Chairman Lin Yongqing offered a vivid analogy: Mainstream flue gas treatment technologies today adopt a structure similar to a series circuit, with one stage following another. Flue gas passes sequentially through dust removal, desulfurization, denitrification, cooling, and other processes before finally being discharged in compliance with standards. In such a long and complex process, a problem at any single stage may force the entire system to shut down or result in excessive emissions, exposing enterprises to the risk of production suspension. By contrast, thanks to its excellent multi-pollutant synergistic treatment capability, the use of FLKCAT aluminosilicate fiber catalytic filter tubes makes it possible to adopt a “parallel” configuration, in which the flue gas is divided into multiple streams. This avoids the “one failure brings the whole system down” scenario. In addition, FLKCAT aluminosilicate fiber catalytic filter tubes feature strong high-temperature resistance. They can operate continuously at 750°C and withstand instantaneous temperatures up to 900°C, allowing the flue gas cooling process to be simplified, cooling water consumption to be reduced, and waste heat from flue gas to be more effectively recovered—achieving pollution reduction and carbon reduction at the same time.