Technology/Patents
Find out more about our new product development technologies as well as our patents and certifications.
Water, soil treatment technology
POSTECH, GIST, KAIST, UNIST
University of Seoul, Chungnam National University
De-nitroification Catalyst BAG HOUSE
Korea Institute of Industrial Technology
Ajou Univeristy, Clean Air Technologies
Injector
Korean Institute of Energy Research
Intensive Filter
New Type B/F Development
Developed VOC removal catalyst
Developed Korean EP development
(for restaurants, tobacco odor removal)
Obtained valuable DATA
through PILOT PLANT experiment
VOC Treatment
PRANTNER(Germany), REINLUFT(Germany)
IZUMI(Japan), AERISON(Australia), EST
Denitrification, Desulfurization Technology
THERMOKIMIK(Italy),
PURE TECH
Electronic Dust-Collector
LTA(Germany)
High Efficiency FAN
NKG(Japan)
Low Temperature Plasma Cleaning Facility
POSCO ICT
R&D Development – Catalyst for denitrification BAG HOUSED
R&D Development
Catalyst for denitrification BAG HOUSED
High temperature flow air flow that applied catalyst for nitrogen oxide removal, Catalyst for denitrification BAG HOUSE developed.
High temperature flow air flow that applied
catalyst for nitrogen oxide removal,
Catalyst for denitrification BAG HOUSE developed.
Utilization of Technology
Applicable to the exhaust gas treatment system of
fired power plants that uses a large amount of fossil fuel
Applicable to removal of polluting gas in other
areas such as CEMENT, KILN and city incinerators.
Expected Benefits
Installation space, maintenance costs, operating costs
can be reduced by 1/2 compared to the existing SYSTEM
By replacing the filters of the existing dust collectors of the steel
and cement industries with the catalyst filters,
it can remove within 90% of Nox
Expected Benefits
Installation space, maintenance costs, operating costs
can be reduced by 1/2 compared to the existing SYSTEM
By replacing the filters of the existing dust collectors of the steel
and cement industries with the catalyst filters,
it can remove within 90% of Nox
Process Comparison
Reduced fusion system technology
Developed a low cost, high-efficient wide range pollution
treatment system for the treatment of air pollutions emitted
from the power plants and industrial plants
Developed a low cost, high-efficient wide range pollution treatment system for the treatment of air pollutions emitted from the power plants and industrial plants
Utilization of Technology
Fuel oil-fired boilers :
Applicable to small and medium-sized
metropolitan industries
Coal-fired power plants :
Applicable to a new facility or
to replace aging power plants
Non-ferrous rapid process :
Applicable to industries highly dependent
on fossil fuel-intensive utilization
Foreign markets :
Advanced to Chinese Market where
a large-scale new coal-fired power plants
are being promoted
Expected Benefits
Secured customized system structure
architecture design technology,
according to the characteristics
of exhaust gas emission
Prevention of foreign currency loss
due to environmental equipment
field in dependency by domestic proprietary technology
Revenue increase due to foreign
currency acquisition through expansion
to Southeast Asia and Chinese market
40% reduction of industry exhausts
gas processing and operating costs
Combustion Exhaust Gas Treatment Technologies Process Chart
Structural Analysis
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