Poorly ventilated small fires are claiming millions of lives – as wood for them wrecks the environment

Madeleine Bunting – guardian.co.uk, 21 September 2010

Hillary Clinton is expected to pledge $50m to help suppply 100m fuel-efficient stoves to Africa. One of the most powerful women in the world is talking about cooking stoves. Thank God. Today, Hillary Clinton will describe the huge impact that something as simple as cooking fuel has on millions of lives. Want to know what is one of the leading causes of death for women and small children? You might imagine HIV/Aids or, given the focus on maternal mortality at the UN Summit in New York, you might suggest that women’s greatest risk is death in childbirth. But just as dangerous and much less well publicised is the risk of inhaling smoke from cooking on open fires which leads to lung and heart diseases. According to the United Nations, smoke costs 1.9 million lives a year.

Think about it; every day, millions of women across Africa and India spend several hours crouched over small fires cooking. Often their homes have no chimneys and poor ventilation. This daily proximity destroys lungs. Small children staying close to their mothers are equally vulnerable. Finally, this huge story is percolating through to the mainstream. Clinton is due to announce $50m (£32m) in seed money to the Global Alliance for Clean Cookstoves, to supply 100m fuel-efficient stoves across Africa.

What makes this situation so frustrating is that it is as destructive of the environment as it is of human tissue. In many countries, chopping trees for firewood is leading to long-term environmental degradation. When I visited western Uganda, the results were shockingly evident. The beautiful hills are now largely stripped bare of trees, much of the deforestation has occurred in the last 50 years, and the results are long run-off scars across the hills where rain has washed the soil away. Further environmental damage is done by the tons of soot spewed into the atmosphere, contributing to global warming.

Clean, sustainable energy supplies are going to become a crisis issue across eastern Africa. The pace of deforestation and population growth is such that experts predict that within 25 years, supplies of firewood – the main source of cooking fuel – will have largely run out. Given that the staple foodstuffs of these African countries require cooking (for example millet, sorghum), the impact on nutrition and hunger will be huge. And fuel impacts on women’s lives in other ways; as the supplies become more scarce, they have to walk further and further to collect what they need, as the collecting of firewood is a woman’s task. In places of conflict such as Darfur or Congo, it is collecting firewood which exposes women and children to the risk of rape.

This is a problem that does not require expensive technology. It is about using fuel efficiently. Watch this video by one manufacturer of clean stoves in China now exporting to Africa. We know exactly how to make these stoves at relatively low cost. The challenge is to distribute them fast enough to pre-empt the kind of crisis predicted for east Africa. One really interesting possibility is linking clean stoves to microfinance schemes enabling small local businesses to develop who will be able to sell the stoves. Millions are needed, and there is no time to waste.

Aid follows fashions – over the last few years millions of malaria nets have been flooding in to Africa with dramatic results – hopefully Clinton’s initiative will set a new trend. And this is a subject that people ought to really get behind in the way that the Alliance for Safe Motherhood has mobilised campaigners on maternal mortality. Stoves are a feminist issue – where are you Mumsnet?

Source – The Guardian

The Darfur Stoves Project (DSP) seeks to protect Darfuri women by providing them with specially developed stoves which require less firewood, hence decreasing women’s exposure to violence while collecting firewood and their need to trade food rations for fuel.

The Darfur Stoves Project is currently accepting applications for a short-term consultant to oversee the development and implementation of a marketing strategy for fuel-efficient cookstoves in the Darfur region of Sudan.

Background
DSP received funding from UC Berkeley’s Sustainable Products and Solutions Program and the Blum Center for Developing Economies to help magnify our presence and impact in Darfur. This funding will enable DSP to:

  • Research, both remotely and in the field, the features of a stove that are deemed important by users, and develop a messaging campaign to increase stove sales and use
  • Develop an initial go-to-market plan for widespread commercialization of the stove in Darfur
  • Oversee initial roll-out of the marketing plan

Through marketing surveys, supply chain development and investment in human resources, DSP has positioned itself for rapid market penetration in Darfur and will have distributed close to 15,000 Berkeley-Darfur Stoves by the end of this year. To date, most of the stoves have been given away for free; however, given the overwhelmingly positive reaction to the stove, DSP believes there is potential to create a robust market for the Berkeley-Darfur Stove in Darfur.

