Gorge farm utilises local organic crop waste as feedstock for an innovative two-stage Anaerobic Digestive plant that is consistently up to 30% more efficient than conventional single-stage plants. The waste is digested by micro-organisms feeding in the absence of oxygen to produce biogas... “Through biogas and solar, we want to displace expensive and imported generation fuels – like diesel and heavy fuel oil – from Kenya’s distributed power mix" - Johnnie McMillan, Managing Director, Tropical Power.

Gorge farm utilises local organic crop waste as feedstock for an innovative two-stage Anaerobic Digestive plant that is consistently up to 30% more efficient than conventional single-stage plants. The waste is digested by micro-organisms feeding in the absence of oxygen to produce biogas... “Through biogas and solar, we want to displace expensive and imported generation fuels – like diesel and heavy fuel oil – from Kenya’s distributed power mix" - Johnnie McMillan, Managing Director, Tropical Power.

Gorge farm utilises local organic crop waste as feedstock for an innovative two-stage Anaerobic Digestive plant that is consistently up to 30% more efficient than conventional single-stage plants. The waste is digested by micro-organisms feeding in the absence of oxygen to produce biogas... “Through biogas and solar, we want to displace expensive and imported generation fuels – like diesel and heavy fuel oil – from Kenya’s distributed power mix" - Johnnie McMillan, Managing Director, Tropical Power.

Gorge farm utilises local organic crop waste as feedstock for an innovative two-stage Anaerobic Digestive plant that is consistently up to 30% more efficient than conventional single-stage plants. The waste is digested by micro-organisms feeding in the absence of oxygen to produce biogas... “Through biogas and solar, we want to displace expensive and imported generation fuels – like diesel and heavy fuel oil – from Kenya’s distributed power mix" - Johnnie McMillan, Managing Director, Tropical Power.