau Sub-District Administration)
PNTL Baucau Municipality
PNTL Baucau Administrative Post
BOP Baucau Municipality
F-FDTL Baucau Municipality
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Baucau Municipality Directorate of Land, Property and Cadastral Services
Baucau Municipality Directorate of Pollution Control and Environmental Impact
Baucau Municipality Health Directorate
Baucau Municipality SEPFOPE
Baucau Municipality Public Works
Baucau Municipality Social Directorate
Baucau Municipality Agriculture Directorate
Baucau Municipality Water and Sanitation Directorate
Baucau Municipality Electricity Directorate
Local Government
Suco Council Tirilolo
Suco Council Triloca
Suco Council Caibada
Suco Council Bahu,
Suco Council Bucoli
Local Community
Chefes de Aldeia
Lia’nain
Local Youth Organizations
Local Women’s Organizations
Local Fishermen’s Organization
Baucau Parish – Old Town
Baucau Parish – New Town
Baucau Bishop
Civil Society/Local NGOs
La’o Hamutuk
Luta Hamutuk
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Haburas
Rede ba Rai
Belun
Kapeliwa (Local NGO)
Other Organizations
International Finance Corporation (IFC)
Conservation International
BESIK (Bee, Saneamentu no Ijiene iha Komunidade) Rural Water Program
Presidente CCI Baucau
15.2.2 Mechanism for Public Consultation
The public consultation conducted for the EIS and EMP engaged affected communities, general
public, non-governmental organizations, government agencies, and others.
The consultation took different forms, depending on the purpose; including, but not limited to:
• One on one meetings;
• Public information meetings and presentations;
• Site visits;
• Development and distribution of a Non-Technical Summary document; and
• Questionnaire completion with stakeholders and community members.
All public consultation sessions were advertised 7 days in advance by local TV transmissions and by
notices placed strategic locations; and were also advertised though local radio stations such Radio
Popular Coulelemai Bucoli and Radio Komunidade Lian Matebian in Baucau. A copy of the public
notice was also posted on TL Cement’s website.
Additionally, the notices were displayed at local government offices including Baucau Municipality,
Baucau Administrative Post, Chief of Village, and PNTL Baucau Municipality. Lastly, a copy of all
notices was provided to the NDPCEI.
15.3 Summary of consultation activities carried out
The formal consultation activities undertaken between February 2015 and December 2015 are
detailed below. Ongoing consultation with key stakeholders has taken place in addition to the formal
sessions.
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Table 6: Summary of consultation session completed during the EIS process
Date Type of Consultation Key components
June 2014 TL Cement conducted consultation with the
Tirilolo community and Youth group
The meeting was used to discuss the land
use and crop types in the area, in relation
to the location of the proposed project.
July 2014 TL Cement met with members of the Casido
Traditional Council, Suco Council and
Government of Timor Leste to coordinate
activities for a cultural ceremony.
Prior to TL Cement construction and
production activities it is important to hold
a cultural ceremony.
October 2014 TL Cement met with the Lia-Nain of Suco
Ostico
The meeting was used to discuss the
proposed project and the land use in the
area.
November 2014 TL Cement met the communities from Suco’s
Bucoli Adeia Macadai, Lulihen and Land
owners Mr Virgillio G Antonio, Mr Oscar Da
Silva and Mr Jose’ Da Silva
The meeting was used to discuss the
proposed project and the land use in the
area. The community was supportive of
industry being established in Baucau.
February 2015 TL Cement and WorleyParsons conducted
consultation in the local community during a
site visit with the Lian Nian (Traditional
Leaders)
The locals in general were enthusiastic
about the project and had queries about
the development activities for the locals
that TL Cement would initiate as well as
the employment opportunities the project
would generate for the locals.
May 2015 TL cement and WorleyParsons with the
community representatives :
• Chefe Suco Trololo: Ricardo Ernesto
Belo (RB)
• Chief of Community Police in Suco
Trilolo: Norberta Belo (NB)
• Chefe Aldeia Lia Lailesu: Cipriano Belo
(CB)
• Chefe Aldeia Parlamentu: Manuel Belo
(MB)
• Chief of Traditional Practice (Lia Nain):
Duarte Belo (DUB)
• Secretary of Suco Trilolo: Zeca Belo
These meetings were set up to discuss
the field work surveys that would be
undertaken for the EIS
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(ZB)
August 2015 Community Questionnaire
WP Timor Leste office staff visited four (4)
most affected aldeias in Suco Tirilolo; aldeia lia
lailesu, Parlamentu, Caisido-Kotalali and
Osso-wa.
The objective was to meet the community
who are unable to attend the previous
meeting and hear their opinions and
suggestions as well as improve their
awareness of the project.
Most of them were well aware of the
project and showed their enthusiasm for
the project; however, they are worried
about the impact of the project on their
cultural heritage, land and lifestyle.
3 September
2015
Public Consultation on the draft TOR was
conducted in Caisido, Baucau Municipality.
WorleyParsons presented some
preliminary findings as described in the
TOR and Project Documents.
11 December
2015
TL Cement and WPTL organized a public
meeting in Caisido, Baucau Municipality, to
discuss the proposed project and the draft EIS
and EMP. The date, venue, and time of this
public meeting were coordinated with the
relevant Administrator, Chefes do Suco and
Chefes da Aldeia.
WorleyParsons presented a description of
the project, explained the EIS process,
and provided a brief summary of the study
findings to date. Following the
presentation, two information tables were
set up with maps, diagrams and pictures
of a similar cement plant in Indonesia.
The tables were staffed by
representatives of WorleyParsons and TL
Cement who provided more detailed
explanations of project details and answer
questions. The community members
were invited to observe, ask questions
and/or provide recommendations to the
Project team.
07 January 2016 TL Cement and Worley Parsons met with the
NGO group Lao Hamutuk to update them on
preliminary EIS findings
WorleyParsons description of the project,
explained the EIS process, and provided
a brief summary of the study findings to
date. Lao Hamutuk stated that
resettlement and compensation need to
be carefully addressed. Lessons learnt
from the Suai Supply base should also be
taken into consideration.
