indoor air pollution & climate change contribute

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Indoor Air Pollution & Indoor Air Pollution & Climate Change Contribute Climate Change Contribute Rahman Renewable Energy Rahman Renewable Energy Redwanoor Rahman ( BulBul) Managing Director Rahman Renewable Energy Palasbari West Para, Asuliya, Savar Dhaka, Bangladesh [email protected] , [email protected] +00-88-01712-586110

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Page 1: Indoor Air Pollution & Climate Change Contribute

Indoor Air Pollution & Climate Indoor Air Pollution & Climate Change Contribute Rahman Change Contribute Rahman

Renewable EnergyRenewable Energy

Redwanoor Rahman ( BulBul)Managing Director

Rahman Renewable Energy Palasbari West Para, Asuliya, Savar

Dhaka, [email protected], [email protected]

+00-88-01712-586110

Page 2: Indoor Air Pollution & Climate Change Contribute

Context : Energy Situation in Bangladesh

Around 100 Million people have no access to grid electricity

Only 3% people have access to gas through pipelines

Lack of energy is one of the major reasons for rural backwardness

There is potential of 4 million Biogas plants in the country

Climate in Bangladesh is suitable for Biogas production

3%

97%

Beyond gas coverageGas coverage

Page 3: Indoor Air Pollution & Climate Change Contribute

About Rahman Renewable Energy

Rahman Renewable Energy Co. (RREC), Implementation of Renewable Energy program in Bangladesh. Established 2006 as profit company to promote technologies like Biogas- Domestic & Commercial Size, Small Solar Home System, Improved Cook Stoves etc in Rural, Urban Bangladesh.

Page 4: Indoor Air Pollution & Climate Change Contribute

Rahman Renewable Energy Programs Domestic Biogas & Manure

Dissemination of Commercial Biogas Technology (power, community based)

Human & Kitchen West Based Biogas Technology

Popularizing Improved Cook Stoves (Household & Commercial )

Training and Capacity Building of Renewable Energy Sector

Provide Consultancy Service International Organization: World Bank, USAID, EU, Winrock International, UNHCR, GIZ, SNV, ACF

Page 5: Indoor Air Pollution & Climate Change Contribute

Organizational Status

• Total Staff : 45

• Regional Offices : 3

• Unit Offices :12

Page 6: Indoor Air Pollution & Climate Change Contribute

Strategies

• Follow IDCOL model for all the Biogas plant up to size 1.6m3 - 4.8 m3

• Follow model Commercial Biogas plant : size 6m3-450m3

Page 7: Indoor Air Pollution & Climate Change Contribute

Ongoing ProjectsSl Name of the project Achieve

mentsStatus

1 National Domestic BiogasBy IDCOL/ SNV/ Kfw/WB

1385ongoing

2 Commercial Biogas plant 129 ongoing3 Improved Cook Stove 2512 ongoing4 Bio-Electricity Plants

under Waste to Energy By : IFC

45ongoing

5 Consultancy: Climate Change, RGHGE, IAP 15 ongoing

6 Consultancy: Human West Based Biogas plant 37

ongoing

Page 8: Indoor Air Pollution & Climate Change Contribute

Target to 2016

5000 Biogas Plants by the year 2016 under IDCOL program

250 Biogas Plants by the year 2016 under Commercial Biogas plant

10,000 Improved Cook Stove Promotion

100% utilization of slurry- biogas

150 Biogas Power generation

50 Community based Biogas plant construction to supply cooking purposes, that’s IGA

100% Biogas & ICS are in operation

Page 9: Indoor Air Pollution & Climate Change Contribute

Biogas

Biogas is produced decomposing organic materials (mainly animal wastes) in an anaerobic condition. Major component of this gas is methane (CH4). It has no color, smell and it burns like natural gas. This Biogas use cooking, power to lighting.

Page 10: Indoor Air Pollution & Climate Change Contribute

Why Biogas?

