en.Wedoany.com Reported - A consortium comprising China Wuhan Huakang Century Clean Technology Co., Ltd., China Construction Third Engineering Bureau Group Co., Ltd., China Construction Third Engineering Bureau General Contracting Construction Co., Ltd., and the Information Industry Electronic Eleventh Design Research Institute Technology Engineering Co., Ltd. has won the bid for the second section of the Engineering, Procurement, and Construction (EPC) project for the Jiufengshan Semiconductor Production and Manufacturing Base. The bid amount is 1.956 billion yuan, with a planned construction period of 730 days. As a member of the consortium, Huakang Clean is expected to undertake a project share of approximately 180 million yuan. The specific construction scope, division of responsibilities, and implementation amount are still subject to the final contract or agreement signed by all parties.

The Jiufengshan Semiconductor Production and Manufacturing Base is located south of Keji First Road and east of Suhu Road in the East Lake High-tech Zone, Wuhan, China. The overall project investment is approximately 5.2 billion yuan, covering a planned area of about 214 mu (approximately 14.3 hectares), with a total construction area of around 390,000 square meters. According to public construction information, the base will be equipped with five production buildings, one power station, and one substation, among other facilities. The EPC project involves multiple stages, including design, equipment and material procurement, construction, and system delivery. The winning bid amount of 1.956 billion yuan for the second section accounts for a significant proportion of the overall project investment, indicating that this section will undertake critical engineering tasks in the construction of production buildings and supporting facilities.

Compared to ordinary industrial plants, semiconductor production bases impose higher requirements on building environments and utility engineering systems. In addition to the main structure, production buildings must integrate systems such as cleanrooms, HVAC, temperature and humidity control, power supply, electrical distribution, water supply and drainage, fire protection, and automated management. The dense interweaving of various specialized pipelines necessitates synchronized coordination in design and construction. The power station and substation provide the energy support required for the continuous operation of production equipment. Their capacity configuration, system stability, and future expansion capabilities will directly impact the installation of production line equipment and the continuous operation after commissioning.

Huakang Clean primarily provides cleanroom system integration services, expanding its business from specialized medical cleanrooms to fields such as laboratories, electronics and semiconductors, and data centers. Its services cover project consulting, planning and design, engineering construction, system commissioning, secondary piping engineering, and post-operation maintenance. As a consortium member participating in the construction of the semiconductor production and manufacturing base, its expected share is more likely related to clean environments and related specialized systems. However, the announcement has not yet disclosed the specific construction scope, so the entire 180 million yuan share cannot be directly equated to a single cleanroom engineering contract.

The project adopts the EPC general contracting model, where the consortium advances design, procurement, and construction under unified construction objectives. China Construction Third Engineering Bureau and its general contracting construction unit possess capabilities in large-scale industrial building construction and project organization. The Information Industry Electronic Eleventh Design Research Institute has long been involved in the design of electronic industrial projects, while Huakang Clean supplements the implementation capabilities for clean environments and specialized systems. The formation of a consortium by multiple entities facilitates early coordination among production building structures, utility power facilities, clean spaces, and equipment installation conditions, reducing the need for repeated adjustments to construction plans after design completion.

Based on the 730-day construction period, the project will subsequently enter stages including contract signing, detailed design, construction preparation, main construction, installation of power and substation facilities, specialized system construction, and joint commissioning. For a semiconductor base, building completion does not equate to the project being ready for production. Subsequent steps include completing interfaces for production equipment installation, clean environment testing, power system joint commissioning, and related acceptance inspections. Whether the final construction scope undertaken by Huakang Clean and the 180 million yuan share will be adjusted remains to be clarified in the formal contract.