07 January 2016 TL Cement and Worley Parsons met with
Foundação Haburas to update them on
WorleyParsons description of the project,
explained the EIS process, and provided
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preliminary EIS findings a brief summary of the study findings to
date. Foundação Haburas stated that a
Resettlement/relocation and Groundwater
Management Plans should be developed.
13 January 2016 TL Cement and Worley Parsons met with
Direcção Nacional Controla Qualidade Agua
(DNCQA)to update them on preliminary EIS
findings
WorleyParsons description of the project,
explained the EIS process, and provided
a brief summary of the study findings to
date. DNCQA stated that that
resettlement and compensation need to
be carefully addressed. Groundwater,
Dust and Noise management plans
should be developed.
13 January 2016 TL Cement and Worley Parsons met with NGO
group Luta Hamutuk (LH) to update them on
preliminary EIS findings
WorleyParsons description of the project,
explained the EIS process, and provided
a brief summary of the study findings to
date. LH stated that that resettlement and
compensation need to be carefully
addressed. Government strategies to
maintain and enhance subsistence
farming strategies need to be
implemented. They recommended
contributions towards the health and
education sectors.
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15.4 Summary of main comments received from the public, community leaders, NGOs, local officials, other stakeholders
The EMP has been developed to take into account the concerns raised in the Community
Consultation sessions. In order to ensure that they are included in the EMP, the key aspect is
identified below in relation to the question or comment and the management measure or mitigation
measure is detailed below the key aspect.
# (Unique
number
Retained
from
Questions
database)
Aspect &
Environmental
Management and
Mitigation
Measure
Questions from
Public Consultation
Proponent’s Response
3 Air quality
Air Quality and
Dust mitigation
measures
Noise
Jaime (school
teacher), Suco
Parlamento; Claudio
(student); Agustinho
da Costa Belo,
Aldeia Osso-ua;
Joao Freitas, Suco
Caisido
What are the impacts
from the cement plant
and limestone mine to the
surrounding
environment? What are
the measures taken to
mitigate these impacts?
What is the level of air
pollution emitted from the
plant and mine (including
when transporting from
mine to plant)?
What will be the
mitigation towards noise
pollution (from machinery,
heavy equipment,
blasting)?
James Rhee:
Air pollution mainly will
come from power
generation and dust.
Dust will mainly be
released during
transportation of
material from mine to
plant and from/to jetty
using conveyor belt. The
amount of air pollution
can be mitigated by
using solar and wind
power to generate
electricity whereas dust
from the conveyor belt
will be well contained
using a closed system.
In addition, company will
build new road from
mine to plant as a
mitigation measure to
reduce dust.
Regarding noise
pollution, since it is low
risk, hence no mitigation
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measure required.
4 Cultural Heritage
Cultural Heritage
Management Plan
Jaime (school
teacher), Suco
Parlamento; Joao
Freitas, Suco
Caisido; Tomas
Freitas,
Administrative Post
of Vemasse
What is the position of TL
Cement regarding any
sacred site and/or
cemetery found within the
project site?
TL Cement respects all
cultural heritages
including evidence of
ancient human
habitation found within
the project site. In fact, a
Cultural Heritage
Management Plan will
be prepared in
coordination with the
community and the
Secretariat of Arts and
Culture to conduct
procedures and/or
traditional rituals
required relocating
sacred site and/or
tombs including the
management and
protection of new and
known sites during the
project life.
During a field study on
the project site and its
vicinity, some antique
materials from ancient
civilization (spanning the
last ca 30,000 years)
were found and
documented.
5 Groundwater
Water
Management Plan
Francisco Hero
(PNTL)
Where is the location to
drill borewells for water
supply? Will the amount
withdraw from the well
affect the spring located
in Osso-ua?
Water requirement for
mining and plant
operation is to be
abstracted from
groundwater through the
drilling of borewells at
the Uaidei River.
A feasibility study will be
conducted prior to
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finalize the decision on
drilling. The location of
the proposed drilling site
and the Osso-Ua Spring
are quite far separated
and thus there will be no
impact to Ossu-Ua
Spring.
6 Land Use and
Tenure
Relocation and
Compensation
Plan
Manuel Azevedo Has the company
identified properties that
may be found within the
project site? What will be
the negotiation regarding
these properties?
TL Cement is currently
working with the
Directorate of Land,
Property and Cadastral
Services (DLPCS) to
map affected
households, farmland,
and other property.
Once TL Cement has
secured the mining and
environmental licenses
required for the project,
we will enter into
discussions with those
affected households and
property owners. Based
on the mapping and
negotiations, TL Cement
will prepare a
Resettlement Plan. This
Resettlement Plan will
provide greater detail on
the monitoring and
reporting requirements
in relation to the
potential social and
economic impacts
associated with the
development of the
project
7 Agustinho da Costa
Belo, Aldeia Osso-ua
If the properties (Farm
land, house etc) are taken
by the company, will there
Yes.
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be compensation to the
owners?
10 Groundwater
Water Quality
Management Plan
Duarte Xavier Recommendation:
Management plan for
local reservoir/spring so
to avoid waste water
contamination from the
plant.
Noted
11 Air Quality
Air Quality
Management Plan
Duarte Xavier It is mentioned that traffic
will increase from 3 to 71
passenger cars in a day
during construction and
operation. What will be
the mitigation measure
towards dust caused by
this high traffic?
Dust suppression using
water.
13 Waste
Waste
Management Plan
Herminio Belo Where will the waste
water from the plant be
discharged? Is there any
treatment plan for waste
water?
The volume of waste
water from plant to be
discharged is very low
and thus will have
negligible detrimental
impact to the
environment. In
addition, all chemicals
used on site are to be
stored, handled and
disposed of in
accordance with a
Waste Management
Plan.
14 Economic
Resettlement Plan
Felipe Belmiro Belo Recommendation: There
should be compensation
for community whose
properties are directly
affected by the project.
Yes
21 Tenure and Land
Use
Cultural Heritage
Eusebio Assis
(Youth
Representative),
Suco Tirilolo
When will the affected
community be gathered to
discuss property lost and
cultural heritage- related
TL Cement will proceed
with compensation
negotiations following
receipt of project
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Resettlement Plan
Cultural Heritage
Management Plan
issues before proceeding
with construction of the
plant and/or limestone
extraction?
approvals.