Our climate is suitable for biogas production Raw materials are easily available Technology is simple and locally available All hazardous materials are the raw materials

of a biogas digester like poultry farm waste No access of natural gas in rural area Shortage of electricity Environmental Development

Page 11: Indoor Air Pollution & Climate Change Contribute

Improvements of Biogas System

• Mixing Device• Turret• Pipeline• Hydraulic Chamber with slab • Burner• Slurry Processing• Water Drain• Cooking Practice

Page 12: Indoor Air Pollution & Climate Change Contribute

Constructing Commercial Biogas Plants

Page 13: Indoor Air Pollution & Climate Change Contribute

Commercial Biogas Plant

Page 14: Indoor Air Pollution & Climate Change Contribute

Domestic Biogas Plant

Page 15: Indoor Air Pollution & Climate Change Contribute

Poultry Farm Biogas

Page 16: Indoor Air Pollution & Climate Change Contribute

Economic of Biogas Technology • Saving of expenditures on fuel sources

• Saved time to utilize in other income generation activities

• Enhanced soil productivity because of the use bio-slurry (added N,P,K values)

• Reduction in the quantity of chemical fertilizers due to the use of bio-slurry

• Reduction on health expenditures due to decrease in smoke-borne diseases

• Employment to local people

• Private sector development that produces economic goods

• Development of Livestock

Page 17: Indoor Air Pollution & Climate Change Contribute

Other Benefits of Biogas• Reduction of work load, especially for

woman• Biomass Saving• Useable Organic Fertilizer • Better sanitation (if toilets attached)• Improvement of health condition by

reducing Indoor Air Pollution (IAP)• Employment generation• Reduction of green house gas emission

Page 18: Indoor Air Pollution & Climate Change Contribute

Human Waste Based Biogas Plants to Refugee Camp

Page 19: Indoor Air Pollution & Climate Change Contribute

Refugee Camp Biogas Plant

Page 20: Indoor Air Pollution & Climate Change Contribute

COOKING & LIGHTING THROUGH BIOGAS

Page 21: Indoor Air Pollution & Climate Change Contribute

BIO SLURRY IN CABBAGE FIELDBIO SLURRY IN CABBAGE FIELD

Page 22: Indoor Air Pollution & Climate Change Contribute

Consultant of Human Waste Based Biogas Plant

• Commercial Biogas Plant Construction, Refugee Camp-Kutupalong, Coxs- Bazaar.

Funded: UNHCR. • 36 Nos.Commercial & Domestic Biogas Plant

Construction, Unregistered Refugee Camp-Taknaf, Coxs- Bazaar, Program by Solidarity International, Funded: EC.

• All Latrines cavers the Biogas system, 100% useful. • Other Refugee Camp Study to Biogas Feasibility. This camp same will be Construction Biogas plant & all

latrines cavers the Biogas system.

Page 23: Indoor Air Pollution & Climate Change Contribute

Case Study: Mr. Johir, ChittagonjCase Study: Mr. Johir, Chittagonj• Poultry Farm: Constructed 2 biogas plants of size: 80m3 with the

technical support from RREC in 2009, has a 15000 birds.

• Total cost :Tk. 6,00000/-

• His own investment was :Tk. 6,00000/-

• He did not take any loan from Any Bank • Biogas plant owner supply gas community based cooking purpose : 65 families & 10 KW power generation.

• He collecting/ Rent Tk.500/- per family/month ie Tk.32500/month

• Payback period is only 18 months/ 1.5 Year

Page 24: Indoor Air Pollution & Climate Change Contribute

Case Study: Mr. Afser, ChittagonjCase Study: Mr. Afser, Chittagonj• Poultry Farm: Constructed 2 biogas plants of size: 250m3 with the

technical support from RREC in 2011, has a 75000 birds.

• Total cost :Tk. 1700000/-

• His own investment was :Tk. 1700000/-

• He did not take any loan from Any Bank • Biogas plant owner supply gas community based cooking purpose : 70 families & 30 KW power generation

• He collecting/ Rent Tk.700/- per family/month ie Tk.49000/month• Oil save & slurry proposes income 40000/ month

• Payback period is only 19 months/ 1.6 Year

Page 25: Indoor Air Pollution & Climate Change Contribute

Case Study: Mr. Kamal, ChittagonjCase Study: Mr. Kamal, Chittagonj

• Poultry Farm: Constructed 3 biogas plants of size: 200m3 with the technical support from RREC in 2013, has a 30000 birds.

