The main development capability of our company is to focus on the combination of "thermal conduction dynamics", "material science", "thermochemistry" and "mechanical structure mechanics" and other fields. In addition to focusing on miniaturized movable type, the FLS design has also applied for patents. "Transient uniform temperature dewaxing and gasification technology" leads the design of a new generation of cracking reactors, stabilizes the uniform temperature to break the chain of long molecules, solves the blockage of medium-chain molecules to wax, reduces equipment space and reduces costs, and uses thermodynamic design. The waste heat of the exhaust gas is introduced to effectively increase the feed density and reduce heat loss, effectively increase the oil output efficiency and increase the profit.

Using AI big data collection, and adopting feedback operation to control each inlet and outlet valve, to achieve a complete thermal cycle process and pollution-free low-carbon emissions.

ABOUT Turbul

Turbul core team
 

The core R&D team of Turbul comes from academic research and nuclear energy industry. The main development capabilities are to focus on combining "thermal conduction dynamics", "material science", "thermochemistry" and "mechanical structure mechanics" and other fields. In addition to focusing on FLS design for the miniaturized and movable type, it has also applied for a patent for "transient uniform temperature dewaxing and gasification technology", which leads the design of a new generation of cracking reactors. It stabilizes the uniform temperature to break the chain of long molecules, solves the problem of blockage of medium-chain molecules to wax, and reduces the The equipment space reduces the cost, and the thermal power design is used to introduce the waste heat of the exhaust gas, which effectively increases the input density and reduces heat loss, effectively increases the oil output efficiency and improves the profit.