Qatar

A plantation designed to revitalize desert terrain using seawater greenhouses and solar energy to create an environment conducive for plant life, providing fresh water, food, and renewable energy.

An alternative energy system for Qatar University's laboratory that will utilize solar, wind, and hydrogen power, primarily through fuel cells, to meet energy demands and support research.

solar energy

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

Solar panels converting sunlight into electricity for the airport facility.

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

A plantation designed to revitalize desert terrain using seawater greenhouses and solar energy to create an environment conducive for plant life, providing fresh water, food, and renewable energy.

A proposed hydrogen pipeline connecting Qatar, Saudi Arabia, and Egypt to Europe via the Mediterranean Sea to transport low-carbon hydrogen (green and blue hydrogen) from the Gulf region to European markets.

An alternative energy system for Qatar University's laboratory that will utilize solar, wind, and hydrogen power, primarily through fuel cells, to meet energy demands and support research.

A comprehensive policy report covering renewable energy frameworks, targets, and incentives across twelve countries in the Middle East and Africa region. The handbook includes detailed analysis of electricity policies, power sector reforms, feed-in tariffs, and technology-specific incentives.

A low-emission and low-fuel-consumption hybrid vehicle equipped with hydrogen fuel cells and thermal capture technology. It is designed to reduce pollution and offer an alternative to traditional vehicles.

A miniaturized PEM electrolyzer designed for the specific purpose of being small and lightweight, with the capability for mass production. It is versatile and can be combined with solar cells and concentrated photovoltaic solar panels.