Ashden Energy Champion Award: Aprovecho Research Center and Shengzhou Stove Manufacturer, USA/China

Last updated June 28, 2009

Ashden Energy Champion Award:
http://www.ashdenawards.org/international
Aprovecho Research Center and Shengzhou Stove Manufacturer, USA/China
Packing StovesPacking Stoves
Making affordable, efficient stoves for the masses

The Aprovecho Research Centre in the US and Shenghou Stove Manufacturers in China have pooled their rich experience and skills to produce a cheap, robust and efficient stove for mass production to developing countries. The stoves replace dirty and polluting kerosene and open fires saving up to 50 percent of fuel wood and reducing 70 percent of dangerous emissions. SSM has sold over 60,000 stoves since 2007, producing them at a rate of 12,000 stoves a month and selling them to distributers. The main customer is Envirofit International, which markets stoves in India supported by the Shell Foundation. Other customers are in South Africa, Tanzania, Madagascar, Argentina and Chile.

Emergency Solar Cooker

Last updated June 25, 2009

Here is an emergency solar cooker that is made from a cardboard box, aluminum foil, and some glue. Simple, but effective design in order to cook using solar energy.

Links to recent posts on Indoor Air Pollution Updates

Last updated June 23, 2009

Dear Colleagues:

The Environmental Health at USAID knowledge managemment activity has started a news feed on indoor air pollution at:
http://iapnews.wordpress.com and below are titles of recent posts to the news feed.

- Mexico - Quantification of carbon savings from improved biomass cookstove projects
- South Africa: Arivi Paraffin Stove - Finalist in 2009 INDEX Awards
- Guatemala - Personal child and mother carbon monoxide exposures and kitchen levels
- US to fund $600 million clean energy projects in Asia
- DRC - Mercy Corps stove project
- Bangladesh - Indoor air pollution 4th leading risk factor for diseases
- ADB - New partnership aims to expand access to modern energy to 100m people by 2015
- India - World Bank shows interest in alcohol stove
- Kamapla firm wins environmental award for non-char biomass briquettes

We welcome news about your projects, research and publications as well as suggestions and comments.

Best regards,
Dan

Dan Campbell, Web Manager
Environmental Health at USAID
1611 North Kent St., Suite 300
Arlington, VA 22209
Ph: 703-247-8722
Email: dcampbell@usaid.gov
Environmental Health at USAID: http://www.ehproject.org IRC/USAID Sanitation Updates: http://sanitationupdates.wordpress.com
Urban Health Updates: http://urbanhealthupdates.wordpress.com
Cholera Google Group: http://groups.google.com/group/cholera-control
Household Water Treatment Google Group:
http://groups.google.com/group/household-water-treatment

TWP Wins US$1 Million Rio Tinto Prize for Sustainability!

Last updated June 22, 2009

Dear Friends,
In case you haven’t already heard the news, it is with great excitement that I announce TWP as the 2008 winner of the US$1 million Rio Tinto Prize for Sustainability! Along with National Director Richard Fox and TWP Board members, I was honored to accept the prestigious Prize at the 2009 International Economic Forum of the Americas (Conference de Montreal) in Montreal last week.

Everyone at TWP is absolutely thankful, delighted and overwhelmed with gratitude at being the 2008 Rio Tinto Prize winner. Now, we have the opportunity to expand our life-changing improved cook stove and community reforestation programs in Honduras, Nicaragua, and Haiti. In particular, we will use the Prize to leverage additional sources of funding, and increasingly share the work we are doing with other interested organizations. This is an historical moment for TWP!

Thank you for believing in our mission and supporting our efforts. Together, we have accomplished tremendous things over the past 11 years that benefit both people and the planet. We look forward to celebrating more successes with you in the future.

