Capture of CO2

by MHIENG

Capture of CO2 by MHIENG

Technology with World’s Top Share - KM CDR Process™

More than 30 years of experience with KM CDR Process™, a liquid absorption technology using high performance absorbents (KS-1™, KS-21™).

MHI have a global market share of more than 70% for capturing CO2 from exhaust gas.

Technology with World’s Top Share - KM CDR Process™

KM CDR Process™ - Overview and Features

KM CDR Process™ = Kansai Mitsubishi Carbon Dioxide Recovery Process
Amine based technology
Capable of capturing up to 98% or higher CO 2 from combustion gas (depending on source)
Proprietary features developed over three decades

KM CDR Process™ - Overview and Features

Typical Layout of a Carbon Capture Plant

Flue Gas Duct
Flue Gas Quencher
Absorber
Regenerator
Cooling Tower
Dehydration and CO₂ Compressor
Reboiler

Example Plot area:

150,000 TPA:
50m * 30m = 1,500m²
1,500,000 TPA:
58m * 131m = 7,598m²

Typical Layout of a Carbon Capture Plant

Compact CO₂ capture plant

CO₂ capture capacity : 0.1∼200TPD
Reasonable initial cost and shorter delivery time by standardization.
Space saving design.

Compact CO₂ capture plant

Compact CO₂ capture plant

Capture of CO2

by Captur Tower

Efficient Direct Air Capture using Cooling Towers

DAC has great potential but needs to reduce costs

DAC has great potential but needs to reduce costs

Cooling Towers have what we need:

air flow and waste heat

Cooling Towers have what we need: air flow and waste heat

We recover air flow and waste heat from existing cooling towers to capture CO2

We recover air flow and waste heat from existing cooling towers to capture CO2

We generate new revenue stream for cooling tower owners and high quality CO2 certificates

(or CO2 for industrial needs)

We generate new revenue stream for cooling tower owners and high quality CO2 certificates

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