The Xinjiang Xinji Energy project aims to produce urea by early August

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On the afternoon of July 24, 2025, Xinjiang Xinji Energy and Chemical Co., Ltd. held a mobilization meeting for the start-up of operations in 2025, to analyze and assess the current situation and to make arrangements for resuming production and starting up the facilities. The holding of this mobilization meeting marks the complete conclusion of the project coordination and commissioning phase at Xinji Energy Company, as the company officially enters the critical stage of rushing to start up and put the facility into operation. The company provided a comprehensive overview of its preparations for commencing operations, covering six aspects: project construction, production operations, maintenance activities, safety improvements, employee training, and production plans. Analyzing the current situation faced by the company, it is absolutely imperative not to cross the \"red lines\" regarding security; we must not miss the \"opportunities\" presented by the market; and we must not slack off in achieving the goals set for the whole year. It clearly sets the goal of achieving a successful first attempt at operation that is \"safe, stable, and efficient\", with urea production to begin by early August. Strive to produce 200,000 tons of urea and 20,000 tons of compound fertilizer throughout the year. The Xinji Energy project utilizes Jinhua furnace coal water slurry gasification (waste boiler process, 3 gasifiers, 2 in operation and 1 in standby), shift reaction, low-temperature methanol washing, liquid nitrogen washing, sulfur recovery, ammonia refrigeration, 15 MPa ammonia synthesis, CO2 stripping for urea production, high-pressure melamine production, high-tower compound fertilizer production, and fluidized-bed compound fertilizer production technologies. It has an annual production capacity of 1.5 million tons of new type water-soluble compound fertilizers, 300,000 tons of diesel engine exhaust treatment agents, and 120,000 tons of melamine. Project Overview: The Xinjiang Xinji Energy Circular Economy Integrated Chemical Project is located in the Shuangfeng Circular Economy Industrial Park in Tiemenguan City, Second Division of the Xinjiang Production and Construction Corps. It has been included as a key construction project in the “14th Five-Year Plan” formulated by the State-owned Assets Supervision and Administration Commission of the autonomous region. Upon completion, the project will be able to produce 1.5 million tons per year of new types of water-soluble compound fertilizers, 300,000 tons per year of diesel engine exhaust treatment agents, and 120,000 tons per year of melamine, thus becoming Xinjiang’s largest nitrogen fertilizer production base. The total investment in the Xinjiang Xinji Energy Circular Economy Joint Chemical Project is 5.86 billion yuan. Backed by the Ministry of Agriculture and Rural Affairs’ restrictions on the use of agricultural fertilizers and its push to increase the use of water-soluble compound fertilizers, as well as the large market for vehicle exhaust treatments, this project takes full advantage of the coal resources produced by Jinchuan Group in Tiemenguan City, Second Division, along with favorable development policies. It utilizes molten urea produced by upstream urea production facilities to manufacture new types of water-soluble compound fertilizers, diesel engine exhaust treatment agents, and melamine. The project includes the construction of a synthetic gas production facility with an annual capacity of 1.28 billion m3 (using coal slurry gasification/waste boiler technology), a new type of water-soluble compound fertilizer production plant with an annual output of 1.5 million tons, along with a facility for producing 300,000 tons per year of diesel engine exhaust treatment agents; as well as a melamine production plant with an annual capacity of 120,000 tons and related supporting facilities. The main process units include coal preparation units, gasification units, shift units, desulfurization units, purification units, urea production units, melamine production units, air separation units, and boiler units.