For additional information about the Rio Tinto Prize for Sustainability, please visit our website at www.treeswaterpeople.org or directly at http://treeswaterpeople.org/about/about_rio_tinto.htm.
________________________________________
Yours for a sustainable tomorrow,

Stuart Conway
International Director
Stuart_Conway@mail.vresp.com

Kenya: Western Gasifier StoveProject

Last updated June 14, 2009

Project Title: Western Gasifier Stove Project
African Christians Organization Net work, Salim Mayeki Shaban, May 10, 2009

AFCON WorkshopAFCON Workshop

APPLICANT

Name of Organization: African Christians Organization Net work
Mailing Address: P.O.BOX 323, BUNGOMA 50200 Kenya
Physical Address: 1 st fl. KCB Building
Telephone: + 254 727 621841
Email: salimshaban2005 at gmail.com
Principal Officer: Salim Mayeki Shaban
Project Contact Person: Salim Mayeki Shaban Programme Coordinator and Everlyne Otunga Program Manager

PROJECT
Focal Area: Reducing indoor air Pollution and forest Conservation
Activity Category: Learning by Doing Project.

Proposed project Duration: Two Years.

FINANCES
Total Mount grants Request: (KSHS) 4,245,429.20 (USD) 62,241.3
Other Contributions (KSHS) 1,520,000.00
Grand Total (KSHS) 5,765,429.20
Exchange Rate kshs 70.00 = I Us$

1.0 EXECUTIVE SUMMARY

1.1 GOAL OF THE PROJECT
To promote energy conservation and reduce deforestation in the sugar cane growing in Western Kenya.

.1.2.1 Specific Objectives
To Promote TLUD gasifier cookstoves and five biogas planter in Western Kenya
To provide and service 20,000 TLUD gasifier cookstoves and 5,000 fireless stoves..
To train 150 women and youth groups in production, repair and sale of energy saving equipment
To train schools and communities on energy conservation and use of renewable energy technologies.
To develop an energy equipment workshop for production, service and sale of improved cook stoves and energy saving equipment.

1.3 ACTIVITIES
The activities in the project will be
Community mobilization on energy conservation, forest resource management and effect of indoor air
Training in design, manufacturers and sale of renewable energy equipment and technologies i.e. biogas, TLUD gasifier cookstoves.
Networking on renewable energy conservation i.e. knowledge sharing and information dissemination.
Manufacture TLUD gasifier cookstoves, and five Biogas planters

2.0 STATEMENT OF COMPLIANCE WITH PARTNERS
This project will be carried out within the Nile Basin in Western Kenya. The same area is sources of Nile and other small tributaries. The project will promote energy saving culture and lead to sustainable use of forest resources while contributing towards the Kyoto protocol implementation. While noting that firewood is the major source of energy within the Nile basin and Methane, is 20 times more potent CO2 and hence its use in biogas energy is encouraged in managing green house effect.

3.0 PROJECT AREA
Western Kenya has a population of over 5 million people of which 80% depend on agriculture for livelihood and over 70% use firewood as fuel source. A survey has shown that all boarding schools use firewood and charcoal as fuel for cooking hence pressure on forest cover. Sugar cane growing in Mumias, Malava and Bungoma is a heavy user of trees as firewood. This combined has led to heavy exploitation of forests and trees for firewood hence a danger to the water catchments area.

4.0 PROBLEMS/CHALLENGE
Sugar cane cultivation in western Kenya, which started in mid 1970’s, has accelerated the rate of destruction of trees due to high population density has further compounded the problem of destruction of forests and trees hence threatening the very source of water within the Nile Basin. Schools continue to put pressure on forest due to their high demand for firewood to use in cooking with highly inefficient open fire stoves. These project will develop biogas as an alternative source of energy, promote economical use of energy in institutions and homesteads through use of energy saving stoves create employment for people trained in production and service of the same and of the same and efficiently generate and use the highly potent methane from farmlands through biogas plants.

5.0 RATIONALE
This project meets the requirements of MDG's and Partnership for clean indoor air broad objective. The project will support community driven effort and will address environmental threats on local scale within the Nile basin region in the area of development and use of alternative energy and construction materials. In the process of carrying out participatory planning and appraisals for Musamba, Matungu, Kholera and Khalaba, the villagers expressed the desire to get cheap alternative to fuel firewood energy and alternative to open fire 3-stone cooking method. In all this areas, villagers expressed their fears that trees are disappearing and as a result they use farm wastes like maize stalks for firewood. The same should be used to replenish soil fertility after the crop season and should not used in the kitchen as firewood. Others were resorting to cane trash and remnants.