22 Economic
Training needs
analysis
Training Plan
Eusebio Assis
(Youth
Representative),
Suco Tirilolo
When will the training for
local workers begin?
Once the company has
obtained the
Environmental License
and other project
approvals.
15.5 Identify how those comments were taken into account
These comments were taken into account by ensuring that any recommended mitigation measures
were populated in the EMP. Key items which were raised by the community which have been
incorporated are:
• Water quality impacts from the Limestone Mine have been addressed through mitigation
measures and a monitoring programme;
• Cultural Heritage impacts through clearing have been addressed by incorporating mitigation
measures;
• Abstraction impact from water supply on the springs at Osso-ua and Caisido requiring regular
monitoring; and
• Dust and Air Quality impacts requiring air quality monitoring and reporting.
15.6 Details of public participation activities
The public consultation and community engagement process has been detailed extensively in the EIS
and the reader is referred to this document which includes the minutes and photographs.
A summary of the consultation sessions is contained in Table 6 in Section 15.3.
15.7 Summarize the public acceptance or opinions on the proposed Project
Key comments from community members are extracted below:
Lian Nian (Traditional Leaders) said “The locals in general were enthusiastic about the project and
had queries about the development activities for the locals that TL Cement would initiate as well as
the employment opportunities the project would generate for the locals”
Casido Community leaders “are 100% willing to accept the cement plant project in their area”
Chief of Suco “Time of development has come. Community to ignore any rumours [that project will
destroy livelihood]”
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Director of Environmental Department, GoTL said that many community concerns around air quality
will be addressed by “technology used in Australia which does not produce smog to a level harmful to
the nearby community”.
Overall the response to the project is positive and the majority (more than 90%) of the local
community supports the project.
15.8 Related materials or activities
Newspaper readership is low in Baucau and thus other advertising methods are better suited to
encourage broad public consultation. Therefore, all notices associated with the EIS public
consultation were advertised on national television (TVTL) in Dili on the 4th to 10
th of December 2015.
Notices were also advertised though local radio stations such Radio Popular Coulelemai Bucoli and
Radio Komunidade Lian Matebian in Baucau commencing on the 27th of November to 4
th of
December, 2015. A copy of the public notice was also posted on TL Cement’s website. Additionally,
the notices were displayed at local government offices including Baucau Municipality, Baucau
Administrative Post, Chief of Village, and PNTL Baucau Municipality. Lastly, a copy of all notices was
provided to the NDPCEI.
Prior to the consultation in December 2015 a Non-Technical Summary document was prepared and
translated into Tetun and made available at the following locations:
• TL Cement Office;
• Baucau Municipality Office;
• The NDPCEI Dili Office;
• The NDPCEI Baucau municipality office;
• Baucau church;
• PNTL Vemasse HQ;
• Vemasse Administrative Post;
• Baucau Municipality SEPFOPE Directorate; and
• Tirilolo Suco Hall.
The document was made available for viewing during normal business hours and made available free
of charge.
A copy of the document was made available at a local school, church, or other public facility (Figure
5) near the proposed project and available outside of normal work hours.
The document was also posted on TL Cement’s public website at http://www.tlcement.net/
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15.9 Recommendations for future consultations
TL Cement is committed to ensuring continued, open and transparent consultation with all Project
stakeholders and interested and affected parties. Consultation will continue through the life cycle of
the Project.
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16 COMPLAINTS AND GRIEVANCES MECHANISM
The Project Proponent will establish a Complaints and Grievances Mechanism (CGM) related to
environmental and social issues arising during the pre-construction, construction, operation and
decommissioning, and post-closure phases of the Project.
The Complaints and Grievance Mechanism shall be developed to ensure that concerns and potential
conflicts arising during the various phases of the Project can be satisfactorily addressed.
WorleyParsons has developed this grievance mechanism framework for discussion with stakeholders
(including government) to refine the procedure to meet stakeholder needs through consultation. .
Once refined, project staff (comprising a representative who will receive grievances at each Project
site’s grievance office, and a Dili office representative) should be provided with training. These staff
will accept and log incoming grievances and, if the grievance is directly related to the Project’s
actions, follow a prioritisation process to identify the required remedial action.
Figure 16-1 illustrates a suggested procedure for managing and resolving complaints during the
feasibility stage. The procedure is equally relevant during the development stage of the Project with
responsibility for resolution defined between the Project Proponent and the construction contractor. It
is important to ensure the following values are upheld throughout the grievance process:
• Awareness;
• Accessibility;
• Transparency; and
• Expediency.
Stakeholder awareness of the existence of the CGM will mean that when an issue arises, community
members will know where to go to address and resolve the issue. This will encourage the issue to be
dealt with through the appropriate mechanism and will improve expediency of resolution and good will
with the community. Therefore, when engaging with the villages and other stakeholders they should
be made aware of the grievance mechanism and where or whom they should contact to access the
mechanism.
Accessibility to the CGM will also enable stakeholders to air their complaints directly thereby avoiding
other forums such as the media. Typically, the earlier the Proponent becomes aware of potential
issues, the more efficiently these can be mitigated and contained. Furthermore early detection of
potential issues can prevent problems arising later in the Project lifecycle. It will be essential to break
down barriers to accessibility which, based on baseline investigations, include, geographic location,
literacy levels, language and cultural appropriateness, and distrust in government or corporate
structures. Recommended strategies to overcome these barriers include:
• Establishing a grievance office at Dili, surrounding sucos and the Cement Plant site where
grievances might be heard, namely Caisido and Baucau.
• Upon request, remote locations and vulnerable individuals (e.g. elderly and disabled) should
be visited by a representative of the project on a regular basis who will disseminate
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information regarding the Project and receive complaints from stakeholders at their village or
residence. This will promote accessibility of the grievance procedure and help build a
relationship with communities and encourage dialogue.
• Complaints should be able to be registered via a toll-free mobile telephone number to be
established by the Proponent in cooperation with local telecom provider to allow direct access
to each individual to the grievance mechanism. Another option is to provide a pre-paid mobile
phone to each village chief to be exclusively used for lodging grievances. The mobile phone
would allow the chief to send a message to the nearest grievance office requesting the
grievance officer to visit the village and record the grievance. The pre-paid mobile option
needs to be further investigated in consultation with village chiefs.
