This project is jointly established by the National Vanadium-Titanium High-tech Zone and the Research Institute of Panjiang Steel Group Co., Ltd., with investment from Panzhihua Huacheng Investment Co., Ltd. The platform is based on the foundation of the provincial pilot production base, fully integrating resources such as research, talents, platforms and industries, focusing on key core technologies of vanadium-titanium chemicals for technological breakthroughs, laying out a diversified metallurgical technology system, possessing the full-chain capabilities of concept verification, pilot-scale refinement and marketization services, and striving to achieve the goal of building a national pilot production platform.

Entering the 96-meter-long, 48-meter-wide, and 22.65-meter-high factory building, silver-gray steel frames support the dome, the light beams from the skylights cutting out fragmented shadows on the yellow earth surface, and red tracks running across the sky, with two 10-ton cranes quietly suspended. Outside the factory, the open square can accommodate hundreds of vehicles for parking, the roads are smooth and clean, and the overall construction is both heavy with an industrial feel and orderly in beauty. It is said that the project has a total investment of approximately 126 million yuan, with a total construction area of nearly 10,400 square meters, including 2 factory buildings and supporting public facilities and 9 single buildings. The factory layout is regular, the配套设施 is complete， and it can fully meet the needs of vanadium-titanium new materials for pilot production and research.

It is known that the platform is actively exploring the reform path of "three aggregations and three enhancements" for the transformation of scientific and technological achievements， and is striving to build an industrial wealth creation community.

● Aggregate functions and enhance efficiency， solving the problem of broken chains in pilot production. In response to the institutional shortcoming of the lack of pilot verification carriers， an innovation model of "factory construction + functional planning" is adopted， breaking the disconnection between infrastructure construction and scientific research， establishing a platform open-sharing mechanism， providing low-cost pilot services for small and medium-sized enterprises， and solving the institutional obstacles of "not willing to transfer， unable to transfer， and difficult to undertake" in the transformation of achievements.

● Aggregate technologies and enhance capabilities， solving the problem of scattered research. Changing the average effort and scattered allocation of scientific research resources， establishing a "government builds the platform， enterprises provide technologies" collaborative research mechanism， implementing the "challenge and list" system for major scientific and technological research， concentrating on breaking through "cardboard" bottlenecks such as chlorination vanadium and titanium extraction， exploring the mechanism for sharing and distribution of achievement benefits， and mobilizing the enthusiasm of multiple entities to participate.

● Aggregate collaboration and enhance effectiveness， solving the problem of power and responsibility barriers. Innovating the "government builds hardware， enterprises manage operations， and multiple parties participate" operation model， improving the "four rights" landing path of scientific and technological achievements， establishing a "research - pilot - incubation - industrialization" relay mechanism， exploring incentive methods such as technology equity investment and achievement valuation， and creating a "experimental field" for regional science and technology system reform.