In DSP’s 2006 pilot project, 50 women were given an early version of the Berkeley-Darfur Stove to cook with for three weeks. At the end of the three weeks, they had the opportunity to purchase the stove for $5 or return it. All 50 women purchased the stove. In the unique situation of Darfur, where wood is practically nonexistent and collecting it is perilous; a stove that reduces wood consumption is a precious commodity.

Project Activities
With the participation of our partners, Oxfam America and Sustainable Action Group, the consultant will make recommendations on how to best market the Berkeley-Darfur Stove to users and will oversee the initial roll-out of a social marketing campaign in Darfur. Specific activities include:

  • Collaborate with a UC Berkeley graduate student to conduct desk research, interviews and benchmarking on social marketing campaigns that have been implemented in other stove and appropriate technology programs
  • Develop a market survey to fully understand the potential to commercialize the stoves in Darfur (the right price point to sell the stoves, attributes that consumers find most important, the most desirable distribution channels, the most effective messaging to promote stove use, etc).
  • Collaborate with Sudan-based consultant to implement the market survey (including data collection and analysis)
  • Based on market survey results, create social marketing plan and present multi-year business case for fuel-efficient stoves in Darfur

The duration of this assignment is 30+ working days to be completed by February 2011. This assignment includes brief travel to Darfur to coordinate with the field-based consultant managing data collection and market research.

Please email applications to info@darfurstoves.org. Thank you for your interest.

Q and A: The Clean-Energy Czar – Last week the World Bank announced that it had appointed Daniel M. Kammen, an energy policy expert who heads up the Renewable and Appropriate Energy Laboratory at the University of California, Berkeley, as the organization’s first clean-energy czar. We spoke with Mr. Kammen about his new mission, which will involve leading the bank’s efforts to boost renewable energy production and improve energy efficiency in developing countries.

Daniel Kammen

Q – You’ve been a crucial player in shaping climate change and energy policy in California and on the national level. How will this experience translate to the work you will do for the World Bank, where your focus will be on developing economies?

A – My laboratory and personal experience has actually been equally divided between work in the U.S. and research programs in Central America, East Africa and China, where the emerging energy economy is growing faster than it is in the U.S. So I’m hoping that, while the different technologies are often useful in poor and more rural communities, the balance of experience I’ve got in both locations will actually really assist things at the World Bank.

Q – Part of your role will be to come up with an energy strategy that addresses everything from pollution from primitive cooking stoves in rural villages to industrial pollution in China. Where do you start?

A. I think the energy economy has become so complicated that you really start with the whole package. There are individual rich and poor nations around the world that have everything in common: advanced smart grids, the highest-tech solar, wind and nuclear power plants, the use of traditional biofuels. So I think that doing this job anywhere, not just at the World Bank, really involves embracing all ends of that spectrum.

So what I’m hoping, again, is that my work on everything from rural cookstoves in East Africa and Ethiopia, to advanced smart grid technologies, will all come into play and that I won’t forget one because of the other. And in fact I’m very confident that my colleagues at the World Bank are going to ensure that we don’t forget those things because there’s just such a diversity of needs and also of interests.

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[youtube=http://www.youtube.com/watch?v=Klh4TB9hx7o&fs=1&hl=en_US]

We have added 7 2010 cookstove videos to the Indoor Air Pollution YouTube Playlist at:

Below are titles of the latest additions. If you have other recent videos that we should add, please let us know:

  • Dean Still explains the newest advances in clean burning stoves
  • Demo of Clean Cook Stove at U.S. Consulate General, Chennai
  • Routes to Market for Improved Cook Stoves
  • Tissina Cookstove Mali in Bambara
  • Cookstoves For Liberia
  • Guide to Testing Improved Cookstoves
  • Project Surya podcast

Peru: National Survey of Rural Household Energy Use, August 2010.

