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Pipes and processing equipment at an industrial facility

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Carbon Capture, Utilization & Storage

Leading the carbon-neutral era with carbon capture, utilization, and storage technology.

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CO₂ Capture Efficiency
90%
bar Compression
100+
An overview of a large industrial facility

What is CCUS?

Key Technology for Carbon Neutrality

CCUS is a technology that captures carbon dioxide emitted from industrial facilities and power plants, then utilizes or safely stores it.

01

Carbon Capture

CO₂ Separation

Technology to separate and capture CO₂ from emission sources using various methods such as amine scrubbing and oxy-fuel combustion.
02

Utilization

Carbon Conversion

Converting captured CO₂ into useful products such as fuels, chemicals, and building materials.
03

Storage

Carbon Sequestration

Long-term storage of captured CO₂ in geologically stable formations to prevent atmospheric release.

CCUS Technology Process

Achieving Carbon Neutrality with Integrated Systems
  1. Industrial chimneys and emission sources

    Capture

    CO₂ Separation from Sources
  2. Industrial piping with pressure gauges and valves

    Compression

    High-pressure 100+ bar
  3. A ship carrying cargo at sea

    Transport

    Pipeline/Ship Safe Delivery
  4. Industrial storage tanks and connecting walkways

    Storage/Use

    Underground Storage or Industrial Use

Key Application Areas

Cooling towers and equipment at a power plant

Power Plants

Efficiently capturing large amounts of CO₂ from coal and gas-fired power generation.

An overview of a large industrial facility

Industrial Facilities

Applied to carbon-intensive industries such as cement, steel, and petrochemicals.

An overview of a biogas production facility

Biogas Facilities

Capturing CO₂ from biogas production to produce pure methane.

Industrial processing tanks and piping

KGH's CCUS Solution

Optimized Integrated System

KGH GLOBAL provides integrated CCUS solutions covering the entire process from capture to storage/utilization.

Supporting carbon neutrality goals with proven technology and economic viability.

01

High Capture Efficiency

Achieving over 90% CO₂ capture rate with state-of-the-art capture technology.
02

Energy Optimization

Efficient system minimizing energy loss and reducing operational costs.
03

Proven Stability

Reliable technology ensuring long-term safe storage and utilization.
01

Integrated Design

Full project lifecycle support
02

Customized Solutions

Industry-specific optimization
03

Economic Viability

Reduced operating costs

Other Business Areas

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