en.Wedoany.com Reported - Erzhong Equipment, a subsidiary of China National Machinery Heavy Equipment (Sinomach Heavy Equipment), has successfully won the bid for the core forgings of the steam turbine unit for the world's largest single-unit concentrated solar power (CSP) project—the 350 MW tower-type CSP project. With its robust capabilities, it supports the construction of major national clean energy projects.
The project adopts China's self-developed core technology of tower-type molten salt energy storage CSP. It is currently the CSP project with the largest mirror field reflection area in China, offering significant social, economic, and ecological benefits.
This successful bid marks another important breakthrough for Erzhong Equipment in the field of high-end new energy equipment manufacturing. Erzhong Equipment will leverage its strong scientific research capabilities and extreme forging advantages to create high-quality products, ensuring long-cycle, high-reliability, and high-efficiency stable operation of the unit, adding new impetus to the high-quality development of China's new energy industry.
China National Heavy Machinery Research Institute (CHMRI), also a subsidiary of Sinomach Heavy Equipment, has won the bid for the renovation project of 5 heat treatment line steel pipe quenching units and water supply systems for Tianjin Pipe Manufacturing Co., Ltd. (hereinafter referred to as Tianjin Pipe). This highlights CHMRI's technological leadership and core industry position in the field of steel pipe heat treatment equipment.
By optimizing the quenching process, CHMRI meets the minimum critical quenching cooling speed requirements for new steel grades and the cooling requirements for multi-specification steel pipes. Simultaneously, it comprehensively upgrades the auxiliary equipment of the quenching unit and implements customized modifications to the supporting water supply system, achieving precise control of water quality, water pressure, and water volume, thereby enhancing process resilience and lean manufacturing levels. Once operational, the project will effectively improve the quenching and cooling performance of existing equipment, strongly supporting the research, development, and production of new steel grades. This holds significant strategic importance for users to enhance their core product competitiveness and achieve high-quality development.
This project will further consolidate and expand the cooperation space between both parties, jointly build a model benchmark project, continue a new chapter of win-win cooperation, and promote the upgrading of China's high-end steel pipe industry with robust equipment technology.
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