Full-text: http://www.esmap.org/esmap/sites/esmap.org/files/ESMAP_PeruNationalSurvey_Web_0.pdf (pdf, 1.2MB)

Peter Meier, Voravate Tuntivate, Douglas F. Barnes, Susan V. Bogach, Daniel Farchy.

World Bank, ESMAP.

In order to gain a better understanding of the existing and potential users of electricity in rural areas of Peru, the National Survey of Rural Household Energy Use was carried out in seven regions of the country, the Coastal North, Central, and South regions, the Andean North, Central, and South regions, and the Amazon region. The Survey provided data on rural household energy use and expenditures, use by rural households of electricity from the grid, and use by rural households of off-grid electricity. The Survey also provided information for an analysis of the economic benefi ts from electricity use in rural areas in Peru.

The main conclusion of the survey is that rural households in Peru have a signifi cant desire, willingness, and ability to pay for electricity. Households without electricity from the grid frequently pay more for energy of lesser quality from kerosene lamps or batteries than they would pay for electricity service. However, the need to pay the connection cost is a significant barrier, and 25 percent of households living in areas with electricity service are not connected. Use of car batteries by 18 percent of rural households without electricity is a strong indication of unsatisfied demand for electricity in areas near to the grid.

The Survey report provides data for the planning of rural electrifi cation in the context of Peru, including estimates of the benefits, which are particularly important for the economic analysis of Projects. However, we believe that the survey report will also be useful to other countries as an example of a comprehensive effort to collect and analyze original data on rural household energy use.

Ecological Economics, Sept 20010

Beyond fuelwood savings: Valuing the economic benefits of introducing improved biomass cookstoves in the Purépecha region of Mexico

Eduardo García-Frapollia, , , Astrid Schilmannb, Victor M. Berruetaa, c, Horacio Riojas-Rodríguezb, Rufus D. Edwardsd, Michael Johnsond, e, Alejandro Guevara-Sanginésf, Cynthia Armendariza and Omar Maseraa, c

a Centro de Investigaciones en Ecosistemas, UNAM, Mexico
b Centro de Investigación en Salud Poblacional, Instituto Nacional de Salud Pública, Mexico
c Grupo Interdisciplinario de Tecnología Rural Apropiada, Mexico
d Department of Epidemiology, University of California Irvine, United States
e Berkeley Air Monitoring Group, United States
f Universidad Iberoamericana, Ciudad de México, México

Half of the world population relies on biomass for cooking, with very significant health as well as climate change impacts. Improved cookstoves have been disseminated as an alternative to reduce these impacts. However, few detailed studies about the economic benefits of improved cookstoves (ICS) interventions, including environmental and health co-benefits, exist to date.

In this paper we perform a comprehensive economic evaluation of a dissemination program of ICS in rural Mexico. The resulting cost–benefit analysis (CBA) of the Patsari improved cookstove is presented, utilizing estimation of direct costs and benefits, including fuelwood savings, income generation, health impacts, environmental conservation, and reduction in greenhouse gas emissions. The analysis is based on comprehensive data obtained through monitoring studies carried out in the Study Area from 2003 to the present.

Results show that Patsari cookstoves represent a viable economic option for improving living conditions of the poorest inhabitants of rural Mexico, with benefit/cost ratios estimated between 11.4:1 and 9:1. The largest contributors to economic benefits stemmed from fuelwood savings and reductions in health impacts, which constituted 53% and 28% of the overall benefit, respectively.

2010-09-09 – Bangladesh’s Nobel laureate Muhammad Yunus has been honoured with the SolarWorld Einstein Award for 2010 for initiating generation and distribution of solar energy in his country.

Yunus received the award in Valencia, Spain, in recognition of the work done by ‘Grameen Shakti‘, a company he founded in 1996.

Grameen Shakti has brought electricity to more than 400,000 rural homes by installing small solar home systems (SHS).

Thousands of women have been trained in the installation and maintenance of these SHS, giving them an opportunity to earn money.

