Junrui Green Hydrogen Energy (Shangdu County) 30,000 tons/year hydrogen production project

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The 25th National “Safety Production Month” in 2026: Everyone talks about safety, and everyone knows how to handle emergencies; identifying and addressing risks and hazards -------------------------------------------------- I. Basic project overview 1. Basic information Full name of the project: Junrui Green Hydrogen Energy (Shangdu County) Co., Ltd.’s 30,000 tons/year hydrogen production EPC project Location: Glasshu Jing Township, Shangdu County, Ulanqab City, Inner Mongolia Total investment: 1,460,370,000 yuan (approximately 1.46 billion yuan) Source of funds: 292,070,000 yuan from the company’s own funds, 1,168,300,000 yuan from bank loans Land area: 375 mu Construction period: Construction is scheduled to begin in May 2026, with full operation expected by May 2027; annual equivalent operating time: 4,000 hours. 2. Construction content and technology: The project utilizes the process of electrolyzing water using renewable energy to produce green hydrogen, with an annual production capacity of 30,000 tons; it serves as a large-scale green hydrogen production facility in Inner Mongolia. Building facilities: a complete set of supporting structures including an electrolysis workshop, two hydrogen purification and compression workshops, a power station, a hydrogen tank farm, a central control room, a substation, a circulating water plant, a demineralized water plant, an air separation and nitrogen generation plant, and a hydrogen transmission pipeline network. Core equipment: 84 alkaline electrolyzers with a capacity of 1,000 Nm³/h are installed, along with large hydrogen storage tanks, purification units, hydrogen compressors, and related storage and transportation equipment, covering the entire process chain from hydrogen production to purification, compression, and storage. II. Progress of the bidding process (as of June 21, 2026) 1. Preliminary approval for bidding (completed): On February 27, 2026, the project received official approval for registration as an investment project in Inner Mongolia Autonomous Region, marking the onset of the substantive preparation phase. A tender announcement for competitive consultation on full-process services was issued on May 2, 2026, and the winning bidder was announced on May 14; the winner was Dazhou Design Consulting Group Co., Ltd., which will be responsible for providing integrated consulting services covering project surveying, cost estimation, supervision, and full-process management. 2. Core EPC turnkey contract bidding (in progress): The public bidding call for the EPC turnkey contract for this project was officially issued on June 18, 2026, with the deadline for submissions set for July 8, 2026. Scope of the tender: A complete turnkey project that includes engineering surveys, preliminary and detailed design, procurement of equipment and materials (excluding equipment supplied by the client), civil construction, equipment installation, system commissioning, trial operation, completion acceptance, registration and handover, as well as maintenance during the warranty period. It encompasses comprehensive management of quality, safety, schedule, and cost. Current status: The winning bidder for the EPC contract has not yet been determined; the overall bidding process is being carried out in accordance with the standard procedures for major energy projects in the autonomous region. III. Current Status and Planned Arrangements during the Construction Phase 1. Current construction status: The project has only reached the stages of registration, selection of a full-process consulting service provider, and public bidding for the EPC general contractor; it has not yet entered the phase of civil work commencement and on-site construction ； Site grading, temporary facilities, and earthwork work have not yet begun. 2. Planning of subsequent construction phases: After the EPC general contractor is selected, surveying and mapping, as well as detailed design of the construction drawings, are carried out first ； Immediately thereafter, civil construction within the plant area will commence (workshops, tank farms, and infrastructure for pipelines) ； After the civil construction phases are completed, large-scale equipment such as electrolyzers, compressors, and storage tanks will be transported in and installed simultaneously ； After subsystem debugging and joint commissioning, it will go into official operation in May 2027. 3. Key aspects of construction management: Green hydrogen projects are high-risk chemical energy projects. During construction, strict adherence is required to the building codes for hydrogen energy facilities, standards for pressure vessel installation, explosion and fire prevention measures, as well as special requirements for the safe storage and transportation of hydrogen. Throughout the entire process, the winning consulting firm oversees all activities on-site. IV. Significance of Project Construction 1. At the regional energy level, it enables full utilization of Ulanqab’s abundant renewable energy resources in the form of wind and solar power to produce green hydrogen on-site. This helps to utilize any excess electricity generated from renewable sources, reduces the problem of wasted wind and solar energy, improves the development of the green hydrogen industry in western Inner Mongolia, and establishes Ulanqab as a base for large-scale green hydrogen production. 2. At the industrial economy level, substantial fixed-asset investments in the amount of 1.46 billion yuan stimulate employment in related industries such as building materials, civil engineering, equipment installation, and logistics, as well as local tax revenue. These investments help to address the weaknesses in the new energy processing industry chain in Shangdu County, thereby facilitating the transformation and upgrading of its industrial structure. 3. At the level of the dual-carbon strategy, the annual production of 30,000 tons of zero-carbon green hydrogen can replace hydrogen produced from fossil fuels, significantly reducing carbon emissions associated with industrial hydrogen use. It provides a clean hydrogen energy source for the coal chemical industry, heavy-duty transportation, and the metallurgical sector, thereby contributing to the achievement of Inner Mongolia Autonomous Region’s carbon neutrality goals. 4. At the industry demonstration level, 84 electrolyzers are deployed on a large scale, creating a model for the construction of standardized large-scale alkaline electrolysis-based green hydrogen plants. This provides replicable practical experience for the planning, construction, and safety management of green hydrogen projects that combine wind and solar energy in the cold regions of the north.