A man stands next to a logo of Sinopec, or China Petroleum and Chemical Corporation, at an expo on rubber technology in Shanghai, China September 19, 2018.
The project is designed to generate 400,000 metric tons of green hydrogen and 2.8 million tons of green ammonia annually, powered by wind and solar energy. These sustainable energy sources will support the production process, aligning with global efforts to advance clean energy solutions. Commercial operations for the facility are expected to commence in 2030, marking a key milestone in sustainable energy development.
Sinopec Engineering Group, a subsidiary of Sinopec, will oversee critical aspects of the project. The group is tasked with conducting the front-end engineering design and managing the convertible engineering, procurement, and construction phases. This role underscores Sinopec’s expertise in delivering complex energy projects and its commitment to supporting renewable energy initiatives globally.
The collaboration between Sinopec and ACWA Power highlights the growing emphasis on green energy technologies. By utilizing wind and solar power, the Yanbu facility aims to produce clean hydrogen and ammonia, which are essential for reducing carbon emissions and supporting industries seeking sustainable fuel alternatives. This project strengthens the partnership between China and Saudi Arabia in advancing innovative energy solutions.
The initiative reflects a shared commitment to addressing global energy demands through environmentally friendly methods. The production of green hydrogen and ammonia in Yanbu will contribute to the global supply of clean energy, supporting efforts to transition to low-carbon economies. Sinopec’s involvement ensures the project benefits from advanced engineering capabilities, positioning it for success upon its operational launch in 2030.
