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Production of catalyst

Production of catalyst

KC Environmental service has installed Selective Catalytic Reduction (SCR) and Selective Non-Catalytic Reduction (SNCR) in power plants, incineration facilities, and industrial facilities in order to reduce NO2, a cause of green house effect and also nitrogen oxide that is same environmental pollutant. In the SCR regeneration business of our company, recycled waste catalyst technology is used to recycle the used catalyst to more than 90% of the new catalyst, regeneration, reuse and recycling.

KCES NETWORK-Changwon Business Office (Former_KC Hanmi Industry) transport vehicle

KCES NETWORK-Changwon Business Office (Former_KC Hanmi Industry) transport vehicle
KCES NETWORK-Changwon Business Office (Former_KC Hanmi Industry) transport vehicle
Regenerating method Continuous Type + Batch Type
Capacity 25㎥/day ~ 40㎥/day
Feature
  • ① Catalytic debris removal technology using Ultra Sonic
  • ② Activity 90% ~ 100% recovery Regeneration
  • ③ Minimizing SO2/SO3 Conversion
  • ④ Treatment water recycling treatment method
  • ⑤ Increase efficiency of active substance V205 impregnation
Regenerating Cat-Type HoneyComb Type, Plate Type, Crougate Type
Wastewater treatment Acid/alkali treatment => dehydration treatment => neutralization treatment => consignment treatment

Catalyst regeneration effect

Catalyst regeneration effect
Merits Features
  • - Minimize SO2/SO3 conversion rate
  • - Activity recovered more than 90%
  • - Low cost compared to new catalysts
  • - Maintain activation ratio like new catalyst
  • - Pressure drop in the catalyst layer
  • - Removal of catalyst deactivating agents
  • - Complete removal of Catalyst Plugging
  • - Complete removal of surface layer contaminants
  • - Flue Gas Pressure drop due to smooth flow
  • - Minimizing influence of catalyst structure
  • - Maintain structural stability of catalyst

Catalyst regeneration & cleaning

Catalyst regeneration & cleaning
Catalyst regeneration & cleaning
Physical inert material Chemical inert material
SiO2, CaO, MgO, SO3 etc. Na2O, K20, P205, Pb, As etc.
* The ability to remove As, a poisonous substance penetrated into the catalyst

Main performances

  • Boryeong Unit 3

    Boryeong Unit 3

    • · Client291㎥
    • · TYPEPlate
    • · Processing period2010.4.13~22

  • Boryeong Unit 6

    Boryeong Unit 6

    • · Client291㎥
    • · TYPEHoneycomb
    • · Processing period2009.10.17~10.29

  • Dangjin Unit 4

    Dangjin Unit 4

    • · Client291㎥
    • · TYPEPlate
    • · Processing period2010.4.2~14

  • Dangjin Unit 8

    Dangjin Unit 8

    • · Client291㎥
    • · TYPEPlate
    • · Processing period2011.9.14~26

  • Taean Unit 3

    Taean Unit 3

    • · Client198.9㎥
    • · TYPEHoneycomb
    • · Processing period2010.4.23~5.3

  • 3 sintering furnace (1st)

    3 sintering furnace (1st)

    • · Client46.91㎥
    • · TYPECorrugate
    • · Processing period2009.12.7~19

  • 3 sintering furnace (2nd)

    3 sintering furnace (2nd)

    • · Client46.91㎥
    • · TYPECorrugate
    • · Processing period2009.12.23~2010.1.12

  • 3 sintering furnace (3rd)

    3 sintering furnace (3rd)

    • · Client138.1㎥
    • · TYPECorrugate
    • · Processing period2010.3.8~29

  • 4 sintering furnace (1st)

    4 sintering furnace (1st)

    • · Client93.82㎥
    • · TYPECorrugate
    • · Processing period2010.1.25~2.24