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Overview Structure Usage Core Technology Differentiation

Differentiation

Differentiation of the Technology/ Product

The temperature of exhaust gas from the heat-generating facilities that burn fuels containing sulfuric components could not be lowered below 150℃ due to low-temperature corrosiveness caused by SOx. Meanwhile, not affected at all by low-temperature corrosion, the heat exchange system for the recovery of waste heat is capable of lowering the exhaust gas temperature below 50℃, an exclusive pioneering technology worldwide.

Saving Thermal Energy

Capable of recovering latent heat
Emitting exhaust gas at a temperature of 50℃ or lower.
Effect of preventing low-temperature corrosion
High heat transfer surface density

Eco-Friendliness

Removal of air pollutants (SOx, dust, moisture)
Preventing white smoke (moisture condensation)
Greenhouse gas reduction effect
Can capture carbon dioxide after combustion
NOX Low Temperature Ozone Treatment

Economic feasibility

By the temperature of waste heat than 8 to 15% or more fuel costs
It is possible within 1 to 3 years.Hot water development (ORC)
Reduce heat generation hours according to energy savings, life-saving equipment
The reduction of environmental facilities for environmental facilities and replacement
ESCO projects reduce the risk of funding technology

Can reduce greenhouse gases and capture CO2

Original System State

1. The equipment has a short lifespan due to the influence of low-temperature corrosion.
2. A white smoke removal system is added to meet environmental regulations.
3. High operating costs of the environmental equipment and a heavy burden on the equipment.

Waste Heat Recovery Heat Exchange System

1. The payback period for the investment is years.
2. Additional environmental protection and emission reduction effects.
3. Extending the lifespan and reducing operating costs of environmental equipment.
4. NOX low temperature ozone treatment
5. Application of a preliminary process for post-combustion carbon capture