Reference

Climate impact assessment and PM concentration measurements of an improved cookstove in Red Panda habitat, (2020-2021)

Partners: Red Panda Network, Oregon State University

Before-after study among 70 households

• Measurement of fuel consumption using FUEL sensors
• Measurement of stove usage using EXACT sensors
• Measurement of kitchen PM concentration with light scattering HAPEx sensor.

Impact assessment of a rocket stove, Jet Flame and ventilation intervention, MALAWI (2021-2022)

Partners: C-Quest Capital, Oregon State University

• 2050 days of fuel consumption measurement using FUEL sensors
• 2050 days of stove usage measurement using EXACT sensors
• 205 24h measurements of kitchen PM concentration (gravimetric and light scattering measurements).

Baseline usage of charcoal and LPG stove in the Port-au-Prince area, HAITI, (2021-2022)

Partners: Berkeley Air Monitoring Group, Clean Cooking Alliance

Measurement of baseline stove usage in 180 households during 4 months with 600 EXACT sensors

Validation of the French translation of the new ISO 19867 standard “Clean cookstoves and clean cooking solutions – Harmonized laboratory test protocols” (2020)

Partners: Clean Cooking Alliance

Establishment of a national baseline for clean cooking carbon offset project in Togo, Senegal and Mali (2020)

Partners: Accessible Energy

• Calculation of national f_NRB value for biomass renewability rate
• Calculation of national consumption per household

Adoption, Climate and Health Impact Study of the Mimi Moto stove in Myanmar, MYANMAR (2019)

Partners: World Vision

Cross sectional sample of 90 households using traditional stoves, Mimi Moto with firewood and Mimi Moto with pellets.

• Measurement of exposure to PM2.5 (gravimetric and light scattering measurements)
• Quantification of Averted DALY (Gold Standard ADALY methodology) achieved by the intervention
• Measurement of usage intensity (cooking event, cooking time, traditional stove displacement ratio) with Stove Use Monitors
• Measurement of fuel consumption (Kitchen Performance Test)

Health Impact Study of the Dos por Tres Stove, HONDURAS (2018)

Partner: Proyecto Mirador

Quantification of health impact (expressed in averted DALY) of Proyecto Mirador national cookstove program:

• Cross sectional measurement of exposure to PM2.5 of improved cooking technology and traditional stove users in Honduras (240 households)
• Quantification of Averted DALY (Gold Standard ADALY methodology)
• Measurement of usage intensity of baseline and intervention stoves (cooking event, cooking time, traditional stove displacement ratio) with SUMS.

Monitoring of the Toyola stove in Togo, Home Based (2016-2018-2020)

Partner: Accessible Energy

Assessment of usage of the intervention stove and baseline stove in three main cities of Togo:

• Study design and sample selection (800 households out of the 105,000 stoves included into the project)
• Support to the survey implementing organization
• Data analysis and report writing for CDM verification

Performance Assessment of 10 Institutional cookstoves, UGANDA (2018)

Partner: UNDP

• Definition of a testing protocol based on the Controlled Cooking Test
• Measurement of fuel savings achieved by 10 different models of institutional cookstoves

Clean Cooking Solutions Grant Facility: Market Test, Kakuma Refugee Camp, KENYA, (2018)

Partners: World Bank ESMAP, Practical Action Consulting

Field test of 11 firewood and improved cookstoves in Turkana county, Kenya (520 households):

• Randomized Control Trial study design,
• Kitchen Performance Test,
• Stove usage measurement,
• Assessment of consumer acceptance,
• Stove degradation,
• Ability and Willingness to pay

Health Impact Study of the Mimi Moto stove, MYANMAR (2017)

Partner: World Vision

Quantification of health impact (expressed in averted DALY) of the Mimi Moto stove in two areas of Myanmar:

• Cross sectional measurement of exposure to PM2.5 among households using improved and traditional cooking technology (120 households).
• Quantification of Averted DALY (Gold Standard ADALY methodology)

Health Impact Study, AFGHANISTAN (2017)

Partner: GERES

Quantification of health impact (expressed in averted DALY) of the GERES CHP program in Afghanistan.

• Cross sectional measurement of exposure to PM2.5 among households using improved and traditional cooking technology (120 households).
• Quantification of Averted DALY (Gold Standard ADALY methodology)

Improved cookstoves for shea butter producers: quantification of climate impact, BURKINA FASO (2016-2021)

Partners: L’Oréal, Entrepreneurs du monde

• CCT among 20 Shea Butter producers (specific fuel consumption)
• Measurement of local Black and Organic Carbon emission factors (carbon balance method)
• Continuous monitoring of stove usage (SUMS)
• Development of a dedicated climate impact accounting methodology taking into account CO₂, CH₄, N₂O, Black and Organic Carbon based on emission rate and cooking time.

