TCWY’s Carbon Capture Solutions

CO₂ Removal
Typical feed: LNG, refinery dry gas, syngas etc.
CO₂ content: ≤50ppm

CO₂ Recovery
Typical feed: CO₂-rich Gas Mixture (Boiler flue gas, power plant flue gas, kiln gas etc.)
CO₂ purity: 95%~99% by vol.

Liquid CO₂
Typical feed: CO₂-rich Gas Mixture
CO₂ purity: according to customer’s requirement

Product Introduction

Video

Without decisive action, the IEA estimates energy-related carbon dioxide emissions will rise 130% in 2050 from 2005 levels. Carbon dioxide capture and storage (CCS) is the cheapest and, for certain industries, the only way to achieve carbon reductions. And is one of the most promising ways to reduce carbon emissions on a large scale and slow global warming.

In 2021, the European Commission hosted a high-level forum on CCUS, which highlighted the need to advance the development and deployment of CCUS technology projects over the next decade if the 2030 and 2050 decarbonisation targets are to be met.

CCUS involves the whole technology chain of carbon capture, carbon utilization and carbon storage, that is, carbon dioxide emitted in the industrial production process is captured into reusable resources by relying on advanced and innovative technologies, and then put back into the production process.

This process increases the efficiency of carbon dioxide utilization, and the captured high purity carbon can be "converted" into suitable feedstock for biodegradable plastics, biofertilizers, and enhanced natural gas recovery. In addition, the carbon dioxide trapped in the geology will also play a new role, such as the use of carbon dioxide flooding technology, enhanced oil recovery, etc. In short, CCUS is a process of using science and technology to "energy" carbon dioxide, turning waste into treasure and making full use of it. The service scene has gradually extended from energy to chemical industry, electric power, cement, steel, agriculture and other key areas of carbon emission.