• Total cost :Tk. 1600000/-

• He take loan from AB Bank • Biogas plant owner supply gas community based cooking purpose : 50 families (now) But planning should be supply 120

families & 10 KW power generation • He collecting/ Rent Tk.1000/- per family/month ie Tk.50000/month• Oil save & slurry proposes income 25000/ month

• Payback period will be 15 months/ 1.25 Year

Page 26: Indoor Air Pollution & Climate Change Contribute

Case Study: Dr. Sofiq, ComillaCase Study: Dr. Sofiq, Comilla

• Poultry Farm: Constructed 2 biogas plants of size: 120m3 with the technical support from RREC in 2011, has a 20000 birds.

• Total cost :Tk. 1200000/-

• He take loan from BRAC Bank • Biogas plant owner supply gas community based cooking purpose : 40 families & 5 KW power generation • He collecting/ Rent Tk.1000/- per family/month ie Tk.40000/month• Oil save & slurry proposes income 25000/ month

• Payback period will be 18 months/ 1.5 Year• Interesting Message 1st year flood affected slurry open the paddy

land & finally paddy production very good and local farmer aware.

Page 27: Indoor Air Pollution & Climate Change Contribute

Community based Biogas Cooking

Page 28: Indoor Air Pollution & Climate Change Contribute

Budget for 2.4 m3 Biogas plant constructionNo Materials Amount Rate Total

1 Brick 1nos 1400 6.00 8400.00

2 Send 100 cft 15.00 1500.00

3 Stone/ max/chips 30 cft 60.00 1800.00

4 M.S Rod 10 mm 20 kg 60.00 1200.00

5 Cement 17 bag 450.00 7650.00

6 Polythene 0.50 kg 120.00 60.00

7 Plastic Paint 2 liter 165.00 330.00

8 Best quality 4’’ dia PVC pipe 16 ft 50.00 800.00

9 GI Wire (No 24 &10) 2.0 kg 105.00 210.00

10 Equipments: 5050

11 Earth digging & filling Contac 2500.00 2500.00

12 Biogas Mason ( Food & Accommodation provide plant owner) 7000.00

13 Service Charge(Rahman Renewable Energy) 8000.00

14 Maintenance fee ( Received IDCOL) 500

15 Total Cost 45000.00

Page 29: Indoor Air Pollution & Climate Change Contribute

Improved Cook Stove (ICS)

Page 30: Indoor Air Pollution & Climate Change Contribute

Improved Cook Stove in Use Rural Household

Page 31: Indoor Air Pollution & Climate Change Contribute

RREC Memberships National & International

1. Partnership for Clean Indoor Air (PCIA) Forum, USA2. The Global Alliance for Clean Cookstoves, USA3 Renewable Energy and Energy Efficiency

Partnership (REEEP), Austria4. HEDON Household Energy Network, UK5. Bangladesh Biogas Development Foundation

(BBDF), Bangladesh6. Bangladesh Renewable Energy Networking

Forum, Bangladesh. . 7. Renewable Energy Information Network (REIN),

LGED, Bangladesh.

Page 32: Indoor Air Pollution & Climate Change Contribute

Participant of International Workshop i) South Asia Regional Workshop on – Indoor Air Pollution, Health and Household

Energy. 27-28 February 2006. Kathmandu, Nepal. ii) 3rd Biennial Partnership for Clean Indoor Air (PCIA) Forum, 20-23 March 2007 Bangalore, India. iii) Biogas Study Visit –BSP, Nepal 18-22, May 2008, Nepal. iv) International Workshop on Technology and Utilization of Biomass Gasification,

China, 1-20, November 2008, Yingkou, Liaoning Province, China. v) 4th Biennial Partnership for Clean Indoor Air (PCIA) Forum, 23-28 March 2009, Kampala, Uganda. vi). Renewable Energy Field Visit- United Arab Emirates & Ethiopia 28 March-5 May, 2009 vii) 5th Biennial Partnership for Clean Indoor Air (PCIA) Forum, 21-26 February, 2011, Lima, Peru. viii) Renewable Energy Field Visit- Argentina, Brazil & Qatar 28 February-7 March, 2011 ix) Clean Cook stoves Market Place & Meeting Commercial Biogas to Power,

Kathmandu, Nepal. 10-15 July 2013. x) International Workshop on Small- and Medium-Scale Biogas Development of

Commercial Biogas Sectors, Hanoi, Vietnam. 26-28 November 2013.

Page 33: Indoor Air Pollution & Climate Change Contribute

RREC Received Award From PCIA

Page 34: Indoor Air Pollution & Climate Change Contribute