Shandong Rizhao Forton Borun High-Purity Chemicals and Electronic-Grade Reagents Industrialization Base Project

Thread Content

The 25th National \"Safety Production Month\" in 2026: Everyone talks about safety, and everyone knows how to handle emergencies; identifying and addressing potential risks and hazards. -------------------------------------------------- I. Project Overview: Full name of the project – Fudun Borun Chemical’s High-Purity Chemicals and Electronic-Grade Reagents Industrialization Base Project. The developer is Shandong Fudun Borun Chemical Co., Ltd., while the investor is Wuhan Fudun Holdings. The project is located in the Lanshan Chemical Industry Park in Rizhao City. 1. Investment scale: The total investment in this project is 1 billion yuan; the company has increased the initial planned investment from 300 million yuan to 1 billion yuan. It is considered a key industrial project worth 1 billion yuan in Lanshan District, Rizhao. 2. Production capacity: Upon completion, it will have an annual production capacity of 135,000 tons of high-purity chemicals and electronic-grade ultra-pure reagents. The products include high-purity solvents, high-purity acids and bases, and high-purity inorganic salts, which can meet the high-end purity standards required for LC-MS analysis. It primarily serves industries such as semiconductors, biomedicine, and precision analysis and testing ； The project is equipped with an export filling line, with an annual packaging capacity of 5 million bottles. 3. Construction contents: New production workshops, distillation and purification production lines, clean analysis laboratories, storage tank areas, as well as utility systems and environmental protection facilities, to establish a large-scale electronic chemical reagent production base in Jiangbei. 4. Economic indicators: Once the project is in full operation, it will be able to create employment for over 300 people, and annual tax payments will exceed 300 million yuan. It will also take advantage of the Rizhao Port to develop strengths in import and export logistics. II. Tendering Situation
1. Preliminary procedures phase: The project has completed registration, environmental impact assessment, safety assessment, and land approval. Locally, the policy of “starting construction immediately upon land acquisition” is implemented, with multiple departments conducting parallel approvals to efficiently grant all prerequisite permits. No public announcements regarding any pre-tendering processes for large-scale EPC general contracting have been issued. 2. Bidding progress: Prior to the official start of the project, site surveys, overall layout design, and the selection of the design firm for the construction drawings have been completed ； Tendering and open bidding are being initiated in batches for civil construction, complete equipment installation, distillation units, and the mechanical and electrical installation works in cleanrooms. 3. Scope of bidding: It is divided into six packages: civil engineering, cleanroom construction, procurement of process equipment, automatic control systems, environmental protection facilities for wastewater and exhaust gas, and tank farm installation ； Priority is given to selecting professional construction firms in the fine chemicals and electronic chemicals industries. 4. Financial support: The industrial funds under Rizhao Finance and Investment Group have completed their equity investments, and the funds required for project construction have been secured, ensuring the smooth progress of the bidding process for each project segment. III. Construction Progress 1. Commencement date: Official construction will start on June 27, 2026, with a commencement ceremony held at that time, marking the onset of the full-scale construction phase. 2. Current construction progress: At present, site leveling, pile foundation construction, and the setup of temporary roads, water, and electricity supplies are underway ； The foundation work for the production workshops and tank areas is being carried out simultaneously, and the main civil engineering works are about to commence in full scale. 3. Construction plan: The project will be implemented in phases. First, the production line for high-purity solvents and the quality inspection center will be constructed. Subsequently, production lines for purifying electronic-grade reagents will be launched in batches. The overall construction period is set at three years, during which the project will gradually reach operational status. 4. Management model: The EPC general contracting plus separate specialized subcontracting approach is adopted, with strict compliance to the safety construction standards for chemical industrial parks. Waste treatment facilities are installed simultaneously, and environmental protection projects are carried out in parallel with the main construction work. IV. Significance of the Project 1. Importance for completing industrial supply chains: The electron-grade high-purity reagents produced by this project break the monopoly held by foreign giants in the field of ultra-high-purity solvents. They fill the gap in the production capacity of high-end chemical reagents for semiconductors and biomedicine in northern China, accelerate the substitution of imported key electronic materials with domestic alternatives, and ensure the autonomy and control over industrial and supply chains. 2. Regional economic significance: The project is located in the Lanshan Chemical Industrial Park, which helps to upgrade the high-end fine chemical industry in Rizhao’s port area, extends the industrial chain for new materials, and enables the export of chemical products by taking advantage of the port’s foreign trade facilities. It also contributes to the development of high-end chemical industry clusters in the southern Shandong port area, thereby raising the industrial level of the park as well as its degree of openness to the outside world. 3. Significance of technological development: By leveraging the company’s more than 50 purification patents and technologies for controlling trace impurities, laboratory achievements are transformed into large-scale industrial production capacity. This facilitates the coordinated development of related industries such as distillation purification, clean production, and precision testing, thereby creating a model project for high-quality, specialized new materials. 4. Social benefits: The implementation of this project creates numerous high-tech jobs as well as employment opportunities in various industries, thereby increasing local fiscal revenues. It also adheres to green chemical industry standards, facilitating the coordinated development of high-tech industries and environmental protection, and providing a solid industrial foundation for the transformation of old and new economic drivers in the region.