The United States Commitment to the Global Alliance for Clean Cookstoves: Year One Progress Report

State Dept. Fact Sheet
Washington, DC
September 22, 2011

As a founding partner of the Global Alliance for Clean Cookstoves, the United States announced an unprecedented commitment to this issue and to solving it at a global scale: more than $50 million over the first five years. Every U.S. federal agency is meeting or exceeding its commitments towards diplomacy, applied research, capacity building, stove testing, and field implementation and evaluation. At the one year mark, the United States announced up to an additional $55 million for the Alliance, bringing the total commitment to up to $105 million.

State Department/USAID – $9.02 million: Under the leadership of U.S. Secretary of State Hillary Rodham Clinton, the State Department has undertaken a wide range of diplomatic and technical activities to advance the Alliance and the cookstoves sector. Key accomplishments include:

  • Partnerships with countries across the globe, including Burkina Faso, Cambodia, El Salvador, Ethiopia, Finland, Ireland, Kenya, Lesotho, the Netherlands, Nigeria, Rwanda, and Spain.
  • Partnerships with new Alliance private sector partners Dow-Corning, the Confederation of Indian Industry, and the Federation of Indian Chambers of Commerce & Industry.
  • Appointing actress Julia Roberts and chef José Andrés to serve as Alliance Ambassadors.
  • Hosting an event in Chennai to raise public awareness of cookstoves in India and across the globe.
  • Funding the first-ever field assessment in Africa to better understand the relationship between climate change and improved stoves.
  • Initiating a program in Haiti on converting commercial vendors from charcoal to liquefied petroleum gas (LPG), creating an LPG regulatory regime and supply chain, and promoting improved biomass stoves.
  • Beginning a global health program to address indoor air pollution within the context of household environmental health.

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Asia Pac J Public Health. 2011 Sep 13.

Monitoring and Respiratory Health Assessment of the Population Exposed to Cooking Fuel Emissions in a Rural Area of Jalgaon District, India.

Ingale LT Mr, Dube KJ, Sarode DB, Attarde SB, Ingle ST. North Maharashtra University, Jalgaon, Maharashtra, India.

Indoor air pollution is an ongoing problem in developing countries. Respiratory diseases are common worldwide in rural communities. This study was undertaken to estimate the respirable particulate matter (PM(10)) concentrations emitted from cooking fuels and their effects on the respiratory health of the rural population of Jalgaon district. The respiratory status of the exposed population was assessed by conducting pulmonary function tests in the study area. The levels of forced vital capacity and forced expiratory volume in 1 second were lower, and difficulty in respiration and frequent coughing were more common with higher odds ratios (OR) of 2.53 (95% confidence interval [CI] = 1.1-2.83) and 1.84 (95% CI = 0.95-2.10) in agrowaste-user female subjects.

Ventilatory impairment among the agrowaste-user subjects was higher than among users of gas and wood. Difficulty in respiration and frequent coughing were strongly associated in wood-user female subjects as well with ORs of 2.10 (95% CI = 0.85-2.49) and 1.79 (95% CI = 0.91-1.98), respectively. Chest pain was significantly associated in agrowaste- and wood-user female subjects. This study confirms an association between the reductions in lung efficiency with high PM(10) exposure in the rural population. The result of this study reveals an association between respiratory diseases symptoms and indoor air quality in the biomass-using rural population of Jalgaon district.

Household Level Pollution in India: Patterns and Projections, 2011.

K.S. Kavi Kumar and Brinda Viswanathan, MADRAS SCHOOL OF ECONOMICS.

Solid fuels are still a major source for cooking in many households in India causing significant disease and global warming burden. This study analyses the pollution-income relationship (for both local and global pollution), separately across rural  and urban households in India based on unit record data on fuel consumption obtained through National Sample Survey  data for  2004-05.

Based on the estimated relationship, the study makes an attempt to project household level pollution for 2026. The study further analyzes the health burden and greenhouse gas emissions under various policy scenarios including deeper penetration of clean fuels and wider utilization of improved cook stoves.

