MONITORING REPORT（Version 2）

BBMG Cement WHR for 10.5 MW power Generation Project in Beijing

(CDM Registration Reference Number 1402)

Monitoring Periods of the first periodic verification:

7th February, 2008 –25th October, 2008

DATED: 6th June, 2009

1. Introduction

This document reports the Emission Reductions generated by BBMG Cement WHR for 10.5 MW power generation project in Beijing (Project), CDM Registration Reference Number 1402 in the following monitoring periods:

7th Feb, 2008 (start date of the 1st crediting period) to 25th October , 2008. (Refer to: http://cdm.unfccc.int/Projects/DB/SGS-UKL1193135464.43/view)

The approved consolidated baseline and monitoring methodology applied to this project, ACM0004 Version 02 “Consolidated baseline methodology for waste gas and/or heat and/or pressure for power generation” The Project operation has been monitored in accordance with requirements described and established in the project Monitoring Manual as well as those contented in the Monitoring Plan described in the PDD approved by the Executive Board of the CDM.

2. Project Description

The project is located in BBMG’s two subsidiary companies: • Beijing cement plant (Changping District, Beijing Municipality, hereafter referred

to as “Beijing Cement Plant”), where electricity from a 6 MW generator is generated from the waste heat/gas of the two clinker production lines. Within the Beijing Cement Plant , the waste heat is fed into two waste heat recovery boilers that are used to supply a single turbine generator. [operation started at the beginning of January 2007]

• Beijing Liulihe cement plant (Fangshan District, Beijing municipality, hereafter referred to as “Liulihe Cement Plant”), where electricity from a 4.5 MW generator is generated from the waste heat/gas of one of the two clinker production. Within the cement lines at the Liulihe Cement Plant two waste heat recovery boilers that are used to supply a single turbine generator. [operation started at the beginning of May 2007]

3. Monitoring Background

3.1 The diagram and calibration information of Beijing Cement plant

3.1 The schematic diagram of Beijing Cement Plant The meters were installed by qualified personnel from the accredited authorization. When replacing the meters, the developer makes detailed records. The relevant information about the meters is as follows:

3.2 The diagram and calibration information of Beijing Liulihe Cement Plant

3.2 The schematic diagram of Liulihe Cement Plant The meters were installed by qualified personnel from the accredited authorization. When replacing the meters, the developer makes detailed records. The relevant information about the meters is as follows:

4. Monitoring Management

1. Monitoring Organisation

The Project Developer established a dedicated CDM team to take the responsibility for

collecting data and records. Monitoring staff received training and technical support from the project consulting company. The CDM workgroup includes a CDM supervisor or a CDM manager from BBMG, who is responsible for managing most of the monitoring staff and for checking the data and records.

2. QA/QC Procedures Given the emission factor is calculated ex-ante, the data to be monitored is the annual electricity delivered to the NCPG by the project activity (calculated from measured gross electricity and auxiliary power use). Electricity readings from the meters will be recorded every day. The CDM Manager of the BBMG’s CDM project workgroup will conduct some quality checks of the data entry to ensure consistency between the hard copy records and the electronic files. Ensure that the meter is maintained, calibrated or replaced by the third accredited test organization. Make sure that the meter is properly installed and calibrated by a qualified company within 2 weeks. All data required for verification and issuance will be kept for at least two years after the end of the crediting period or the last issuance of CERs of this project.

3. Procedures for abnormal cases If the plant meters do not work properly, the operation staff informs the CDM Manger. The CDM manager will arrange qualified staff to check and replace the failed meter. And the record of changing the meter will be saved on site.

5. ER Calculation Formula

Baseline Emissions Baseline emissions are given as:

(1)

Where: EGy: Net quantity of electricity supplied to the grid by the project during the year y in MWh; EFelectricity,y: CO2 baseline emission factor for the electricity displaced due to the project activity during the year y (t CO2e/MWh).

Leakage Emissions

CDM Director

CDM Manager

Monitoring Staff

These are not considered.

Estimation of emission reduction: The generated electricity in project will replace part of the power from NCPG and the existing captive power plant. As per PDD, the emissions reductions will be calculated as follows: ER y = BEy -PEy (2) = EGy × 1.03021 tCO2e/MWh PEy are the project emissions during the year y in tCO2e.

Calculation is in accordance to the following steps:

1)

There are two meters continuously monitoring the auxiliary electricity consumed and one meter to monitor the quantity of electricity generated by the project activity, which are recorded via the DCS in Beijing Cement Plant. For the Beijing Liulihe Cement Plant there is one meter to continuously monitor the auxiliary electricity consumed and one meter to monitor the quantity of electricity by the project activity, which during the period before the data were normally collected online by the DCS system were recorded manually every day. As a temporary solution and accurate way, the grid company monitored and confirmed the electricity generated through monthly ETN before the data could be recorded by DCS in January, 2009. It is conservative and will not influence the amount of CER. After the system could collect the data, the electricity is recorded by the DCS. 2) The readings of these on-site meters is recorded and can be confirmed by the grid operator. The amount of the electricity generated every month will determined by 0:00pm o’clock of the 25th day and crosschecked checked by the grid operator confirmation notice every month. 3)The net electricity supplied(EGy) is equal to the electricity generated(EGGEN) minus auxiliary electricity (EG AUX), ie EGGEN − EG AUX = EGy.

Monitoring results The calculated emission reductions amount to 46,487 tCO2e.

6. ERs Generated in the Monitoring Period

In accordance with the Emissions Reductions Calculation Procedure and Required Spreadsheets, the Project would have yielded the following ER´s for the periods indicated:

1 This value come from Page 18 of PDD, which has already been validated, please refer to: http://cdm.unfccc.int/UserManagement/FileStorage/A7EIFDFI0K5NT52KKU06RVMAXPAORN