CARBON-CAPTURE
Smart pathways for carbon capture, purification & liquefaction
How to Build a Low-Carbon Future?
- Strong market share built through key projects in pre and post combustion solutions
- Broad technological expertise and comprehensive portfolio
- Full coverage capability from Carbon Capture, to purification, liquefaction, transport and storage, utilization
- Synergy with sister companies to provide EPC capabilities and financing for innovative projects
Carbon capture is becoming a cornerstone of industrial decarbonization. It is an integrated process comprising feed conditioning, selective separation, purification, compression, phase management (gas or liquid), and deep heat‑power integration. The goal is to achieve the energy efficiency and economics that make projects bankable for Carbon Capture Utilization (CCU) and Carbon Capture Storage (CCS).
While amine‑based solvent absorption remains the most referenced and widely deployed pathway, a new generation of solutions is expanding the toolbox to address diverse gas compositions, utilities constraints, and integration needs enabling decarbonization across all industries.
Industrial Applications of Carbon Capture
Nextchem’s Carbon Capture technologies are designed for:
- Refinery and Fertilizers
- Waste management
- Steel industry
- Cement industry
- Other industrial sectors
Nextchem Technologies for Carbon Capture
Nextchem’s Carbon Management suite delivers a complete toolkit for CO₂ capture, purification and liquefaction.
Proprietary, field-tested technologies cover post-combustion, pre-combustion, tail-gas and syngas streams, serving refining, power, chemical and circular-economy plants.
Nextchem can offer a complete suite providing an end to end solution to capture CO₂ in different industrial contexed and multiple operating conditions, deploying different technological solutions to tailor its implementation during complete project development.
Leveraging on a wide industrial experience in implementing Carbon Capture units in the industry (about 30% of market-share) Nextchem can integrate post-combustion amine-based absorption CO₂ capture technologies empowered by our proprietary configurations and proprietary equipment to maximize process efficiency and minimize energy consumption.
Pre-combustion Cold Methanol Loop CO₂ capture is the key solution for high pressure syngas decarbonization.
Innovative CO₂ liquefaction process optimized for large scale applications exploiting CO₂ as refrigerant fluid: Capex and Opex are optimized while ensuring exceptional energy efficiency.
A comprehensive suite of fully electrified carbon capture solutions, leveraging adsorption and cryogenic separation technologies tailored to address diverse industries with high energy efficiency.
– Flue Gas: innovative cryogenic Carbon capture solution tailored for high CO₂ concentration flue gas streams, as well as in steel and cement industries
– Syngas: pre-combustion Carbon capture solution specifically designed to be integrated downstream H₂ Pressure Swing Adsorption (PSA) to liquefy the CO₂ in the Syngas stream
– Tail Gas: highly efficient H₂/CO₂ Recovery Unit based on the cryogenic separation of hydrogen and Carbon dioxide particularly when concentration of CO₂ is above 50% and of hydrogen is below 20% as in the Tail Gas of Sulfur Recovery Units
Whether your goal is carbon neutrality, regulatory compliance or supply chain decarbonization, Nextchem provides:
- Technology licensing
- Process design packages (PDP)
- Proprietary equipment
- Digital solutions
- Post-PDP services
Hydrogen
From refineries to steel, hydrogen is powering the shift to low-carbon production
Circularity
Innovative solutions to recover value from plastics, biomass and non-recyclable materials
Methanol
Complete portfolio for conventional, blue and green methanol