C&G TECH

Coating of high-efficiency, lightweight, stable and heat-resistant SCR catalyst material using excellent heat-resistant fiber.
Boasting excellent SCR catalyst activity and dioxin removal performance with 3D pore structure and surface reaction of abundant technology

High efficiency: Unique TDP pore structure, reaction channel and pore active surface area construction, high dispersion of active ingredients, SCR reaction secured, SO2 oxidation suppression
Light weight: Low density (volume density 30%) and light weight reduce usage (10%)
Stability: Unique formula system satisfies various working environment requirements at low/medium/high temperatures

Polluted air (NOx) moves to/is absorbed by the SCR catalyst and reacts with NOx first to be converted into N2 and H2O.
O2 in the atmosphere forms a catalytic cycle through O transferred through the internal reaction of the catalyst.

samples	BET Surface m²/g	BJH Surface m²/g	Pore Volume cm³/g	Average pore/Å
벌집형 SCR	64.2	66.0	0.26	140
파형식 SCR	114.0	114.5	0.31	99

The volume density is 35-43% lower compared to the corrugated and honeycomb catalysts.

The specialized 3D pore structure forms large/medium/small pores and promotes rapid diffusion to maximize catalytic activity.
The high-efficiency catalyst is coated on the high-temperature fiber structure, which has a higher volume density and is more resistant to thermal shock than the honeycomb catalyst.
The corrugated structure, which provides a high active surface area with uniform pore walls, promotes the SCR reaction and suppresses SO2 oxidation.