• Representatives should be instructed to note down complaints where the individual is unable
or unwilling to write the complaint themselves.
• Local people fluent in the relevant languages should be engaged as representatives.
• Locals should be consulted regarding the cultural appropriateness of the complaints process.
• Complainants should be given the option of maintaining anonymity throughout the complaints
process.
Transparency of process cultivates trust and ensures expectations among the stakeholders are set at
an appropriate level. Elements of the grievance procedure which will encourage transparency include
explaining the process and timescales associated with processing a complaint, providing the
complainant with a copy of the complaint when it has been submitted and ensuring the complainant is
kept informed of developments in processing their complaint. Written complaints should be held at the
respective grievance offices where the complainant (or a designated advocate) should be allowed
access.
Expediency will enable efficient processing of complaints. In order to encourage expediency the
project should set deadlines for processing complaints and a case management approach should be
established among the relevant staff, with oversight from a senior individual who should be assigned
responsibility for management of the grievance mechanism.
As well as committing to the values mentioned here, the project will work to International Finance
Corporation (IFC) guidelines (IFC, 2011) regarding grievance mechanisms.
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Figure 16-1: Grievance resolution framework
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17 WORK PLAN AND IMPLEMENTATION SCHEDULE
The following sections details the work plan and implementation schedule for the various phases of the Project.
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Figure 17-1 Overall work plan and implementation schedule
Post project approval 2016 - 2017 *1 2018 2019 - 2055 2055 - 2060
Tasks to implement EMP Tender and Detailed Design Phase Preconstruction Construction Operations Decommissioning
Surface Water Quality Baseline Studies ●
Project Approvals ●
Stream gauges installed ●
Monitoring boreholes installed ●
Relocation of people and heritage sites (w here required) ●
Groundw ater Study ●
Flora and Fauna Pre-Clearance Validation ●
Relocation of affected landholders ●
Heritage pre-clearance activities ●
Complaints and grievances mechanism ●
Fauna counts and tracking ●
Water monitoring ● ● ● ●
Weed management and control of invasive species ● ● ● ●
Fauna counts and tracking ●
Traffic assessment (4 w eeks monitoring at start of phase) ● ● ● ●
Install Automated Weather Station and commence climate recording ●
Annual air quality monitoring ● ● ● ●
6-monthly groundw ater monitoring ●
Annual groundw ater monitoring ● ● ●
Accident Emergency Response Review ● ● ● ●
Review Biodiversity Action Plan ● ●
Annual Environmental Reporting to the GoTL ● ● ●
Finalise Closure Plan ●
Monitoring and reporting of f lora species abundance and coverage 5 years after mine closure ●
Record and monitor total area of re-vegetation and the species used for rehabilitation ●
5 years post closure assessment of rehabilitation success and soil health ●
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Table 7 Detailed work plan and implementation schedule
Activity Tender and Detailed
Design Phase
Preconstruction Construction Operations Decommissioning
Post project approval 2016 - 2017 2018 2019 - 2055 2055 - 2060
Clearing and earthworks
movement of heavy
machinery
Surface Water Quality Baseline
Studies
Project Approvals
Stream gauges installed
Monitoring boreholes installed
Relocation of people and
heritage sites (where required)
Flora and Fauna Pre-
Clearance Validation
Relocation of affected
landholders
Heritage pre-clearance
activities
Complaints and grievances
mechanism
N/A N/A Accident Emergency Response
Review
Review Biodiversity Action
Plan
Water monitoring
Complaints and grievances
mechanism
Weed management and control
of invasive species
Annual Environmental
Reporting to the GoTL
Construction of
infrastructure
Fauna counts and tracking
Water monitoring
Complaints and grievances
mechanism
N/A N/A
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Weed management and
control of invasive species
Fauna counts and tracking
Movement of vehicles
and people causing dust
and noise
Generate electricity
through Power Station or
diesel generators
N/A Traffic assessment (4 weeks
monitoring at start of phase)
Install Automated Weather
Station and commence climate
recording
Annual air quality monitoring
Traffic assessment (4
weeks monitoring at start of
phase)
Undertake daily climate
measurements
Annual air quality
monitoring
Traffic assessment (4
weeks at start of phase)
Undertake daily climate
measurements
Annual air quality
monitoring
Traffic assessment (4 weeks
at start of phase)
Undertake daily climate
measurements
Annual air quality monitoring
Dewatering of Mine area Groundwater Study 6-monthly groundwater
monitoring
Annual groundwater
monitoring
Annual groundwater
monitoring
Annual groundwater monitoring
Operation of
infrastructure & Mining
activities
N/A N/A N/A Accident Emergency
Response Review
Review Biodiversity Action
Plan
Water monitoring
Complaints and grievances
mechanism
N/A
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Weed management and
control of invasive species
Fauna counts and tracking
Annual Environmental
Reporting to the GoTL
Decommissioning of
infrastructure and
revegetation of habitat
Biodiversity Action Plan
Closure Plan
Water monitoring
Annual air quality
monitoring
Traffic assessment (4
weeks at start of phase)
Monitoring and reporting of
flora species abundance
and coverage 5 years after
mine closure
Complaints and grievances
mechanism
Record and monitor total
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area of re-vegetation and
the species used for
rehabilitation for a period of
5 years following
decommissioning.
5 years post closure
assessment of rehabilitation
success and soil health
Undertake daily climate
measurements
Notes:
1. This start date is only possible if TL Cement receives the necessary project approval permits on time and based on type of financing structure in
place for the project.
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18 COST ESTIMATES
For the purpose of the cost estimate, the following assumptions are key:
• This estimate covers both the EMP for the Cement Plant, Jetty and Other Associated
Infrastructure and the EMP for the Limestone Mine
• The duration of the Project phases are:
o Pre-construction = 6 months;
o Construction = 2 years and 6 months; and
o Operations and Decommissioning = 55 years.
• Replacement and maintenance costs for monitoring equipment are excluded.
• All reporting and data interpretation for Construction, Operations and Decommissioning
phases are undertaken by Company technical specialists. External consultant costs have not
been allowed.