Cookstoves and Non-Communicable Diseases: The Impact of Non-Communicable Diseases, Sept. 2011. Global Alliance for Clean Cookstoves.

Household air pollution (HAP) caused by smoke from cooking and heating with solid fuels is the most widespread risk factor for NCDs in the developing world, impacting nearly 100 percent of the poorest 3 billion people. Moreover, despite the fact that millions of people in developing countries are moving out of poverty and into the middle class, continued population growth results in more people being exposed to HAP today than in any previous period of human history.

The link between HAP and NCDs is well established. HAP causes lung cancer and chronic lung disease, and is the leading risk factor for these diseases among non-smoking women in developing countries. HAP increases the risk of delivering low birth-weight babies, who are then at increased risk of developing NCDs later in their lives.

Emerging evidence suggests that HAP may also cause cardiovascular disease, cancers of the digestive system, and cervical cancer. Therefore, widespread adoption of clean cookstoves among the poor in developing countries is essential in preventing NCDs caused by HAP.

Environmental Health Perspectives, Sept. 2011.

Impact of the Improved Patsari Biomass Stove on Urinary Polycyclic Aromatic Hydrocarbon Biomarkers and Carbon Monoxide Exposures in Rural Mexican Women

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Horacio Riojas-Rodriguez, et al.

Background: Cooking with biomass fuels on open fires results in exposure to health-damaging pollutants such as carbon monoxide (CO), polycyclic aromatic hydrocarbons (PAHs), and particulate matter.

Objective: We compared CO exposures and urinary PAH biomarkers pre- and postintervention with an improved biomass stove, the Patsari stove.

Methods: In a subsample of 63 women participating in a randomized controlled trial in central Mexico, we measured personal CO exposure for 8 hr during the day using continuous monitors and passive samplers. In addition, first-morning urine samples obtained the next day were analyzed for monohydroxylated PAH metabolites by gas chromatography/isotope dilution/high-resolution mass spectrometry. Exposure data were collected during the use of an open fire (preintervention) and after installation of the improved stove (postintervention) for 47 women, enabling paired comparisons.

Results: Median pre- and postintervention values were 4 and 1 ppm for continuous personal CO and 3 and 1 ppm for passive sampler CO, respectively. Postintervention measurements indicated an average reduction of 42% for hydroxylated metabolites of naphthalene, fluorene, phenanthrene, and pyrene on a whole-weight concentration basis (micrograms per liter of urine), and a 34% reduction on a creatinine-adjusted basis (micrograms per gram of creatinine). Pre- and postintervention geometric mean values for 1-hydroxypyrene were 3.2 and 2.0 μg/g creatinine, respectively.

Conclusion: Use of the Patsari stove significantly reduced CO and PAH exposures in women. However, levels of many PAH biomarkers remained higher than those reported among smokers.

STOVE ADOPTION AND IMPLICATIONS FOR LAND DEGRADATION AND DEFORESTATION: THE CASE OF ETHIOPIA, 2011.

Zenebe GEBREEGZIABHER

Land degradation is a global concern. It affects some 2 billion hectares of land worldwide. In Ethiopia deforestation is a major problem and many peasants have switched from fuelwood to dung for cooking and heating purposes, thereby damaging the agricultural productivity of cropland. The government has embarked on a two-pronged
policy in an effort to stem deforestation and the degradation of agricultural lands: (i) tree planting (afforestation); (ii) dissemination of more efficient stove technologies.

This paper investigates the potential of the strategy of disseminating improved stoves in the rehabilitation of agricultural and forests lands, using a dataset on cross-section of 200 farm households from the highlands of Tigrai region, northern Ethiopia.

