Nigeria

A pioneering wastewater treatment project using Microbial Fuel Cell technology introduced by a Nigerian scholar in 2024. The bioelectrochemical system generates electricity while treating wastewater, offering a dual solution to energy and sanitation challenges.

Development of 500 megawatts of solar power capacity throughout Nigeria, including utility-scale projects.

Development of 200 small-scale solar projects with 1 megawatt capacity each to provide reliable electrical power to villages and rural communities.

Green hydrogen, ammonia, fertilizer, electricity production from waste

Production and supply of industrial and medical gases

Renewable energy

Used by SunHydro to generate hydrogen, making the fueling process fully sustainable.

Mentioned as an established energy storage technology that has benefited from stronger policy support and commercialization pathways compared to MFCs.

A technology praised for its transparency, immutability, and decentralized trust, proposed as a backbone for tracking and auditing AI-driven decisions in finance.

Development of 500 megawatts of solar power capacity throughout Nigeria, including utility-scale projects.

Development of 200 small-scale solar projects with 1 megawatt capacity each to provide reliable electrical power to villages and rural communities.

A pioneering wastewater treatment project using Microbial Fuel Cell technology introduced by a Nigerian scholar in 2024. The bioelectrochemical system generates electricity while treating wastewater, offering a dual solution to energy and sanitation challenges.

Ammonia produced from green hydrogen and nitrogen, intended for use as a fertilizer and increasingly as a zero-emission maritime fuel.

Electricity generated from human and animal waste.

Hydrogen produced through water electrolysis using renewable electricity, with zero associated carbon emissions, to be incorporated into the Baytown facility's diverse hydrogen supply mix.