ENERGY TECHNOLOGY

Carbon Capture,
Utilization & Storage (CCUS) Solutions

Driving Industrial Decarbonization Through
Proven Heat-Exchange and Flue-Gas Expertise 

Tailored rotary gas heater solutions for SCR and FGD

Durable heat exchange systems for flue gas applications

As global industries move toward net-zero emissions, LJUNGSTRÖM stands at the forefront of carbon capture, utilization, and storage (CCUS) readiness. With more than a century of leadership in heat transfer and flue-gas technology, our advanced systems prepare facilities in power generation, oil and gas, cement, pulp & paper, and steel for a low-carbon future. 

Our CCUS-ready solutions combine field-proven heat-exchange performance with next-generation gas conditioning and acid-gas mitigation—enabling efficient, reliable, and cost-effective carbon capture integration.

Our CCUS-Ready Technologies

Flue-Gas Cooling & Conditioning

Our RGC® Regenerative Gas Coolers and Compact heat exchanger units optimize flue-gas temperatures for CO₂ capture and pretreatment. Whether for coal, biomass, natural gas, or process exhaust, these systems deliver stable cooling for amine-based, membrane, or cryogenic capture processes.

Flue gas pre-cooling reduce temperatures upstream of carbon processing units.

CO₂ Wheel® and heat exchangers configurations provide modular adaptability for new builds and retrofits. 

SBS/LBS Injection™ significantly reduces SO₃, halogens and other acidic components upstream of capture systems.

Acid-Gas

LJUNGSTRÖM’s SBS Injection™, RGC? cooling, and flue gas
polish systems protect capture and compression assets by
reducing acid gases, SOₓ, and halogens.

SO₃/halogen control ensures downstream solvent stability.
Flue-gas polish systems remove trace contaminants before compression.

Pre-cool + SBS Injection™ designs optimize the DCC operation and deliver CCS-ready flue gas conditioning for multiple
process streams.

CCS-Ready Pretreat
and Integration Skids

Our standardized pretreat system streamline front-end engineering design (FEED) for carbon capture retrofits
and new installations.
Modular systems
for flue-gas polishing

SOₓ polish engineered for refinery and process gas stream.

CO₂ feed conditioning and compression-interface heat exchanger solutions designed for scalability and future carbon hubs. 

Waste Heat Recovery and Energy Optimization

By integrating regenerative heat exchangers (HX) and gas/liquid reheat systems, LJUNGSTRÖM helps plants recover thermal energy, reducing steam consumption.
Waste-heat recovery improves energy efficiency and offsets auxiliary load for capture systems. 
Stack gas and exhaust reheating meet emission-temperature regulations efficiently.

Enables steam-production reduction and VOC capture through thermal balancing, while producing steam without additional fuel consumption.

Industries We Serve

Sector CCUS Challenge LJUNGSTRÖM Solution
Power Generation Flue-gas cooling, acid-gas control, CCS retrofit readiness, energy demand RGC®, SBS Injection™, CO₂ Wheel®, waste heat recovery
Oil & Gas Acid-gas removal and energy demand SOₓ/HCl mitigation, waste heat recovery
Cement High dust loading and process exhaust conditioning Dirty-gas cooling, acid gas mitigation, CO₂ Wheel®
Pulp & Paper VOC control and energy recovery Waste-heat recovery, compact HX, emission regulation
Steel Manufacturing Oxidizer exhaust capture and SOₓ control HX + polish systems, regen cooling, SBS Injection™
Why LJUNGSTRÖM ?

Proven Across Industries

Deployed globally
across 100+ years
of medium-high temperature, high-dust flue-gas environments.

Integrated with
CCS Projects

Our systems are already spec’d into FEED studies for power and industrial decarbonization projects.

Future-Ready
Designs

Modular configurations support BECCS, industrial clusters, and carbon-hub infrastructure.

Sustainability
by Design

Every system is engineered to reduce parasitic load, emissions, and operational complexity.
Partner with LJUNGSTRÖM
on Your CCUS Journey 
From flue-gas pretreatment to waste-heat recovery, LJUNGSTRÖM technologies bridge today’s operations to tomorrow’s decarbonized future. 


Let’s design a CCUS-ready system that reduces emissions, improves efficiency, and accelerates your path to net zero.

Contact our decarbonization team to start your CCUS assessment.