Household4m³
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Household Starter
For smaller households with consistent livestock manure and daily cooking needs.
- Indicative cattle1–2
- Household4–6 people
- OutputCooking gas + digestate
Turn animal manure and organic waste into reliable biogas for cooking — while producing nutrient-rich fertiliser and reducing pressure on Kenya's forests.
The number of cattle is a deliberately simple first sizing signal. Final sizing depends on manure availability, water, temperature, cooking demand and other suitable feedstocks.
For smaller households with consistent livestock manure and daily cooking needs.
Balanced system for a family with a small cattle holding and regular cooking demand.
For larger families, dairy farms or households with stronger feedstock availability.
*Cow-equivalent figures are indicative only. The 300-pupil example is derived from current KyoGreen project materials; an engineering assessment is required before purchase or deployment.
A fast pre-assessment that turns technical sizing into an understandable first recommendation.
Animal manure and suitable organic material are mixed with water and fed into the digester.
Natural anaerobic digestion converts the organic matter into methane-rich biogas.
Biogas is piped to a purpose-designed burner to provide a reliable clean cooking fuel.
The remaining digestate can be used as nutrient-rich organic fertiliser.
Individuals, companies and communities can fund complete installations, contribute to a shared target or launch a branded campaign.
Help install school-scale biogas systems that reduce dependence on firewood and create a measurable clean-energy asset.
Give a company, community, diaspora group or school its own target, story, payment page and impact reporting.
The Kenya site should continually surface installations, commissioning milestones and verified field evidence rather than relying on generic sustainability claims.
TV47 reported the commissioning of a new 50m³ biogas plant at St. Agatha Mokwo Girls Secondary School as part of the Kaptagat conservation programme, highlighting biogas as a tool to reduce fuelwood pressure.
Read coverage →Kyoto Network announced the KyoGreen 10,000 Schools Biogas Initiative following the Kaptagat anniversary activities, positioning institutional clean cooking as a scalable national programme.
Programme overview →A system page can become the permanent record of what was installed, where it was installed, how it is performing and what evidence supports its impact.
Illustrative digital system passport
It depends on system size, actual manure collection and other available organic feedstocks. The cow icons are a quick guide; final sizing follows a site/feedstock assessment.
Potentially, yes. Feedstock suitability varies, so KyoGreen assesses the mix before confirming the design.
Yes. Companies can fund individual systems, a portfolio of homes or schools, or create a branded campaign with progress and impact reporting.
No. Estimated or measured greenhouse-gas reductions should not be described as issued carbon credits unless and until the relevant programme completes the required validation, verification and issuance process.
This build captures an order request and generates a reference. Connect the form to your CRM/payment workflow at deployment.
Ideal for companies, schools, communities, diaspora groups and foundations.