China Energy's Institute of Advanced Technology (国家能源集团科学技术研究院有限公司) has issued a domestic post-qualification open tender (CEZB260608970) for procurement and assembly of turbine blade safety monitoring devices for its 2026 research on low-pressure cylinder safety monitoring and operational control of next-generation coal-fired steam turbines; the project unit is the institute, funding is from self-raised sources, and the agent is China Energy International Engineering Consulting Co.
Summary
China Energy's Institute of Advanced Technology (国家能源集团科学技术研究院有限公司) has issued a domestic post-qualification open tender (CEZB260608970) for procurement and assembly of turbine blade safety monitoring devices for its 2026 research on low-pressure cylinder safety monitoring and operational control of next-generation coal-fired steam turbines; the project unit is the institute, funding is from self-raised sources, and the agent is China Energy International Engineering Consulting Co. The scope is to fabricate one complete set of front-end measurement hardware for the turbine last-stage blade safety monitoring B/S software platform, comprising blade axial-array temperature/pressure acquisition modules, micro differential-pressure acquisition modules, fiber-optic MEMS digital microphone acoustic-vibration acquisition units, and multi-channel synchronous acquisition and industrial transmission units. The hardware must be compatible with the installation interfaces and operating environments of 300MW, 600MW and 1000MW units, with on-site assembly and static debugging at the tenderer's designated location. Raw data is processed via dedicated interpolation algorithms and physics-informed neural networks to reconstruct temperature fields and three-dimensional flow fields, while high-temperature fiber-optic microphones capture blade radiation acoustic waves and an acoustic-vibration mapping model inverts blade vibration parameters, feeding the back-end monitoring software that supports blade condition assessment and fault prediction by maintenance staff. The project execution/delivery period is six months from contract signature, and only one bid package is defined. Bidders must have at least two turbine blade monitoring contracts between October 2021 and the bid deadline; consortium and agent bids are not accepted. Tender documents are on sale from 09:00 on October 24 to 16:00 on October 29, 2026 at RMB 70 per set; the bid submission deadline and online bid opening are 09:00 on November 13, 2026.
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