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Chinese firms sign Southeast Asia's first green power hydroalcohol project

中企签约东南亚首个绿电氢氨醇项目

The consortium of China Energy Construction Company (CEC) CLP Engineering International and Northeast Institute has successfully signed an EPC contract for the Green Ammonia Renewable Energy Project in Batam, Indonesia.Located in Batam Island, Indonesia, the project is planned to build a land-based photovoltaic and water-based photovoltaic power plant with a total installed capacity of 240 MW, as well as a green ammonia facility with an annual production capacity of 37,500 tons. This is the first project in Southeast Asia to realize the advanced technology of Green Power Hydrogen Alcohol of CLP Engineering, which will provide integrated solutions including technical solution design, equipment supply engineering construction and operation management to ensure the efficient implementation and long-term stable operation of the project, and the green synthetic ammonia it produces will be delivered to Singapore. As a global industry leader, CLP Engineering actively responds to the market demand in Southeast Asia, follows the industry trend, and contributes to the regional energy decarbonization through technological innovation and model innovation. The signing of this contract is another important milestone in the international layout of CLP Engineering International, and the project will become an important support point for helping Southeast Asia's regional energy transformation and optimizing energy structure.

In the future, the company will further strengthen its influence in the Southeast Asian region, promote more high-quality new energy projects to land, and inject strong momentum for the vigorous development of the local green energy business. Green ammonia is the use of renewable energy power generation electrolysis of water to produce green hydrogen, and then synthesized with nitrogen in the air ammonia, truly sustainable and carbon-free. As a clean fuel and excellent hydrogen storage carrier, green ammonia can be used to generate electricity, provide power for vehicles and ships, effectively reduce carbon emissions from shipping, and help the energy transition.
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