• The responsibility for the costs are aligned with the Company responsibility matrix in Section
8
• CPIX Inflation has not been accounted for.
• Costs associated with infrastructure development recommended as a mitigation measure
have been excluded.
Table 18-1 EMP Implementation cost estimate
Aspect Activity Project Phase Mitigation and monitoring measures
Cost Estimate (USD)
Air Quality Earthworks Heavy machinery movement Vehicles, buses and cars movement
Pre-construction Automated Weather Station setup and installation Monthly data download and interpretation
$150,000
Earthworks Heavy machinery movement Vehicles, buses and cars movement
Construction Monthly data download and interpretation
$24,000
Operating the quarry/mining
Operation Monthly data download, 6-monthly interpretation
$550,000
Earthworks Heavy machinery movement Vehicles, buses and cars movement
Decommissioning Monthly data download, 6-monthly interpretation
$24,000
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Aspect Activity Project Phase Mitigation and monitoring measures
Cost Estimate (USD)
Noise Earthworks Heavy machinery movement Vehicles, buses and cars movement
Pre-construction Twice per year measurements at receptors
$10,000
Earthworks Heavy machinery movement Vehicles, buses and cars movement
Construction Twice per year measurements at receptors
$20,000
Operating the quarry/mining
Operation Annual measurements at receptors
$550,000
Earthworks Heavy machinery movement Vehicles, buses and cars movement
Decommissioning Twice per year measurements at receptors
$20,000
Water Quality Earthworks Heavy machinery movement Vehicles, buses and cars movement
Pre-construction Baseline Marine Water Quality survey (coral health, risk from ballast) Monthly sampling at 5 locations, interpretation 4x per year
$124,000
Earthworks Heavy machinery movement Vehicles, buses and cars movement
Construction Monthly sampling at 5 locations, interpretation 4x per year
$48,000
Earthworks Heavy machinery movement Vehicles, buses and cars movement
Operation Monthly sampling at 5 locations, interpretation 4x per year
$1,300,000
Earthworks Heavy machinery movement Vehicles, buses and cars movement
Decommissioning Monthly sampling at 5 locations, interpretation 4x per year
$48,000
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Aspect Activity Project Phase Mitigation and monitoring measures
Cost Estimate (USD)
Water Quantity (flows instreams, springs)
Earthworks Heavy machinery movement Vehicles, buses and cars movement Dewatering of work areas
Pre-construction Detailed hydrological model and 2x monitoring boreholes in the Limestone (Mine area) Flow meters and stream gauging units x4 Measurement and interpretation monthly and interpretation 4x per year
$400,000
Earthworks Heavy machinery movement Vehicles, buses and cars movement Dewatering of work areas
Construction Measurement and interpretation monthly and interpretation 4x per year
$20,000
Earthworks Heavy machinery movement Vehicles, buses and cars movement Dewatering of work areas
Operation Measurement and interpretation monthly and interpretation 4x per year
$550,000
Earthworks Heavy machinery movement Vehicles, buses and cars movement Dewatering of work areas
Decommissioning Measurement and interpretation monthly and interpretation 4x per year
$20,000
Flora Earthworks Heavy machinery movement Vehicles, buses and cars movement
Pre-construction Pre-clearance vegetation distribution mapping Post clearance area survey
$80,000
Earthworks Heavy machinery movement Vehicles, buses and cars movement
Construction Post clearance area survey Ongoing capture of clearing area information
$20,000
Operating the quarry/mining Dewatering
Operation Progressive rehabilitation costs (material and equipment) Post operations vegetation survey Rehabilitation success survey (post closure)
$5,500,000
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Aspect Activity Project Phase Mitigation and monitoring measures
Cost Estimate (USD)
Earthworks Heavy machinery movement Vehicles, buses and cars movement Dewatering
Decommissioning Post rehabilitation area survey Ongoing capture of rehabilitation area information
$20,000
Fauna Earthworks Heavy machinery movement Vehicles, buses and cars movement
Pre-construction Fauna relocation expert – standby for pre- construction duration
$100,000
Earthworks Heavy machinery movement Vehicles, buses and cars movement
Construction Fauna management records as required Annual environmental reporting
$20,000
Operating the quarry/mining Dewatering
Operation Fauna management records as required Annual environmental reporting
$550,000
Earthworks Heavy machinery movement Vehicles, buses and cars movement
Decommissioning Fauna management records as required Annual environmental reporting
$20,000
Traffic Earthworks Heavy machinery movement Vehicles, buses and cars movement
Pre-construction Traffic monitoring equipment (1 unit) Traffic census (1 instance)
$20,000
Earthworks Heavy machinery movement Vehicles, buses and cars movement
Construction Traffic census (1 instance) $10,000
Earthworks Heavy machinery movement Vehicles, buses and cars movement
Operation Traffic census (5 instance) $50,000
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Aspect Activity Project Phase Mitigation and monitoring measures
Cost Estimate (USD)
Earthworks Heavy machinery movement Vehicles, buses and cars movement
Decommissioning Traffic census (1 instance) $10,000
Community Clearing of land Relocation and resettlement Earthworks Heavy machinery movement Vehicles, buses and cars movement
Pre-construction Monthly community engagement events Monthly grievances committee review and reporting Community engagement survey (1 instance) Corporate social responsibility support and implementation
$120,000
$250,000
Earthworks Heavy machinery movement Vehicles, buses and cars movement
Construction Monthly community engagement events Monthly grievances committee review and reporting Community engagement survey (1 instance) Community awareness programmes Training of local people # development costs in Section 19.1 below
$480,000
Mining operations Blasting Drilling Trucks moving Rock breaking
Operation Annual community engagement events Quarterly grievances committee review and reporting Community engagement survey (1 instance) Community awareness programmes Corporate social responsibility support and implementation Training of local people (over the life of operations – 58 years)# development costs in Section 19.1 below
$1,100,000
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Aspect Activity Project Phase Mitigation and monitoring measures
Cost Estimate (USD)
Earthworks Heavy machinery movement Vehicles, buses and cars movement
Decommissioning Monthly community engagement events Monthly grievances committee review and reporting Community engagement survey (1 instance) Community awareness programmes Corporate social responsibility support and implementation
$480,000
Total cost mitigation and monitoring implementation # $15,758,000
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18.1 Infrastructure costs
Item Cost (USD) Waste water treatment plant $ 340,000 Training centre (20 years) $22,000,000 Drainage system (bunds and drains) $ 900,000 PPE $ 20,000 Fire response system $ 840,000 Raised Conveyor system $ 5,000,000 Instrumentation $ 150,000 Water supply borehole and infrastructure $ 120,000 Total – All infrastructure for mitigation $29,370,000
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19 REVIEW OF THE EMP
The Limestone Mine EMP will be reviewed at the following key project milestones:
• Completion of the pre-construction phase and additional specialist studies;
• Completion of the construction phase;
• Award of the Operations contract to incorporate operator-specific information; and
• Every 5 years at minimum during Operations phase;
The Limestone Mine EMP will be reviewed following the events where:
• Equipment or procedural changes result in a positive or negative change to the project
environmental and social risks;
• Monitoring results indicate that a change to the mitigation and monitoring regime is required
to manage the project impacts;
• Legislative changes in country require update to the EMP; and
• There is a change to the responsibility matrix for EMP implementation.
