en.Wedoany.com Reported - At a critical stage where China's hydrogen energy industry is accelerating towards large-scale application, two large skid-mounted hydrogen pipeline compressors, independently developed by CIMC Enric Compressor Co., Ltd. with complete core intellectual property rights, recently successfully passed all factory inspections and were officially shipped for delivery. This core power equipment will serve the country's first long-distance green hydrogen transmission pipeline project, marking not only a key technological leap for the enterprise in the field of hydrogen "storage and transmission," but also injecting strong new momentum into the energy transition and the company's high-quality development through hardcore independent innovation.
Serving the National Strategy, Installing a "Chinese Heart" for the "West-to-East Hydrogen Transmission" Artery
The Inner Mongolia Huadian long-distance pure hydrogen transmission pipeline project, which this compressor supports, is a landmark core project fully implementing the national "dual carbon" strategy and advancing the "West-to-East Hydrogen Transmission" industrial layout. This pure hydrogen pipeline spans 190 kilometers, with a design pressure of up to 6.3 MPa and a total project investment of 1.112 billion yuan. Its near-term annual hydrogen transmission capacity can reach 100,000 tons, and in the long term, it will be increased to 240,000 tons, making it the largest and longest pure hydrogen transmission artery in China. Leveraging the unique wind and solar resources of the western Inner Mongolia region, the project converts large-scale renewable energy into green hydrogen for cross-regional transmission. Upon completion, relying on the existing 200 MW-level hydrogen production facilities, it can initially achieve an annual hydrogen supply of 7,800 tons; the concurrently supported million-kilowatt-level hydrogen production station will have an annual hydrogen production capacity of 50,000 tons, truly creating a zero-carbon demonstration model for the entire industry chain integrating wind, solar, hydrogen, storage, and transmission. In this national-level project, the large pipeline compressor serves as the "heart" of the entire transmission system, and its domestic breakthrough holds profound significance for ensuring the independent controllability of energy channels.
Conquering Core Technologies, Demonstrating China's Manufacturing Strength with High-End Equipment
As the core power source for the long-distance hydrogen pipeline transmission system, the two large compressors shipped this time represent a significant achievement by CIMC Enric Compressor in deeply cultivating its professional field and striving to overcome "bottleneck" technologies in hydrogen core equipment. The equipment adopts self-developed heavy-duty base components, fundamentally eliminating dependence on imported key parts. It utilizes an advanced three-stage oil-free compression structure, preventing lubricating oil contamination of high-purity hydrogen throughout the process, ensuring the transmission medium meets fuel cell-grade quality requirements. Additionally, the unit is equipped with an intelligent online monitoring and fault diagnosis system, capable of real-time monitoring of key parameters such as vibration, temperature, and pressure, enabling predictive maintenance and full lifecycle health management. With a single-unit exhaust volume of up to 9,000 standard cubic meters per hour, the unit integrates core advantages such as high displacement, high pressure, wide operating condition adaptability, and high automation. It can flexibly handle the wide-range flow regulation caused by fluctuations in upstream wind and solar hydrogen production, maintaining efficient and stable operation within a 30% to 110% load range. During the manufacturing process, the company strictly implements a full-process quality control system, establishing hundreds of quality control nodes across the entire chain, from precise incoming material re-inspection, process welding and assembly control, non-destructive testing, to final performance testing, ensuring each piece of equipment fully meets design benchmarks and stringent customer requirements. At the same time, the company has established a comprehensive one-stop after-sales service system, covering installation and commissioning, operational training, remote diagnostics, and rapid spare parts supply, providing solid technical service support for the safe and stable operation of customer pipelines throughout their lifecycle.
Deeply Cultivating Hydrogen Energy Equipment, Building an Industrial Fulcrum for a Green and Low-Carbon Future
The successful fulfillment of this national key project is a milestone in CIMC Enric Compressor's industrialization layout of hydrogen energy equipment, holding profound significance for the company's strategic development. The successful application of self-developed heavy-duty base components in high-pressure, large-displacement hydrogen compressors not only fills a gap in the company's product matrix for large-scale hydrogen pipeline transmission equipment but also accumulates valuable experience in supporting complete sets of equipment for major national energy projects, significantly enhancing its market voice and brand competitiveness in the high-end hydrogen compressor field. Leveraging the benchmark demonstration effect of this project, the company will accelerate the serialized development, standardized finalization, and scaled iteration of hydrogen energy equipment, continuously improving the equipment system for the entire hydrogen industry chain of "production, storage, transmission, and utilization," laying a solid foundation for further deepening its presence in the clean energy track and expanding into the new energy market. CIMC Enric Compressor will always uphold the development philosophy of "Innovation, Efficiency, and Green," closely follow the national "dual carbon" strategy, precisely focus on the equipment needs of the entire hydrogen industry chain, continuously scale new heights in the domestic production of core hydrogen energy equipment, and contribute solid equipment strength to the high-quality development of China's clean energy industry with greater responsibility and better performance.
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