The First Phase of the Xinjiang Trina New Materials Intelligent Ecological Photovoltaic-Coupled Green Special Resins Low-Carbon Transformation and Upgrading Demonstration Project has announced a number of winning bids

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On February 28, 20026, Xinjiang Trina New Materials Co., Ltd. announced the results of various bidding contests as well as information regarding the shortlisted candidates for the Phase I of its demonstration project on low-carbon transformation through the integration of intelligent ecological photovoltaic systems with green specialty resins. This project involves several key aspects, including licenses for high-temperature and high-pressure coal powder boilers, cryogenic separation units, gasification units, as well as contracts for basic design work. As the bidding segments for core equipment and technologies are gradually finalized, the overall progress of the project is accelerating further. 1. In terms of the power system, the results of the bidding for the high-temperature and high-pressure coal powder boilers required for Xinjiang Trina New Materials Co., Ltd.’s Intelligent Ecological Photovoltaic-Coupled Green Special Resins Low-Carbon Transformation and Upgrading Demonstration Project (Phase I) are as follows: Name of the project segment: Intelligent Ecological Photovoltaic-Coupled Green Special Resins Low-Carbon Transformation and Upgrading Demonstration Project (Phase I) – High-Temperature and High-Pressure Coal Powder Boilers. Winner of the bid: Harbin Boiler Factory Co., Ltd. Bid price: 165,600,000.0000 yuan.

2. The list of candidates for the bid related to the cryogenic separation units and supporting facilities for the same project is as follows: First candidate: Hangzhou Zhongtai Cryogenic Technology Co., Ltd. Bid price: 118,870,000.0000 yuan. Second candidate: Hangyang Group Co., Ltd. Bid price: 98,000,000.0000 yuan. Third candidate: Zhuhai Senbo Low-Temperature Energy Equipment Co., Ltd. Bid price: 129,520,000.0000 yuan. The winner of the bid for these cryogenic separation units and supporting facilities is Hangzhou Zhongtai Cryogenic Technology Co., Ltd., with a bid amount of 118,870,000.0000 yuan.

3. Previously, announcements were made regarding the results of the bids for patent technology licensing, purchase of patented equipment, development of process technology packages, and technical services related to the gasification unit for Xinjiang Trina New Materials Co., Ltd.’s Intelligent Ecological Photovoltaic-Coupled Green Special Resins Low-Carbon Transformation and Upgrading Demonstration Project (Phase I). The purchaser was Xinjiang Trina New Materials Co., Ltd., and the supplier was Aerospace Changzheng Chemical Engineering Co., Ltd. The total amount paid for these services was 98,380,000.0000 yuan. The services included patent (proprietary) technology licensing, development of process technology packages, technical guidance for the construction of the gasification unit, design, manufacturing, inspection, acceptance, and supply of patented (proprietary) equipment, as well as technical guidance for starting up the unit. 4. Results of the bidding for the basic design of the Intelligent Ecological Photovoltaic-Coupled Green Special Resin Low-Carbon Transformation and Upgrading Demonstration Project (Phase I) by Xinjiang Trina New Materials Co., Ltd.: The winning bidder is China Tianchen Engineering Co., Ltd. The bid amount is 138,000,000.0000 yuan. Scope of the contract: (1) Preparation of special reports on project safety, fire protection, occupational health, environmental protection, energy conservation, and seismic resistance. (2) The basic design of the project includes the following scope of work: coal storage and transportation systems, air separation units, boiler systems, gasification units, purification units, low-temperature methanol washing units, ethanol production units, facilities for handling 90,000 Nm3/h of product gas, tank farms, desalination stations, circulating water stations, sewage treatment plants, refrigeration plants, a central laboratory building, control rooms, power distribution stations, and other supporting utility systems as well as auxiliary production units; renovation of existing units where necessary. It also assumes overall institute responsibilities: it is in charge of the comprehensive design for the ethanol segment (Phase 1) as well as the chlor-alkali segment of the project, handles interface coordination and overall management for any project-specific institutes that may exist, and is responsible for compiling all design outputs and related documents. (3) Responsible for attending basic design review meetings, technical process plan reviews, utility design plan reviews, design coordination meetings, as well as coordination meetings held by third parties (such as those related to power supply, water supply, safety, environmental protection, fire protection, etc.). (4) Design of the underground pipeline network for the entire plant. (5) Meet the requirements for completing the preliminary procedures, as well as all the requirements for project acceptance.