Berkeley Air is a part of a team with Oregon State University, the University of Colorado, Climate Solutions Consulting, and the Haitian Energy Institute to collaborate with the Clean Cooking Alliance to provide key data to support evidence-based decision making for the new market development initiative in Haiti. Primary objectives include: quantifying baseline and improved technology emissions; quantifying household fuel…
Members of Berkeley Air’s technical team traveled to Rwanda for two weeks in May and June of 2019 to complete a formal training in the Kitchen Performance Testing Protocol for roughly twenty District Managers at DelAgua Rwanda, a social benefit company interested in solutions for reducing household air pollution, and providing clean drinking water, among other initiatives. After a resounding…
Berkeley Air undertook a comprehensive assessment of fuel use and technology adoption of improved cookstoves and pellet fuels in 200 refugee households in Kigeme Camp, Rwanda. Berkeley Air utilized a cross-sectional mixed methods study design which included survey and instrument-based monitoring for households throughout the camp, including Inyenyeri’s customer base.
Berkeley Air supported an improved cookstove project to conduct a survey to determine rates of stove usage and loss among beneficiaries and to measure the fuel efficiency of each stove vintage using the water boiling test (WBT). Results were used to develop a methodology for forecast greenhouse gas emissions reductions.
In this project Berkeley Air applied technical field testing methods to explore questions about adoption and fuel efficiency for a group of improved cookstoves in Nepal that were being evaluated as part of the United States Agency for International Development-funded WASHplus project: Assessment of Nepal Consumer Needs, Preferences, and Willingness to Pay for Improved Cookstoves. Berkeley Air initially trained and…
With funding from the Shell Foundation, Berkeley Air partnering with household energy researchers at Universidad del Valle de Guatemala to conduct a field evaluation of an improved plancha stove in Honduras.
Berkeley Air conducted a qualitative comparison of charcoal and carbonized agricultural waste briquettes to gauge user acceptance by households and food vendors. We utilized qualitative data collection techniques including interviews with closed and open questions, as well as accompanying observations.
Berkeley Air and our field team implemented a baseline carbon study for Toyola Energy Limited’s charcoal coalpot stove. The study characterized fuel use patterns across Toyola’s customer base and measured fuel use to compare traditional and improved cooking technologies.
Berkeley Air conducted carbon monitoring for Katene Kadji, a stove manufacturer in Bamako, Mali. Katene Kadji is receiving carbon offsets from the sale of its improved charcoal stoves.
Under the USAID-funded WASHplus project (primarily led by FHI-360 and Winrock International), Berkeley Air conducted two technical sub-studies to compare five improved wood-burning cookstoves to the traditional cookstove.