en.Wedoany.com Reported - China Pingmei Shenma Group has launched a green and low-carbon urea demonstration project on Donghai Island, Zhanjiang City, accompanied by an industrial chain investment promotion event. The project is jointly invested and constructed by the group's subsidiaries, Henan Energy Chemical International Trade Group and Zhongyuan Dahua Group, with a total investment of 5 billion yuan and an annual planned production capacity of 3 million tons of urea, of which the first phase has a scale of 600,000 tons.

The project's raw material, carbon dioxide, is directly sourced from industrial tail gas on Donghai Island Industrial Park. Through carbon capture, utilization, and storage (CCUS) technology, it achieves resource recycling, and is then coupled with imported green ammonia to produce green urea. The urea production process adopts the high-efficiency synthesis and ultra-low energy consumption carbon dioxide stripping patented technology of Wuhuan Engineering Co., Ltd. According to the disclosed environmental impact assessment information, the production process includes CO2 low-temperature separation and purification, high-pressure urea synthesis, medium-pressure decomposition and recovery, and large-particle fluidized bed granulation.

According to the plan, the project will extend in the future to downstream high-end new material fields such as melamine, melamine fiber, cyanurate, and foam.

At the launch ceremony, industrial chain investment signing was simultaneously held, including cooperation framework agreements for the second and third phases of the project and extension and supplementation projects, a carbon dioxide supply letter of intent, a foreign raw material synthetic ammonia supply letter of intent, and a urea product export letter of intent, forming a complete international closed loop from raw materials to the market.

The project is located on Donghai Island, adjacent to leading enterprises such as Sinopec Zhanjiang Refining & Chemical and Baosteel Zhanjiang Iron & Steel. This geographical proximity advantage enables the project to directly utilize carbon dioxide emissions from surrounding enterprises as production raw materials, achieving "adjacent supply" and resource recycling.