Triple helix platform
Industry university research platform
At present, Xinova Environment has established research cooperation relationships with many top universities such as Tsinghua University, while integrating the resources and advantages of different high-quality enterprises to achieve deep integration and collaboration. With the support and good cooperation of multiple parties, the ultimate goal is to achieve a win-win situation for technological innovation and industrial upgrading.
Construction goals of the industry university research platform
Xinova Environment plans to invest nearly 50 million yuan to build a pilot system platform that is open to the whole society and can process 5000m3 of flue gas per hour. At the same time, related scientific research and testing system functional equipment will be built. Based on piperazine absorbent raw materials, carbon capture technology and products suitable for industrial boiler flue gas in thermal power plants, metallurgy, cement, petrochemicals and other industries will be developed, while also having industrial production functions.
Construction principles!
- Having the demand for continuous and stable industrial production;
- The flow rate and composition of flue gas can be widely adjusted;
- The system monitoring instruments meet the production and testing requirements;
- Simultaneously meet both phase transition and non phase transition operating conditions;
- The power equipment adopts frequency conversion regulation;
- Set up sufficient absorbent control system.
- A sound data processing system;
- Sound laboratory equipment;
- Complete testing methodology;
- The platform has no security risks;
- The platform has no secondary pollution;
- Complete testing (actual) standards.
- Having the demand for continuous and stable industrial production;
- The flow rate and composition of flue gas can be widely adjusted;
- The system monitoring instruments meet the production and testing requirements;
- Simultaneously meet both phase transition and non phase transition operating conditions;
- The power equipment adopts frequency conversion regulation;
- Set up sufficient absorbent control system.
- A sound data processing system;
- Sound laboratory equipment;
- Complete testing methodology;
- The platform has no security risks;
- The platform has no secondary pollution;
- Complete testing (actual) standards.