Indonesia

A project to convert municipal solid waste into hydrogen fuel to power fuel cell electric vehicles (FCEVs) and address waste management challenges.

A multi-partner initiative to develop green hydrogen infrastructure for maritime decarbonization in Indonesia, including feasibility studies and long-term infrastructure development for hydrogen-fueled port operations and ship propulsion.

Three geothermal power generation facilities scheduled to become operational by the end of 2014, collectively generating 62 megawatts of electricity.

government

Oil and energy

Energy company with oil, gas, power, and hydrogen activities

Renewable energy source that experienced increased production in 2010 alongside solar and wind.

A renewable energy technology that harnesses heat from within the Earth to generate electricity. In Kenya's case, this is the primary focus of the World Bank-funded project.

Technology that harnesses wind energy to generate electricity, contributing to the hybrid renewable energy complex.

A hydrogen gas technology that generates oxyhydrogen (HHO) gas using an evolved application of water electrolysis with a proprietary catalyst. The device is designed to manufacture high-concentration HHO gas at scale with minimal electricity input.

Three geothermal power generation facilities scheduled to become operational by the end of 2014, collectively generating 62 megawatts of electricity.

A multi-partner initiative to develop green hydrogen infrastructure for maritime decarbonization in Indonesia, including feasibility studies and long-term infrastructure development for hydrogen-fueled port operations and ship propulsion.

The type of solar modules manufactured by First Solar, which will be used in the solar energy systems to be built in Indonesia.

A hydrogen gas generation device that produces oxyhydrogen (HHO) gas using water electrolysis with a proprietary catalyst. The technology is designed to manufacture high-concentration HHO gas at scale with minimal electricity input and is expected to cost less than 30 yen ($0.28) per cubic meter.

Hyundai's hydrogen fuel cell truck technology, featuring a 180kW stack and 350kW e-motor, road-tested in Europe since 2020.