Shandong Depu Chemical New Materials Industrial Park
Located in the High‑End Chemical Industry Park of the Economic Development Zone in Guangrao County, Dongying City, Shandong Province, this project is a key benchmark initiative for advanced chemical new materials in Shandong and serves as the region’s core R&D and production hub for fine chemicals. The facility encompasses state‑of‑the‑art resin‑based new materials and fine‑chemical additives production units, along with supporting warehousing, utility infrastructure, and R&D‑office buildings. It includes the full‑scale supply and application of steel‑structure fire‑protection coatings, organized into high‑hazard fine‑chemical production systems and integrated warehousing‑office support networks. Adhering rigorously to the national GB 51249 standard for steel‑structure fire protection and specialized high‑hazard chemical regulations, the system is engineered to withstand high‑temperature synthesis processes and flammable, explosive, and other severe operating conditions. It effectively resists the saline‑alkali soils, frequent winds, and extreme temperature fluctuations typical of northern Shandong, while also resisting chemical corrosion, thereby ensuring exceptionally high fire‑resistance ratings, blast‑resistant stability, and long‑term protective performance for the steel structure. This guarantees the project’s successful completion, commissioning, and safe, stable operation over the long term.
Hebei Haiteweiye Petrochemical 2-million-ton-per-year Heavy Oil Deep Processing Project
Located in the Gangcheng Industrial Park, Huanghua City, Bohai New Area, Cangzhou, Hebei Province, this is a key petrochemical upgrading and expansion project in Hebei, serving as a core large-scale refining and deep-processing initiative for the region. The project encompasses a comprehensive suite of petrochemical support facilities, including heavy residue deep processing, fuel oil desulfurization, hydrogen production from dry gas, an integrated sulfuric acid unit, as well as temporary storage for hazardous waste and utility‑power and warehousing infrastructure. It also includes the full‑scale supply and application of steel‑structure fire‑proof coatings, organized into high‑hazard petrochemical process systems and auxiliary utility‑power and warehousing subsystems. Adhering strictly to the national standard GB 51249 and industry‑specific fire‑protection codes for the petrochemical sector, the solution is tailored to withstand high‑temperature, high‑pressure, flammable and explosive operating conditions, while resisting the corrosive marine environment of coastal port areas—characterized by high salt‑mist levels and elevated humidity. This ensures exceptional fire‑resistance ratings, blast‑resistant stability, and long‑term protective performance for steel structures, thereby supporting the project’s safe completion and its sustained, reliable operation.
Inner Mongolia Baofeng Coal-based New Materials Industrial Park (Coal-to-Olefin)
Located in the Tuke Industrial Project Area of the Sulige Economic Development Zone, Uxin Banner, Ordos City, Inner Mongolia Autonomous Region, this is a national-level flagship project in modern coal‑chemical engineering. With a total investment of RMB 48.4 billion, it serves as a core initiative for the entire coal‑based new‑materials industry chain. The project encompasses an integrated complex of facilities, including coal‑to‑methanol and coal‑to‑olefins plants, a power station, fine‑chemical processing units, storage and logistics infrastructure, and comprehensive office buildings. The project has implemented the supply and application of fire‑protective coatings for steel structures, organized into distinct systems—high‑hazard chemical production facilities and supporting warehousing and office complexes—to meet the stringent fire‑safety requirements of Class I high‑hazard industrial buildings. These coatings are designed to withstand flammable and explosive conditions, high temperature and pressure, as well as corrosive environments characterized by acidic or alkaline vapors, industrial dust, and severe cold combined with sandstorms, thereby ensuring the steel structure’s required fire‑resistance rating, blast‑resistant stability, and long‑term corrosion resistance and durability.
Gansu Guazhou Baofeng Polysilicon Upstream–Downstream Collaborative New Energy Industrial Park
Located in the Beidajiao Modern High‑Energy‑Consuming Industrial Park, Guazhou County, Jiuquan City, Gansu Province, this project is a key provincial benchmark for the full‑chain new‑energy industry and serves as Baofeng Group’s core industrial park for the multi‑billion‑yuan polysilicon value chain, spanning both upstream and downstream segments. The facility comprises a polysilicon production workshop, a distillation unit workshop, a hydrogen‑production workshop, an energy‑storage power station, a 330 kV step‑up substation, and R&D and office buildings. The project includes the supply and application of fire‑retardant coatings for steel structures, organized into high‑hazard production‑plant systems and power‑station/R&D support systems, thereby meeting the stringent fire‑safety acceptance criteria for Class I high‑hazard new‑energy industrial facilities. Designed to accommodate demanding operating conditions involving highly flammable and explosive media, the solution provides robust protection for steel structures, ensuring adequate fire‑resistance ratings, explosion‑proof stability, resistance to industrial corrosion, and long‑term durability under harsh environmental conditions.