Clean Cookstove Performance Testing Services, MYANMAR (2016)

Partners: World Vision, Aprovecho Research Centre

• Cross sectional study of 120 households using 4 different stoves
• Measurement of fuel consumption (KPT), stove usage (SUMS), kitchen concentration and exposure of the cook to PM2.5 (gravimetric and real time methods)
• Quantification of averted DALYs by the intervention

Household Air Pollution, black carbon and health impact assessment of an ethanol stove intervention in KENYA (2016)

Partners: ClimateCare, GreenDevelopment, DFID

• Cross sectional study of 120 households: measurement of PM2.5 in ambient and kitchen air; measurement of cook and children exposure to PM_2.5 (gravimetric and real time methods)
• Field measurement of emission factors for PM_2.5, CO₂, CO and black carbon of charcoal, kerosene and ethanol stoves (carbon balance method).
• Quantification of averted DALYs by the intervention

Development of a toolkit TOR for the WHO “Indoor air quality guidelines: household fuel combustion”, Home Based, HONDURAS (2015)

Partners: WHO, Practical Action Consulting

The toolkit will help the health sector implement the new guidelines and integrate health outcomes in the planning and monitoring of national cookstove interventions.

Cookstove and M&E lead

Evaluation of a clean energy project in BURKINA FASO (2014)

Partner: USAID

Nafa Naana promotes the development of clean energy technologies (improved stoves, LPG stoves, solar lanterns, etc.) to households in Burkina Faso through micro-franchising.

• Evaluation of indicators relevancy
• Evaluation of data collection procedures
• Provide recommendations to improve the continuous monitoring of the project

Longitudinal Study of 8 improved cookstoves in HAITI (2014)

Partners: USAID, Chemonics

Oversee a one year study of the impacts of 8 improved cookstoves in 120 households of Port-au-Prince. The study includes the continuous monitoring of stove use (SUMS), quantitative measurement of fuel use (KPT), indoor air pollution (PM_2.5 and CO) and the assessment of stove conditions, users’ perceptions…

• Recommendation on study design
• Training of surveyors
• Follow up of survey implementation
• Data quality control and analysis
• Report writing

Baseline Assessment, Monitoring and Evaluation of an improved cookstove project in HAITI (2013-2020)

Partners: Entrepreneurs du Monde

• Energy use pattern baseline assessment of about 500 households and street food vendors in the greater Port au Prince area (qualitative survey and KPT):
  • Definition of indicators and monitoring plan
  • Sampling for household and street food vendor (clustered, stratified sample)
  • Surveyor training and management
  • Data quality control and analysis
• Ongoing yearly monitoring survey among LPG stove users

Baseline Assessment, Monitoring and Evaluation of an improved cookstove project in Brazzaville, REPUBLIC OF CONGO (2013-2016)

• Energy use pattern baseline assessment of about 500 households and street food vendors in the greater Brazzaville area (qualitative survey and KPT):
  • Definition of indicators and monitoring plan
  • Sampling for household and street food vendor (clustered, stratified sample)
  • Surveyor training and management
  • Data quality control and analysis

Evaluation of a domestic biodigester project in Sichuan, CHINA (2011)

Partner: French Development Agency

Following the 2010 earthquake the AFD financed the reconstruction of 100,000 domestic biodigesters.

• Evaluation of the project implementation
• Recommendation for the long term monitoring of the project’s impacts

Baseline Assessment, Monitoring and Evaluation of a household biodigester project in Qujing, Yunnan province CHINA (2010-2014)

Partners: French Global Environment Facility

• Energy use pattern baseline assessment of about 120 households in the Qujing prefecture of the Yunnan province (qualitative survey and KPT):
  • Definition of indicators and monitoring plan
  • Sampling for household (clustered, stratified sample)
  • Surveyor training and management
  • Data quality control and analysis
• Monitoring survey among biodigester users

Baseline Assessment, Monitoring and Evaluation of a domestic biodigester project in Guizhou and Yunnan provinces CHINA (2008-2014)

Partner: Initiative Développement

• Collaboration with an IT specialist to design a dedicated online database (using PHP/MySQL)
• Energy use pattern baseline assessment of about 25,000 households
  • Definition of indicators and monitoring plan
  • Surveyor training and management
  • Data quality control and analysis
• Monitoring survey among biodigester users (about 600 surveys yearly)

Carbon references: list of carbon offset projects developed