Leveraging their 3D reticular pore structure, honeycomb ceramic substrates efficiently trap soot particles (PM) generated by the combustion of generator sets. When PM accumulates to a certain level, it can be oxidized into carbon dioxide via "active regeneration" or "passive regeneration," ensuring the system remains unblocked during long-term operation. To accommodate the "wide single-unit power coverage" characteristic of generator sets, honeycomb ceramic substrates can be customized into large-sized modules, adapting to generator sets across different power ranges.

Integrated exhaust aftertreatment systems, with honeycomb ceramic substrates as their central hub, enhance the purification efficiency of CO, HC, NOₓ, and PM in generator set exhaust. These systems fully comply with non-road-related regulations and are adapted to scenarios such as mines, data centers, and emergency power supply, where generators require "low-emission and high-reliability" performance.