The review will follow standard QA/QC document management and review processes with the
Approver being technically responsible for the content.
The EMP will be reviewed where the changes in the EMP have influenced the following key factors
(Section 3):
• Displacement / Resettlement;
• Cultural Heritage;
• Traffic;
• Water; and
• Legally responsible person.
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20 NON-TECHNICAL SUMMARY
The Non-Technical Summary which was used as a component of the Consultation phase, is included
below.
20.1 Introduction
TL Cement LDA, a privately-owned company, proposes to construct a new cement manufacturing
plant in Baucau Municipality, Timor-Leste. In accordance with Decree Law 05/2011, Environmental
Licensing Law (ELL), the TL Cement LDA has submitted an Application for Environmental License for
this project to the National Directorate of the Environment (NDE). The Baucau Cement overall Project
will consist of:
1. Cement Plant, Marine Jetty, Belt Conveyor, and associated infrastructure
2. Limestone Mine
The NDE has classified the project as a “Category A” project, and must go through the environmental
assessment process, including preparation of an Environmental Impact Statement (EIS).
20.1.1 Purpose of this document
This document is a Non-Technical Summary (NTS) of the EIS for the Limestone Mine. This NTS
presents the assessment of the potential environmental and social impacts, proposed control
measures to mitigate and manage the impacts, and remaining impacts of the project.
20.1.2 Benefits of the project
The benefits of the project include direct employment with 1000 permanent jobs expected during
operations. The project aims to develop local capacity and will develop a training centre. Other
benefits include indirect employment to local community members, through the multiplier effect due to
downstream socio-economic benefits and consequent improvement in the living conditions of local
population in the project area. It is estimated that at least 2000 more jobs can be created through
indirect activities during operations with local business opportunity creation in supplying goods and
services to TL Cement and its employees. The location of the Baucau Cement Project and its
components can be seen in Figure 20-1 below.
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Figure 20-1: Location of Baucau Cement Project Limestone Mine
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20.1.3 Key project characteristics
The key project characteristics are listed in Table 2.
Table 2: Summary of Baucau Cement Project Characteristics
Element Description
Project life Limestone reserves for 50 years at full production capacity
Investment $400 million USD
Largest industrial project undertaken in Timor-Leste to date
List of major
project
components
Limestone mine (up to 5.76 km2)
Area of
disturbance
Limestone mine – 244 ha
Power Supply 30 Mega Watt Biomes and Recycle Power Generation power plant
3-5 Mega Watt Solar Power Plant
Water Supply Groundwater from borewells at the Uaidei River
• 0.35 ML/day for construction
• 3.15 ML/day for operation
Number of jobs of
all project
components
3000 jobs during peak of construction
1000 permanent jobs during operations
20.1.4 Operations
When in operation, limestone will be mined from the ground in an open pit and will be taken to the
Cement Plant for processing. Some other cement components will be shipped to the Marine Jetty
and put on a fully enclosed Pipe Conveyor Belt and taken to the Cement Plant to be processed along
with the limestone and turned into Portland cement clinker. Portland cement clinker is small lumps
that are the basic ingredient of cement. The Portland cement clinker will then be taken by the same
full enclosed Pipe Conveyor Belt from the cement plant to the Port where it will be loaded onto ships
from a Marine Jetty. A similar example of a conveyor and marine jetty can be seen in Figure 20-2.
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Figure 20-2: The Baucau Cement Plant Project once in operation
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20.2 Project Phases
The project will have four phases: Pre-construction (18 months), Construction (2 years), Operations
(over 35 - 50 years) and Decommissioning (5 years). A summary of the activities to be undertaken
during each phase and potential impacts are presented in Table 3. In addition, the potential impacts
that could occur as a result of the activities during each phase have been outlined below. Of these,
key impacts have been identified as either a ‘Medium’ or ‘High’ risk, and have been discussed further
in Section 20.3, along with identified mitigation measures to manage and reduce the impacts.
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Table 3: Summary of Baucau Cement Project phase characteristics and potential impacts
Phase Activities Potential Impacts (risk)
Pre-construction
(Duration of
approximately 18 months)
• Clearing of fence lines & Installing fences
• Clearing of access roads internal to the project area
• Establishment of Laydown areas and preliminary office infrastructure such as
portable toilets and shipping containers for storage
• Relocation of people and animals within the project area
• Exploratory water source drilling and installation of water supply wells.