See specific goals and objectives in the attached project document.

AFCONAFCON

Reporting of Stove Performance- Stacked Bars

Last updated May 10, 2009

Reporting of Performance- Stacked Bars
Crispin Pemberton-Piggott,May 10, 2009

Comparing Stove PerformanceComparing Stove Performance

See attached Excel Spreadsheet

Stacked BarStacked Bar

GEO FUEL BRIQUETTES

Last updated May 02, 2009

GEO fuel briquettes

is a very low cost technology, and also for making briquettes with very less effort. This is screw based system, requires very less energy and space to operate. Briquettes can be made using human power, convenient for young or old in making briquettes from various types of waste material. Small pieces of waste papers, sawdust, leaves, wood shavings, rice husk, etc. can be used as raw material. Any sticky material available in abundant can also be added if required for producing compact and strong briquettes. The cost of each such device made up of iron is less than $8 (USD) or Rs. 400. Various types of stoves are available for using the briquettes, including some of these AVAN and MAGH series stoves can be used. Magh-1 stove with little adoption can also be used for briquettes as fuel. We can also make and use special stoves for the briquettes as fuel. For more details see: http://e-fuelbriquetts.blogspot.com/

Also see http://e-lowcostextruder.blogspot.com/ | http://www.e-geo.org | http://www.goodstove.com

KASAMA KASISI REPORT 2009

Last updated May 02, 2009

Paal Wendelo has created a pdf of his powerpoint presentation illustrating the comparative wastefulness of traditionally made charcoal compared with his TDLUD stove.

 

Watershed Organisation Trust: Stove and 1 HP Pellet Mill

Last updated April 25, 2009

Stove and 1 HP Pelletizer
Brendon Mendonca, Watershed Organisation Trust April 25, 2009

WOTR StoveWOTR Stove
Pictures of the stove (4000 sold) and 1 HP pelletizer.

Following is the link to our website http://www.wotr.org/renewable_energy.html

WOTR FLAMEWOTR FLAME
WOTR 1 HP Pellet MillWOTR 1 HP Pellet Mill

Brendon mendonca.brendon@gmail.com

New Princeton Report on Climate Impacts of Black Carbon

Last updated April 20, 2009

New Princeton Report on Climate Impacts of Black Carbon

Princeton University has just published Black Carbon: A Review and Policy Recommendations and Frank Norcross (one of the authors) sent me an early but final copy – you’ll recognize that many of the people acknowledged are from our stove community, with Tami Bonds contributing very obviously throughout. The report ascribes 18% of black carbon (BC) emissions to residential biomass burning (inefficient home coal and petroleum stoves add additionally?), and differentiates between combustion processes’ “organic carbon” and “black carbon” (à la Tami’s and Chris Roden’s presentations at ETHOS) – contained burning has the potential for climate warming via BC while open burning (of forests and savannas) may induce cooling effects because the organic carbon particles scatter sunlight.

Appropriately, the recommendations for reducing the impacts of stoves (Chapter 4) includes the implementation of more efficient ones, with better interventions and monitoring to increase acceptance rates, and clearly demonstrate that they are being used as they are designed to be; as usual we have out job cut out for us. Biochar is discussed as well, as a mitigation measure – assuming that charcoal product is “clean” I expect. Whatever your opinion of the possible present/future impacts of we multiplying humans on climate change, this is excellent reading and a good review of the present knowledge as it pertains stovers.

 

Figure 1: The second column represents the estimated total contribution (in oC) to global warming since 1750 of BC-containing soot particle; data included through 2006, Jacobson 2004)Figure 1: The second column represents the estimated total contribution (in oC) to global warming since 1750 of BC-containing soot particle; data included through 2006, Jacobson 2004)
Figure 2: Global breakdown of BC emissions by source (adapted from Bond et al, 2004)Figure 2: Global breakdown of BC emissions by source (adapted from Bond et al, 2004)
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