Exposure to household air pollution (HAP) is a top-ten risk factor for morbidity and mortality worldwide, and is a leading contributor to the burden of disease around the world. Access to modern energy has been proposed as a basic human right, yet 3 billion people still rely on traditional energy sources (e.g., wood, charcoal, kerosene) to support household needs such as cooking, heating, and lighting. Emissions from traditional energy sources create unhealthy levels of HAP and contribute to the earth’s radiative energy balance; over the next century, anthropogenic climate forcing is expected to inflict a major toll on human health. We seek to help shift the current household energy paradigm to increasingly efficient and sustainable solutions.
Resources
Resources and Webinar Recordings
Combating Household Air Pollution with Clean
Combating Household Air Pollution with Clean Energy Solutions in Ghana – How a Better Understanding of Human Biology and Human Behavior can Improve Energy Policy See question and answer document. ...
Household Energy, Biomass Sustainability, and
Household Energy, Biomass Sustainability, and Land Cover Change See question and answer document here. Click here to watch the recording! ...
Honduras Cookstove Intervention Study
Impact of the wood-burning Justa cookstove on household air pollution and cardiometabolic health: A stepped-wedge randomized trial in rural Honduras See question and answer document here. Click here ...
Scaling up clean cooking in sub-Saharan Africa
Are cleaner cooking solutions clean enough? How can we scale them up in sub-Saharan Africa? Evidence from a systematic review and multinational studies (CLEANAir( Africa) & PURE-AIR) See ...
HAPIN exposure contrasts and adherence
See question and answer document and publications here. Download a recording of this webinar here ...
Household energy, air quality, and health
Click here to watch the recording! Download the slides! See grant publications. ...
Emissions factors from biomass burning
Click here to watch the recording! Download the slides! See Q&A and grant publications! ...
Cooking, trash burning, and air quality in Ghana
Thanks for joining us! Find the webinar resources below or at our website ashes-csu.org. Click here to watch the webinar recording! Download the Slides! See Q&A and grant publications here! ...
Clean cookstoves, indoor air quality, and climate
Click here to watch the webinar recording! Download the Slides! See Q&A and grant publications here! ...
Integrated lab, field, and modeling study
Click here to watch the webinar recording! Download the Slides! See Q&A and grant publications here! ...
World Health Organization’s New Toolkit
ASHES webinar series recording: WHO’s Clean Household Energy Solutions Toolkit (CHEST), specifically the ‘Guidance on Standards and Testing’ module Click Here to Watch the ...
Mask Bootcamp 101
Interested in designing or making your own mask? Want to learn about what separates a “good” mask from a “bad” one? Come join us for a free 60-min webinar where you will learn about: • Principles of ...
Cookstove Catalog
Explore stove, fuel and testing information from Alliance partners from the Clean Cooking Alliance. Link: http://catalog.cleancookstoves.org/ ...
ISO19867 Harmonized laboratory test protocols
These voluntary performance targets are provided as informative guidance, and are not intended as normative requirements for the testing of cookstoves. Performance targets can be considered as an ...
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About
About Us
We are a consortium of researchers, academics, and practitioners seeking to enhance and support the adoption of clean, affordable household energy solutions. Our strategy is to build on past successes while addressing both current and emerging challenges in the household energy sector. We seek to: (1) Increase the adoption and use of clean and efficient cooking and heating devices through increased awareness, capacity and the number of individuals/organizations participating in the sector; (2) Reduce the amount of harmful pollutants released into households and the environment from household energy systems; (3) Expedite the transition to cleaner, more efficient household energy systems (including biogas, electricity, ethanol, LPG, pellets, and solar) in domestic and international settings. In support of these objectives, our consortium is leveraging our related experiences in emissions characterization, exposure assessment, health effects research, climate science, education and capacity building, implementation science, impact assessment, community-based participatory research, and gender dynamics in both the US and abroad. (4) Understand and develop energy solutions through interdisciplinary approaches, inclusive of context specific cultural, economic, and technological barriers and opportunities.
John Volckens
Professor
Mechanical Engineering, Colorado State University
Focus Areas:
Capacity Building, Policy Development, Indoor Air Pollution/Exposure/Health Impacts, Knowledge Transfer, Emissions Characterization
Christian L'Orange
Assistant Professor
Mechanical Engineering, Colorado State University
Focus Areas:
Capacity Building, Policy Development, Indoor Air Pollution/Exposure/Health Impacts, Standards Development, Emissions Characterization
Rebecca Witinok-Huber
Postdoctoral Research Fellow, ASHES Program Coordinator
Environmental and Radiological Health Sciences, Colorado State University
Focus Areas:
Environmental Social Science, Gender Equity, Environmental Health, Climate Resilience & Adaptation, Community-Based Participatory Research, Food Security and Agricultural Extension
Michael Johnson
Technical Director
Berkeley Air Monitoring Group
Focus Areas:
Household energy, air pollution, personal exposure, stove performance and standards, testing protocols, capacity building, instrumentation
Elisa Derby
Consultant
Berkeley Air Monitoring Group
Focus Areas:
Household energy, capacity building, standards development and implementation, technical facilitation
Learn More About Our Organizations
Volckens Research Group
Colorado State University
Berkeley Air Monitoring Group