Bidders' Conference for Ningxia Tairuida Project Successfully Held
Release time：
2024-11-22
Recently, the bidders' conference for the main equipment of the carbon reduction smart project through high-efficiency reheat energy island, contracted by Nanjing Kesen Kenen Environment & Energy Co., Ltd. ("Kesen Kenen") for Ningxia Tairuida Industry & Trade Co., Ltd., was successfully convened. The conference aimed to find equipment suppliers with advanced technology, reliable quality, and excellent service to ensure the project's smooth progress and efficient operation. Representatives from the owner, relevant company executives, and heads of various specialized design departments attended the conference.
At the conference, the Procurement and Cost Control Center first announced the audit results of the bidding qualifications; all 20 participating units met the bidding requirements. After announcing the on-site procedures for the bid opening, the bid announcer inspected the sealing status of the bidding documents, and all bidding units expressed no objections. Following the bid opening, the evaluation team carefully reviewed each bid, conducted technical clarifications and defense sessions, and requested the bidders to submit revised quotations based on the clarifications.
Ningxia Tairuida's carbon reduction smart project through high-efficiency reheat energy island utilizes Kesen Kenen's proprietary reheat method for waste heat recovery and power generation, configured with two vertical natural circulation heat recovery boilers, a 10.5MW pure condensing reheat steam turbine, and a 12MW generator set. This project is not only a key project of the Ningxia Hui Autonomous Region registered with the National Development and Reform Commission but also a demonstration project for carbon reduction and intelligent application in the ferroalloy industry. Kesen Kenen successfully implemented the first domestic low-temperature waste heat efficient reheating and recovery system for power generation at Shaofeng Cement in Hunan, which utilizes intelligent control, significantly enhancing the waste heat recovery rate and the level of intelligent automation. As for this project, it marks the first application of the said achievement in the ferroalloy field. Its successful implementation will bring significant economic benefits to both the owner and the company, consolidate the company's leading position in industrial energy conservation and emission reduction, and contribute positively to promoting green, low-carbon, and sustainable industry development.
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