Grameen Shakti currently installs over 1,000 SHS per day and hopes to reach a total of one million solar power systems installed by next year. It also installs biogas plants and improved cooking stoves in the villages, The Daily Star reported.

‘Prof Yunus stands for new thinking in economics and banking. He has recognised the potential of the poorest of this world who manage to make a decent living on the basis of a small starting credit, a lot of creativity and the sun as the source of energy. This is more than exemplary,’ said Dr Ing H.C. Frank Asbeck, chairman and chief executive officer of SolarWorld AG.

Muhammad Yunus, an economist, was awarded the 2006 Nobel Peace Prize, along with Grameen Bank, for their efforts to create economic and social development in Bangladesh.

Source

The Sept 10, 2010 issue of the Economist has an interesting article, Power to the People, that describes a growing number of initiatives to promote bottom-up ways to deliver energy to the world’s poor.

The link to the complete article is: http://www.economist.com/node/16909923 and below are links to organizations mentioned in the article:

D.lighthttp://www.dlightdesign.com

  • His firm has developed a range of solar-powered systems that can provide up to 12 hours of light after charging in sunlight for one day. D.light’s most basic solar lantern costs $10

Emergence BioEnergy Inc. – http://www.emergencebioenergy.com

  • (EBI) is a Lexington, MA based company exploring alternative energy solutions for low-income and developing countries around the world. EBI was founded and is headed by Iqbal Quadir, the visionary and catalyst behind GrameenPhone, the largest provider of cellular services in Bangladesh.

Husk Power Systems – http://www.huskpowersystems.com

  • Husk Power Systems, an Indian firm, uses second-world-war-era diesel generators fitted with biomass gasifiers that can use rice husks, which are otherwise left to rot, as a feedstock. Wires are strung on cheap, easy-to-repair bamboo poles to provide power to around 600 families for each generator.

Lemelson Foundation – http://www.lemelson.org

  • Invests in clean-energy technologies for the poor.

MicroEnergy Creditshttp://microenergycredits.com

  • A social enterprise which links microfinance institutions to the carbon markets when they lend for clean energy. MEC sells the carbon credits earned by replacing dirty fuels like kerosene, wood, coal and dung on the voluntary carbon markets and passes the carbon revenues along to its partner institutions. The institutions can then use the revenues to offset their costs of running the clean energy program or can pass the savings along to the client in the form of reduced interest rates, free battery replacements or other benefits. In 2008, MEC won the Global Social Venture Business Plan Competition for its innovative business model which makes accessing the carbon markets easy for MFIs.

Selco Indiahttp://www.selco-india.com

  • SELCO Solar Pvt. Ltd, a social enterprise established in 1995, provides sustainable energy solutions and services to under-served households and businesses. It was conceived in an effort to dispel three myths associated with sustainable technology and the rural sector as a target customer base:

Solar Aidhttp://www.solar-aid.org

  • Solar Aid, a non-profit group, specialises in setting up microfranchises to identify and train entrepreneurs. The organisation works with local authorities to identify potential entrepreneurs, who must gather signatures from their local community—providing both the endorsement of their neighbours and a future customer base. They then undergo five days of training with an exam at the end. Solar Aid is also testing a kiosk-based system to help entrepreneurs distribute LED lighting in the Kibera district of the Kenyan capital, Nairobi.

Is it better to burn wood or charcoal? Half the World’s population of nearly six billion people prepare their food and heat their homes with coal and the traditional biomass fuels of dung, crop residues, wood and charcoal. In China, India and Sub Saharan Africa, up to 80% of urban households use biomass fuels for cooking. Wood fuel usage is the most predominant with charcoal a close second.

What is their respective influence on global warming?  Sorry, but this post will not attempt to discuss this complex issue, because the reality is that for most people struggling with energy security, saving the environment is not exactly high on their list. The following paragraphs will instead focus briefly on the burning characteristics of wood and charcoal, because in many cases availability and affordability of the fuel type will dictate which fuel type is being used.

Read More – http://vuthisa.com/posts