Designed for Direct Air Capture applications
High selectivity for atmospheric CO₂ capture
Available in amine-functionalized and customized formulations
Suitable for low-temperature regeneration and cyclic operation
High CO₂ capacity and low regeneration energy
Excellent cyclic stability and durability
Suitable for modular DAC system integration
Modular solution for direct air capture of CO₂
Integrated adsorption, desorption, regeneration and CO₂ collection units
Designed for modular and skid-mounted deploymen
Suitable for Power-to-X, CCUS and e-Fuel applications
Low-energy operation
Modular and scalable architecture
Compatible with CO₂ utilization systems
Suitable for R&D, pilot and commercial deployment
CCUS (Carbon Capture, Utilization and Storage)
CCUS is defined by its broad applicability, deep emissions reduction potential, and system integration capability, making it a critical technology pathway for the global transition toward carbon neutrality in both energy and industrial systems.
Key Application Features:
Suitable for high-emission industries – such as power generation, steel, cement, and chemicals, significantly reducing Scope 1 direct emissionsThrough industrial integration, CCUS functions not merely as a decarbonization tool but as a core node in building a new energy-resource circular system.
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