Kaifeng Institute of Science and Media
Located on Fuxing Avenue in Longting District, Kaifeng City, Henan Province, this project is a key public‑benefit education initiative for Kaifeng and a benchmark for upgrading higher‑education facilities to the high‑quality structural standards of the Zhongzhou Cup. The complex comprises multiple teaching clusters, a multi‑purpose gymnasium, a student activity center, stadium grandstands, and supporting ancillary buildings. We provided and applied fire‑protective coatings to all steel structures, with separate systems for the academic teaching core, the gymnasium grandstands, and the auxiliary service facilities. Adhering rigorously to the national GB 51249 code for fire protection of steel structures and the fire‑safety standards for higher‑education buildings, our solutions were tailored to large‑span and irregularly shaped steel frameworks, meeting the stringent requirements for fire safety, environmental sustainability, durability, and aesthetic appeal in densely occupied university facilities. As a result, the project was recognized as a High‑Quality Structural Engineering project in Henan Province and successfully passed fire‑safety inspection and final acceptance, enabling its timely handover.
Shenzhen Ocean University
Located in the Baguang Area of Kuiyong Subdistrict, Dapeng New District, Shenzhen, Guangdong Province, this project is a flagship initiative for a high‑level, research‑oriented marine university in Shenzhen. The first phase has a total investment of RMB 5.512 billion and a gross floor area of approximately 600,500 square meters. The development encompasses teaching and research clusters, a library, a gymnasium, a deep‑sea scientific research center, faculty and student dormitories, and ancillary support facilities. The project includes the supply and application of fire‑retardant coatings for steel structures, organized into separate systems for academic and research facilities, as well as for dormitories and supporting infrastructure. These solutions meet the stringent fire‑safety, cleanliness, and environmental standards required for high‑occupancy educational and research buildings at leading universities, while accommodating campus conditions characterized by constant temperature control, resistance to humid heat, and sustained high‑frequency operation. The coating system ensures robust durability, low life‑cycle maintenance costs, and compliance with the acceptance criteria for premium university projects.
Qinghua High School Meishan Campus
Located in Shigao Subdistrict, Tianfu New Area, Meishan City, Sichuan Province, this is a flagship science and education project under the province–university cooperation framework and a directly managed 12-year public school affiliated with Tsinghua High School in Southwest China. The campus covers a total area of 338 mu, with a combined floor area of approximately 207,200 square meters. The project comprises multiple steel‑structure buildings, including teaching blocks, laboratory buildings, a science and innovation center, dormitory complexes, and various indoor sports facilities. We provided and applied fire‑protective coatings to the entire steel structure, tailored to both the academic‑educational building system and the dormitory and sports‑facility systems. Compliant with national fire‑safety standards for educational facilities and meeting the campus’s requirements for high occupant density, stringent cleanliness, and superior surface smoothness, the project successfully passed fire‑safety inspection and was delivered upon completion.
Science City Sports Center (EPCO) Project
Located in Xinhu Subdistrict, Guangming District, Shenzhen, Guangdong Province, this landmark‑level public sports facility serves as a core component of Guangming Science City, with a total investment of approximately RMB 1.374 billion. The project encompasses a multi‑purpose sports arena, ancillary functional spaces, and public leisure areas. It includes the full supply and application of fire‑protective coatings for steel structures, covering both the main stadium’s structural system and the supporting functional‑building systems. Adhering rigorously to the national GB 51249 standard for fire protection of steel structures, the project meets the stringent fire‑safety requirements of high‑grade public sports venues, accommodating large‑span, complex‑shaped steel structures while balancing fire‑resistance stability, coating aesthetics, and environmentally friendly, weather‑resistant, long‑lasting performance. This ensures high‑standard construction execution and successful fire‑safety acceptance.