Shandong Haiyun Energy Technology Development Co., Ltd.’s project for annual production of 900,000 tons of high-grade carbon materials and comprehensive recycling of 820,000 tons of waste heat steam

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The 25th National \"Safety Production Month\" in 2026: Everyone Talks About Safety, Everyone Knows How to Respond to Emergencies – Identifying and Rectifying Risks and Hazards -------------------------------------------------- I. Project Overview This project is located east of Yushan Road in Jiezhuang Village, Chenji Town, Dong’a Economic Development Zone, Liaocheng City. The developer is Shandong Haiyun Energy Technology Development Co., Ltd. The total investment amount is 2.34 billion yuan, the land area covered is 9.9759 hectares (approximately 372 mu), and the total construction area is 260,000 square meters. 1. Construction scale: Annual production of 900,000 tons of high-grade carbon materials (pre-baked anodes for aluminum production, carbon raw materials used in lithium battery anodes); simultaneously, comprehensive recycling of waste heat steam with an annual output of over 820,000 tons ； 2. Construction period: The land contract stipulates that construction will commence on December 3, 2026, and be completed on December 3, 2028 ； 3. Process features: The project employs green calcination and roasting processes, recovering all the heat generated by high-temperature flue gas and recycled water, thereby achieving hierarchical utilization of energy ； High-pressure steam can be used for power generation, while low-pressure steam is supplied to enterprises in the industrial park and local residents for heating, thereby creating an integrated cycle system of \"production – waste heat recovery – energy supply\" ； 4. Economic benefits: Once the project is fully operational, it is expected to generate annual sales revenue of 7.5 billion yuan, profits and taxes of 800 million yuan, and annual tax payments of around 400 million yuan. It will also create approximately 1,200 new job opportunities. Cooperation agreements have already been reached with leading companies in the lithium battery anode sector, such as Shanshan Technology and Kaijin New Energy. II. Project bidding situation 1. Bidding for preliminary procedures: The project has successively carried out bidding for technical services such as soil and water conservation plans, seismic design, planning and design, safety assessments, and environmental impact assessments ； Announcement of winning bids for civil engineering and installation general contracting to be released by the end of 2025 ； 2. Equipment procurement bidding: Continuous batch-based bidding is carried out for specialized production equipment such as carbon calcination furnaces, rotary baking furnaces, grinding and crushing systems, waste heat recovery heat exchange devices, flue gas environmental protection treatment equipment, and steam pipeline system accessories ； 3. Tendering for engineering projects: Regular tendering is carried out for sections such as the steel structure of factory buildings, civil engineering works, pipeline systems within the factory area, storage facilities, wastewater treatment systems, and fire protection systems ； As of June 2026, services such as changes to soil and water conservation plans are still in the pending approval stage, while tendering for subsequent supporting projects and auxiliary materials procurement will continue. III. Project construction status
1. Procedural progress: The project has completed project filing, obtaining of the construction land planning permit and engineering planning permit, as well as the land auction and contract signing. It has also gone through key approval procedures such as environmental impact assessment, safety assessment, and preliminary review of the soil and water conservation plan ； 2. On-site progress: As stipulated in the land transfer contract, the official start date is December 2026. At this stage, preliminary work is being carried out, including site grading, geological surveys, further development of construction drawings, preparation of temporary facilities, and coordination regarding the scheduling of large-scale equipment ； 3. Construction management plan: The project adopts a general contracting plus specialized subcontracting approach, and includes specialized construction plans for environmental protection and safety. It ensures that the waste heat recovery system is designed, constructed, and put into use simultaneously with the main structure of the project ； Dust and smoke control facilities are installed throughout the construction process to meet the standards for building green factories in Shandong Province. IV. Significance of the Project At the industrial level, once completed, this project will become the largest production base for high-grade carbon materials in Shandong Province. It will address the shortage of locally available high-grade carbon materials in the upstream stages of Shandong’s electrolytic aluminum and lithium battery industries, reduce the region’s reliance on imported raw materials for these industries, and promote coordinated development across the entire value chain of the aluminum industry and lithium battery new energy sector. In terms of green and low-carbon practices, the project innovatively integrates carbon material production with the recycling of industrial waste heat, thereby maximizing the reuse of waste heat generated during production. This approach reduces the consumption of fossil fuels and carbon emissions, serving as a replicable model for the comprehensive utilization of waste heat in the Luxi Industrial Park. At the regional development level, the implementation of this project can stimulate the growth of local industries related to equipment manufacturing, logistics, and maintenance services, thereby creating stable employment opportunities and sustained fiscal revenue. It helps Liaocheng City and Dong’a County advance their efforts to become strong manufacturing hubs as well as pilot areas for green, low-carbon, high-quality development. Additionally, it plays a crucial role in improving the layout of the new materials industry in Shandong Province and in implementing the \"dual carbon\" strategy.