Results indicate that farm households in Tigrai/ Ethiopia are willing to adopt new/improved stove
innovations if these result in economic savings. Moreover, results suggest a significant positive impact in slowing the degradation of agricultural and forested lands. On a per household basis, we found that adopters collect about 70 kg less wood and about 20 kg less dung each month, which indicates adoption of improved stove reduces harvest
pressure on local forest stands. In terms of wood alone, assuming an average of 120 metric ton of biomass per ha, we found the potential reduction in deforestation amounts to some 1,200 ha per year, not an inconsequential savings.

Sept. 3, 2011 – Each year, 200,000 hectares of forest vanish in Madagascar as trees are cut down to provide wood for heating and charcoal for cooking. One Swiss organisation is trying to turn the tide, backing the production of solar cookers as a more eco-friendly alternative to the combustion stoves used by much of the population.

All along the 1,000 kilometres of the road leading from the capital Antanarivo to Tuléar, the main town in the southwest, the landscape is barren except for a few trees, the lone witnesses of the forests that once stood there.

Solar cookers are becoming common in Madagascar despite some resistance to change (swissinfo)

These trees will probably meet the same fate, cut down to be transformed into charcoal and sold by the bag along the roadside.

Over the past 20 years, one million hectares of forests have been destroyed, with just ten per cent remaining on the island. Specialists say that in another 50 years, there will be no forests left on Madagascar.

Nicknamed the Green Island, it is now slowly becoming a desert. Erosion, a lack of water and loss of biodiversity are the main consequences of this deforestation.

The causes are to be found in the country’s economic situation and demographic development since its independence in 1960. The population grew from four to 20 million while the economy stagnated.

Today, three out of four Malagasys live in poverty and burning down forests to replace them with rice paddies is more about survival than economics.

Close to hand and available at no cost for a long time, wood is mainly transformed for domestic use.

“Eighty per cent of the trees cut down in Madagascar are used to cook food,” explained Otto Frei, the coordinator of Swiss non-governmental organisation ADES (Association for the Development of Solar Energy) , which has been producing solar cookers on the island for a decade.

“The Malagasys don’t cut down trees for fun. In the Tuléar region, three years of drought and the collapse of the cotton industry mean that farmers have turned to charcoal production as a way of surviving.”

Alternative energy
For ADES, this means that other methods of producing energy must be made available to the local population.

Regula Ochsner, the NGO’s founder, latched on to solar power as a response when she began work on the island in 2001. Around Tuléar, there are around 300 days of clear weather per year, with an average of six hours of sunshine – ideal conditions for solar energy.

Since its creation, ADES has sold more than 6,000 solar cookers to households and schools. They are produced semi-industrially in different parts of the country and sold for around SFr15 ($18.80) per unit – less than 20 per cent of what they actually cost – to be competitive with wood and charcoal.

But lower costs have not automatically led to success. “It takes too long to cook and the food doesn’t taste as good,” said the three cooks at the Salines de Tuléar school.

The establishment is an ADES partner and has three solar cookers. But at lunchtime, with the sun high in the sky, the cookers are in storage.

Meanwhile, the three new wood-burning stoves are getting a workout. “It takes too long to prepare food for 350 children with solar cookers,” the cooks told swissinfo.ch. “Every time a cloud drifts across, proper cooking is not ensured.”

Changing habits
Local habits seem to be the main obstacle to the project’s success.

“That’s why we follow up the households that purchased one of our cookers,” said Anatolie Razafindrafeno of ADES. “Around 15 to 20 per cent don’t understand how to use the cookers properly.”

The taste of the food cooked in the cookers is also supposedly closer to that of the ingredients. “But people have become used to eating overcooked food,” added Razafindrafeno.

And solar cookers cannot be used to prepare a staple of the locals’ diet, ranovola, which is water that is boiled with burnt cooked rice and served with most meals. The same goes for anything with grilled meat or fish.

To overcome this, ADES began producing stoves that use 50 per cent less charcoal.

“We have already sold over 5,000 and we can’t keep up with demand,” said Razafindrafeno.

