Zambian Farming Community Powers Homes and Irrigation With Cattle Dung
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A community cooperative in Zambia is using cattle dung to produce biogas for cooking, electricity, and irrigation. The project currently provides clean fuel to 100 households and is being expanded to reach all 600 cooperative members and nearby communities. All necessary equipment has been supplied to users free of cost.
Facts First
- A Zambian community cooperative is producing biogas from cattle dung to power cooking, irrigation, and electricity.
- The project currently supplies 100 households with methane gas through pipes or portable storage bags.
- All project equipment was supplied to consumers free of cost, including adapted biogas stoves and installation fittings.
- The operation is being expanded to cover all 600 cooperative households and nearby communities.
- Gas is produced by feeding dung into a sealed biodigester, where anaerobic bacteria break down the waste.
What Happened
In Nkhundye, a farming community in Zambia’s Eastern province, a community cooperative is using cattle dung from a communal livestock enclosure to produce energy. The Nkhundye Community Cooperative... manages the biogas plant with partner Biogas Technology in Zambia. Dung is mixed with water and fed into a sealed biodigester, where anaerobic bacteria break it down to produce methane gas.
Why this Matters to You
This project demonstrates a replicable model for turning agricultural waste into a reliable, local energy source. For the community members, it provides free cooking fuel and power for irrigation pumps, which could improve food security and reduce reliance on purchased fuels or grid electricity. The expansion to more households suggests the model may be scalable, offering a template for other rural communities seeking sustainable energy solutions.
What's Next
The operation is being expanded to cover all 600 households in the Nkhundye Community Cooperative and nearby communities. This expansion could significantly increase the number of people with access to clean cooking fuel and irrigation power, potentially improving livelihoods and agricultural productivity in the region.