In accordance with the amendment and enforcement of the Clean Air Conservation Act, owners of refrigerant-using equipment
must either collect the equipment, facilities, and personnel specified in the Clean Air Conservation Act and
recover it directly or entrust it to a company that has a registered refrigerant recovery business.
Used Refrigerant Recovery and Treatment
- Used refrigerant recovery
- Used refrigerant treatment
- Vehicle-mounted used refrigerant recovery and reclaimed refrigerant charging service
Expert recovery technology
Expert recovery personnel
High-pressure gas transport vehicle
Self-developed recovery machine
Expert recovery technology
Expert recovery personnel
High-pressure gas transport vehicle
Self-developed recovery machine
Reclamation technology
Fractional liquefaction
It is a technology that separates mixed refrigerants with different liquefaction points (boiling points) in stages, utilizing the reverse process technology of fractional distillation widely used in crude oil refining
Gas membrane separation
It is a technology that separates by the difference in the permeation rate due to the physicochemical interaction between the membrane material and the permeating gas molecules, and uses the gaseous refrigerant pressure as a driving force for the selective separation of the mixed gas. In addition, it also utilizes technology with high processing capacity per unit volume by applying a hollow fiber type membrane.
Hydrate
Hydrate refers to a crystal in which gas molecules are trapped in the lattice of water where hydrogen bonds are formed. Hydrate mainly utilizes technology formed in high-pressure and low-temperature environments
Disposal technology
Thermal destruction
Among the 16 ODS (Ozone Depleting Substances) destruction technologies approved by the Montreal Protocol, we have the technology to destroy HFCs at high temperatures using the thermal energy of LNG (city gas).
Comparison with commercial technology
Service utility
Service model