Many of the purchasers are small restaurants because it helps cut their costs. With fewer and fewer trees to cut down, the price of charcoal has risen around a third over the past years, and more than doubled during the rainy season.

Against the clock
ADES has diversified its solar activities over the years and become a major actor in the field on the island. Staff in Tuléar are working on a solar oven with photovoltaic cells that could run a radio or recharge a mobile phone.

Solar parabolic dishes, which can grill food at temperatures up to 600 degrees Celsius – versus 150 for a solar cooker – are also being considered.

The NGO hopes to supply much of southern Madagascar’s population with solar installations by 2030.

“It’s only a drop in the ocean,” admitted Frei. “We hope to get something started, but much bigger projects are needed to save Madagascar’s forests. But will we have enough time?”

http://www.swissinfo.ch/eng/science_technology/Solar_cookers_to_save_Madagascar_s_forests.html?cid=31046656

On August 11, 2011, PCIA hosted a webinar discussing the results of the EPA-funded Kitchen Performance Test (KPT) training and technical assistance program supporting Partner organizations in India, Nepal and Peru.

Michael Johnson of Berkeley Air Monitoring Group discussed KPT basics, gave an overview of the training and field testing, presented results from each country, and provided ways to use the KPT results to enhance programmatic performance, and key recommendations for strengthening stove performance monitoring. The purpose of this webinar was to:

  • Share the methods used and results of the program
  • Equip Partners with insights on the value of field testing and how to apply to their own program
  • Discuss recommendations for increasing field assessments to better characterize ‘real-world’ performance
  • Motivate Partners to increase testing capacity and report results

Link to Webinar and Reports

Environ Monit Assess. 2011 Sep;180(1-4):461-76.

Personal and indoor exposure to PM(2.5) and polycyclic aromatic hydrocarbons in the southern highlands of Tanzania: a pilot-scale study.

Titcombe ME, Simcik M. Departments of Chemistry and Mechanical Engineering, University of Minnesota, 111 Church Street SE, Minneapolis, MN, 55455, USA, titco006@umn.edu.

Personal and indoor exposure to PM(2.5) and polycyclic aromatic hydrocarbons (PAHs) were measured in households in the Njombe district of Tanzania. Cooking is conducted indoors in this region due to its high elevation, cool climate, and heavy seasonal rainfall. Kitchens are often poorly ventilated, resulting in high exposures to combustion-related pollutants.

Sampling sites were selected to represent typical cooking practices across regional socio-economic divisions. These include the use of open wood fires, charcoal, a mix of charcoal and kerosene, and liquid petroleum gas (LPG) for cooking fuels. PM(2.5) average personal exposure was 14 μg/m(3) (±3, n = 3) for LPG, 88 μg/m(3) (±42, n = 3) for kerosene/charcoal mix, 588 μg/m(3) (±347, n = 3) for charcoal alone, and 1574 μg/m(3) (±287, n = 3) for open wood fires. Total PAH average personal exposures were less than 1 ng/m(3) (±1, n = 3) for LPG, 57 ng/m(3) (±16, n = 3) for kerosene/charcoal mix, 334 ng/m(3) (±57, n = 3) for charcoal alone, and 5040 ng/m(3) (±909, n = 3) for open wood fires. Benzo[a]pyrene equivalent exposures for US EPA’s priority PAH pollutants were 0 for LPG, 8 ng/m(3) for kerosene/charcoal mix, 44 ng/m(3) for charcoal, and 767 ng/m(3) for open wood fire.

Inhalable pollutants are present at unacceptably high levels, exceeding indoor air quality standards for all but LPG fuels. Relative results provide an exposure profile for rural East Africa and support the feasibility of conducting a larger scale smoke exposure campaign in the region. The use of “fuel efficient” wood stoves for the reduction of PM(2.5) and PAH exposure was measured in a local secondary school. Proper use of “fuel efficient” wood stoves reduced personal and indoor exposure to measured pollutants by more than 90%, supporting further investigation into the applicability of this technology to significantly improve indoor air quality.