In a bid to tackle water scarcity and environmental pollution, an Egyptian researcher has developed a game-changing technology that produces green hydrogen from wastewater.

Speaking at a seminar organized by the Arab Green Hydrogen and Green Projects Awareness Initiative, Eng. Maisa Salah El-Din, Director General of Research and Development at the Alexandria Drinking Water Company, unveiled this groundbreaking technology.

The innovative process utilizes solar energy to treat wastewater, simultaneously reducing the carbon footprint and generating hydrogen, a clean fuel hailed as the future of energy. This breakthrough comes at a critical time as the Middle East and North Africa grapple with water scarcity, environmental concerns, and soaring energy costs.

This dual-purpose technology offers a promising solution, contributing to water desalination while producing clean energy and ultimately adding significant value to the national economy.

Utilizing photovoltaic solar cells, the system converts solar energy into electricity, powering the wastewater treatment process and producing hydrogen as a byproduct. This technology not only mitigates environmental pollution from wastewater discharge but also generates green hydrogen, a versatile fuel for electricity generation. Moreover, it enables the recycling and desalination of wastewater, offering a sustainable solution to water scarcity.

This Egyptian innovation marks a significant stride toward achieving sustainable development goals, inspiring further investment in renewable energy research and development across the region.