20.Construction of Concrete Whole-industry-chain Innovation Closed-loop: Future Development Model of R&D, Verification, Application and Mass Production Iteration

1. Current Industry Chain Pain Points
The traditional concrete new material innovation system has obvious disjointed problems in each link. Laboratory research and development focus on performance innovation, ignoring production cost and construction adaptability, resulting in many laboratory mature formulas unable to adapt to factory mass production conditions. The engineering application end lacks effective feedback channels for material performance defects, unable to feed on-site construction problems back to the R&D end in time. The whole industry chain lacks data interconnection and closed-loop iteration mechanism, resulting in long achievement conversion cycle, low industrialization efficiency and slow product upgrading speed.

2. Initial Prototype of Domestic Innovation Closed-loop
At present, leading domestic building material enterprises have initially built a closed-loop industrial innovation system of 'laboratory R&D - pilot test base verification - engineering project trial application'. Through the establishment of special new material laboratories and pilot production lines, the primary verification of new formulas and new processes is realized. Combined with the actual engineering test data, the material proportion and production process parameters are optimized, and the preliminary industrial application conditions are formed. This mode effectively shortens the achievement conversion cycle and verifies the feasibility of the whole-industry-chain closed-loop innovation.

3. Future Digital Whole-chain Iteration Model
The future industrial development will build a fully digital intelligent closed-loop innovation system. Realize real-time data interconnection among R&D laboratories, intelligent production workshops and engineering construction sites. The construction site performance feedback data is automatically analyzed by the platform to guide the R&D end to optimize the formula and process. Realize the intelligent iteration of 'R&D optimization - production verification - engineering application - data feedback - re-optimization', form a continuous upgrading mechanism of new materials and new technologies, and realize the efficient cycle of industrial innovation.

4. Enterprise Industrial Operation Framework
Enterprises need to build a complete organizational framework matching the whole-industry-chain closed-loop innovation, set up special R&D teams, pilot test verification platforms and engineering application promotion departments. Formulate standardized achievement conversion management processes and data feedback mechanisms, realize standardized management of each link of innovation and iteration. Relying on the closed-loop system, continuously launch competitive new material products and new technologies, and build long-term core advantages in the global concrete engineering innovation field.

Conclusion

The whole-industry-chain closed-loop innovation model solves the disjointed pain points of traditional R&D and production application. Digital iterative optimization can greatly improve the conversion efficiency and product competitiveness of concrete innovative achievements. It is the core development model leading the high-quality and sustainable upgrading of the global concrete engineering technology industry.

Disclaimer

Roobon  located in the global largest concrete pumps manufacturing base – Changsha City,China，with professional technical and management talents, we focus on concrete equipment including concrete pumping and placing solution since 2009. ROOBON INSTITUTEC ommitted to the R&D, application, and promotion of concrete construction technology, building an integrated industry-university-research platform to provide solid technical support and innovative impetus for the development of the industry.

The data in this article are derived from publicly available industry standards and engineering experience. The viewpoints presented are for reference only. For specific schemes and data in actual engineering projects, adjustments shall be made in combination with the actual conditions of the project.

If there are any errors in the data, or biased and inappropriate viewpoints in the article, your criticism and correction are sincerely welcome. You may also contact us via email for engineering technical exchanges at service@roobon.com.