• Installation of power supply infrastructure corridors via clearing, excavation
and pegging
• Geological studies including bore drilling and pit surveys
• Weir installation in streams
• Establishment of exclusion zones around, boreholes and springs (known
impact, appropriation of natural asset)
• Clearing of natural vegetation (Low)
• Displacement of people (High)
• Exclusion of people from, boreholes
and springs (Low)
• Increased traffic and transport (Low)
• Increased noise and increase in air
pollution (Low)
• Disturbance of heritage sites (Low)
• Increased groundwater usage (Low)
• Disturbance of cultural heritage at the
mine site (High)
Construction
(Duration of
approximately 2 years)
• Building structures in concrete and steel
• Establishment of bunds, hauling roads, drainage areas and mine stope
markers ahead of mining commencing
• Construction of internal access roads and haul roads
• Clearing of natural vegetation (Low)
• Displacement of people (High)
• Visual impact (High)
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• Discharge into landfill – solid and liquid waste • Increased noise, increased air
pollution (Low)
• Increased traffic and transport (Low)
• Increased light and heavy vehicle
interaction with pedestrians and
motorbikes (Medium)
• Increased groundwater usage (Low)
• Increase in waste (Low)
• Clearing of coral (Low)
Operation
Duration of approximately
35-50 years)
• Mining 12 hours a day, 7 days a week
• Blasting
• Truck hauling
• Discharge to landfill – solid waste
• Increased traffic and transport
(Medium)
• Increased noise, increased air
pollution (Low)
• Disturbance to community from
blasting (Medium)
• Increased light and heavy vehicle
interaction with pedestrians and
motorbikes (Medium)
• Increased groundwater usage
(Medium)
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• Increased pollution (waste water
outfall) (Low)
De-Commissioning
(Duration of
approximately 5 year)
• Mine Closure and Rehabilitation • Reduction in employment levels
• Continued employment during
rehabilitation and closure of the mine
• Negative impact on local economy
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20.3 Key Potential Impacts and Mitigation Measures
There are a number of aspects to the project that have the potential to cause 'environmental and
social impacts during different phases of the project. Of these, key aspects and their impacts have
been identified to be a ‘Medium’ or ‘High’ risk. These key aspects, along with mitigation measures
identified to manage and reduce the impacts, and monitoring and reporting to ensure compliance,
have been outlined in Table 4 below.
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Table 4: Key Potential Impacts, Mitigation Measures and Monitoring and Reporting
Aspect Mitigation Measures
Displacement / Resettlement
Local people will be displaced and will require
relocation in order for this project land to be
acquired.
During pre-construction the people who live on
the land zone for the project will need to be
relocated and compensated for their loss of land.
This NTS and EIS does not address the issue of
resettlement, and is currently being addressed via
another process
This can cause a Medium to High level of impact
on local people.
TL Cement is currently working with the Directorate of Land, Property and Cadastral
Services (DLPCS) to map affected households, farmland, and other property. Once
TL Cement has secured the mining license and environmental licenses required for
the project, they will enter into discussions with those affected households and
property owners. Based on the mapping and negotiations, TL Cement will prepare a
Resettlement Plan.
An alternative to outright sale of the land may be for TL Cement to rather lease the
land from the locals. This rent system prevents local landowners from losing their
rights to the land if the project should cease operations. The leasehold system would
also allow local to retain their identification with their place of origin and territorial
identity (BBS, 2015d).
The development of a Resettlement Action Plan will provide greater detail on the
monitoring and reporting requirements in relation to the potential social and economic
impacts associated with the development of the project.
Cultural Heritage
Impacts of the mine on Cultural Heritage for the
local area results in a number of sacred heritage
sites directly impacted by clearing and activities
within the project footprint. Local area sites will be
A Cultural Heritage Management Plan will be prepared in coordination with the
community and the Secretariat of Arts and Culture that documents the process and
procedures to be followed during the project, including the management and
protection of new and known sites during the project life.
Access to the sites during the life of the project should be considered in the context of
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Aspect Mitigation Measures
permanently impacted causing a Medium impact. the importance of the sites to the local community and the broader Timorese culture.
Where safe access cannot be guaranteed, those sites which are located adjacent to
the project should be fenced off, access restricted for the project life or relocated, in
consultation with the community.
Where a site is located inside the location of the proposed mine pit and the impact is
unavoidable, the impact should be documented, exhumation of bones (where
applicable) and relocated in consultation with the local community.
Traffic
• During operation there is predicted to be a
significant increase in vehicles using the
local roads
• During operation, heavy vehicles (25 tonne
trucks) will be transporting cement to Baucau
for local sale, which will lead to up to 12
heavy vehicles per day on the roads, which
is a significant increase from the 2.4
currently using the local roads per day.
An increase in heavy vehicle numbers and
movements is likely to cause damage to the
condition of the local road network and also
poses a Moderate safety risk for the local road
Traffic impacts associated with the development of the project can be adequately
managed if the following mitigation measures are adopted and implemented for the
life of the project:
• Minimising vehicle movement – good planning and scheduling can limit the
number of vehicle movements required which will reduce the likely impacts to
the condition of the roads and public safety. Transporting workers in buses will
reduce individual vehicle traffic. Having a camp within the plant site is additional
mitigation
• Limit vehicle reversing, as it is major cause of fatal accidents. Implementation of
one-way systems, ensuring reversing sensor/alarms are installed on all vehicles
and mobile equipment and signage in reversing areas can reduce the risk of
reversing accidents.
• Traffic signage – all traffic signage should be clearly and prominently displayed
in well-lit areas. Signage should be posted to indicate speed limits, restricted
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Aspect Mitigation Measures
users and pedestrians. access, visitor parking, headroom, and other route hazards.
• Speed limits should be implemented and enforced.
• Road widening may be required as a minimum road width of 6.5 meters is
recommended for heavy vehicles (BBS, 2015c).
• Limit vehicle idling time and keep vehicles well maintained to minimise
particulate and gaseous emissions (Holtec, 2015a).
• Where appropriate, pedestrian crossing points should be provided in the mist
visible and obvious pedestrian routes. The crossing points should be
appropriately sign posted.
• Regular review, maintenance and repair of road pavement and drainage should
be undertaken.
• A management plan for dealing with the health and safety implications for all
vehicle incidents and recommending improvement should be developed and
updated annually
Water
All water for the operation of the mine is to be
abstracted from groundwater through the drilling
of borewells at the Uaidei River. During operation
this will be 3.15 ML/day. Impacts on the local
ecosystem and the local users are expected to be
• Implementation of a Groundwater Management Plan
• Monitoring boreholes should be drilled at strategic locations around the
infrastructure to monitor the background water quality as well as provide an
indication of the presence of contaminants in the surrounding aquifer.
