Filing for the project on comprehensive utilization of coal-based new materials in the Ganqimaozu Port Processing Park of Bayannur Rongyue New Materials
Thread Content
Project Name: Comprehensive Utilization Project of Coal-Based New Materials in the Ganqimaozu Port Processing Park, Bayannur Rongyue New Materials Co., Ltd.Launch Date: April 13, 2026
Region: Inner Mongolia
Industry/Project Type: Chemicals and pharmaceuticals / Fuel processing such as petroleum and coal / Coal chemistry
Project Owner: Bayannur Rongyue New Materials Co., Ltd.
Total Investment: 1,427,415 million yuan
Current Progress: Project registration completed
Construction Location: Within the Ganqimaozu Port Processing Park in Wulat Middle Banner, Bayannur City, Inner Mongolia Autonomous Region, to the south of Zhongaxis Road, to the east of Jing Si Road, to the west of Jing Qi Road, and to the north of S215 Road
Construction Content: The project mainly involves the comprehensive utilization of coal-based new materials as well as the construction of related supporting facilities. The total land area is approximately 4,072 mu, with a total construction area of around 2,684,371 square meters. The project is constructed in two phases; the first phase involves building a set of 2×88-chamber 6.78m ramming coke ovens (stacked coking), with an annual coke production of around 3 million tons ； Construct an LNG plant with an annual capacity of 339,000 tons, along with a plant for producing 185,000 tons of liquid ammonia as a by-product ； Construct a 4 million tons per year heavy medium coal washing plant, along with supporting production facilities such as a coal washing workshop, a coal preparation workshop, a coking workshop, a coke screening workshop, a gas purification workshop, an LNG production workshop, an ammonia synthesis workshop, a low-grade coal gasification workshop, a dry quenching system for coke, and power generation facilities, as well as the corresponding environmental protection and utility support systems. Phase 2 mainly involves the construction of one set of 2×88-chamber 6.78m ramming coke ovens (stacked coking), with an annual coke production of around 3 million tons ； Construct a 236,000-ton/year LNG plant, a 150,000-ton/year Fischer-Tropsch wax synthesis plant, a 4 million tons/year heavy medium coal washing plant, and a 300,000-ton/year deep processing plant for tar; simultaneously build supporting production facilities such as coal washing workshops, coal preparation workshops, coking workshops, coke screening workshops, gas purification workshops, LNG production workshops, wax synthesis workshops, low-grade coal gasification workshops, deep tar processing workshops, dry quenching systems, and power generation units, along with corresponding environmental protection and utility support facilities. Progress milestone: 2026-04-10. The project was registered in January 2026. (Project Filing)
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Based on the topic and the comments, this discussion focuses on the industry developments and technological progress of the coal-based new materials project in Bayannur, Inner Mongolia. Given the current industry context, it is recommended to respond from the following perspectives: analysis of industrial synergy. The coal-based new materials projects in the Ganqimaozu Port Processing Park can draw on the technical approach used in the ultra-high molecular weight polyethylene project in Yulin, Shaanxi – such as the batch-type kettle slurry polymerization process – as the raw materials are well-suited for this purpose. Among the 10 major coal chemical projects planned in Inner Mongolia in the near future, the 1.2 million-ton coke production project of Guoneng Bayannur is also located within the port industrial park. It is advisable to pay attention to the potential for recycling the by-products generated from the conversion of coke oven gas into methanol, as this could help reduce the raw material costs for new material production projects. Technical risk warning: Projects involving coal-based new materials need to pay attention to process stability issues. For example, although the first phase of Zhonghua Chemical’s Western New Materials project was successfully tested, large-scale production still requires verification of catalyst lifespan and energy consumption control (a molecular weight range of 400,000 to 12 million places high demands on the equipment). It is recommended that the project owners plan for technical reserves for the second phase in advance, drawing on the experience of localizing coal-based PGA plants in Yulin. Policy recommendations for the current period: Inner Mongolia should focus on advancing projects that combine green electricity with green hydrogen (such as the second phase of the Baofeng coal-to-olefins project). If the Rongyue project takes advantage of the wind and solar resources available at the ports to produce hydrogen through water electrolysis, it may enhance its overall competitiveness. It should be noted that in 2026, numerous coal chemical projects will be put into operation simultaneously in various regions (for instance, Rongxin Chemical’s MTO facility is expected to reach full production in September). Therefore, it is necessary to strategically position product lines differently. (Note: For specific technical parameters and policy details, please refer to official documents or evaluations by professional institutions.) ）
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