• Groundwater modelling for the water supply should be undertaken to determine
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Aspect Mitigation Measures
Moderate. the radius of influence of the drawdown in the local aquifers. This will enable the
project to manage abstraction and dewatering to minimise impact on the
vegetation and river base flow.
• Ground water extraction can be minimized with the use of sea water for power
plant cooling and further optimized by closed circuit water condensers to recycle
the water
• Contamination of the aquifer from the project should be mitigated through a Spill
Management Plan and all spills immediately cleaned up and disposed of
appropriately.
• All chemicals used on site are to be stored, handled and disposed of in
accordance with a Waste Management Plan.
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20.4 Stakeholder Engagement Process
This project has involved consultation with people who may be affected by the project and other
project stakeholders. This includes the public, such as those who will be directly affected, women and
vulnerable groups. As can be seen by Figure 20-3, public engagement consultation is a continuous
process throughout the EIA process and has already been initiated.
The public consultation process for the environmental assessment is being carried out in accordance
with the Draft Ministerial Diploma for the “Regulation on the Public Consultation Procedures and
Requirements during the Environmental Assessment Process” dated 22 April 2014.
Figure 20-3: Stakeholder Engagement and Consultation
The stakeholder consultation list to date is shown in Table 5.
Table 5: Consultation Summary
Stakeholder
Government Ministries
Ministry of Commerce, Industry, and Environment
• National Directorate for Environment
Ministry of Petroleum and Mineral Resources
• National Directorate of Mines and Minerals
• Institute of Petroleum and Geology
Ministry of Justice
• National Directorate of Land, Property and Cadastral Services
Ministry of Finance
Ministry of Planning and Strategic Investment
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Ministry of Public Works, Transport and Communications
• Directorate of Roads, Bridges, and Flood Control
• Directorate of Ports/APORTIL
Ministry of Tourism, Arts and Culture
State Secretariat of Arts and Culture
Municipality (District) Government
Baucau Municipality (formerly Baucau District Administration)
Baucau Administrative Post (formerly Baucau Sub-District Administration)
Baucau Municipality Police District
Baucau Municipality Directorate of Land, Property and Cadastral Services
Baucau Municipality Directorate of Environment
Vemasse Administrative Post
Local Government
Suco Council Tirilolo
Suco Council Triloca
Suco Council Vemasse-Vila
Suco Council Caibada
Suco Council Bahu
Suco Council Wailili
Suco Council Bucoli
Suco Council Fatumaca
TL Cement and Worley Parsons conducted follow up consultation
in the local community during site visits in February 2015 and May
2015.
These meetings were attended by the following community
members:
• Chefe Suco Tirilolo: Ricardo Ernesto Belo (RB)
• Chief of Community Police in Suco Tirilolo: Norberta Belo
(NB)
• Chefe Aldeia Lialailesu: Cipriano Belo (CB)
• Chefe Aldeia Parlamentu: Manuel Belo (MB)
• Chief of Traditional Practice (Lia-Nain): Duarte Belo (DUB)
• Secretary of Suco Tirilolo: Zeca Belo (ZB)
Representative of youth of Suco Tirilolo: Damião Belo (DB)
Local Communities
Chefes de Aldeia
Lia-Nain
Local Youth Organizations
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Local Women’s Organizations
Local Fishermen’s Organization
Baucau Parish
Civil Society/Local NGOs
Lao Hamutuk
Luta Hamutuk
Haburas
Rede ba Rai
Belun
Kapeliwa
Other Organizations
International Finance Corporation
Conservation International
BESIK (Bee, Saneamentu no Ijiene iha Komunidade) Rural Water Program
*****************end of non technical summary************************
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21 REFERENCES
Advisian (2016). Baucau Cement Project: Surface Water Impact Assessment Report. Unpublished
report for WorleyParsons, Feb 2016.
BBS (2015a). Air Quality Impact Assessment study of Clinker Cement Project Baucau – Timor-Leste.
Final Draft Report No: 15.3380-DR-002 Rev B, Oct 2015.
BBS (2015b) Noise Impact Assessment study of Clinker Cement Project Baucau – Timor-Leste. Final
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22 ACRONYMS / ABBREVIATIONS
$ United States dollar
% Percentage
< Less than
µg/L Microgram per litre
µg/m3 Micrograms per cubic meter
µg/m3 Micrograms per cubic meter
ADB Asian Development Bank
AWS Automated Weather Station
BAP Biodiversity Action Plan
BAT Best Available Technologies
CEMP Construction Environmental Management Plan
CFB Circulating Fluidized Bed
CGM Complaints and Grievances Mechanism
CHMP Cultural Heritage Management Plan
CO Carbon monoxide
CPIX Consumer Price Index
dB Decibels
DBRFC Directorate of Bridges, Roads, and Flood Control
DLPCS Directorate of Land, Property and Cadastral Services
DWRQC Directorate of Water Resources and Quality Control
EA Environmental Assessment
EBL Environment Basic Law
EIS Environmental Impact Statement
ELL Environmental Licensing Law
EMF Environmental Management Framework
EMP Environmental Management Plan
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EMS Environmental Management System
ERP Emergency Response Plan
EP Emergency Plan
GPS Global positioning satellite
ha Hectares
hr hour
HSE Health, Safety and Environment
IFC International Finance Corporation
IAAQS International Ambient Air Quality Standards
IPG Institute of Petroleum and Geology
km Kilometre
m/s Metres per seconds
mg/L Milligram per litre
ML Mega liters
ml Millilitres
MOF Materials Offloading Facility
MOPW Ministry of Public Works
MOU Memorandum of Understanding
Mtpa Million tonnes per annum
MW Megawatt
N/A Not Applicable
NDPCEI National Directorate for Pollution Control and Environmental Impact
NGOs Non-Government Organisations
NO2 Nitrogen dioxide
OEMP Operational Environmental Management Plan
PM10 and
PM2.5
Particulate matter
PPE Personal Protective Equipment
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ppm Part per million
RDTL Republic Democratic of Timor-Leste
SDS Safety Data Sheet
SEP Stakeholder Engagement Plan
SO2 Sulphur dioxide
UNTAET United Nations Transitional Administration in East Timor
USD United States Dollar
WHO World Health Organisation