In carbon capture applications, the performance of the packing is only as good as the internals supporting it. Uniform liquid distribution, proper vapor handling, and effective redistribution are critical to achieving high CO₂ capture efficiency, minimizing energy consumption, and ensuring reliable operation over the life of the plant. Koch-Glitsch's packed tower internals are specifically engineered to optimize the performance of high-efficiency packed columns used in carbon capture absorbers and strippers.

Built around the proven INTALOX® Packed Tower Systems philosophy, Koch-Glitsch designs packing and internals as a complete integrated system. High-performance liquid distributors, collectors, feed devices, bed limiters, and support structures work together to ensure uniform vapor-liquid contact across the entire column cross-section, maximizing mass transfer efficiency and helping operators achieve demanding CO₂ removal targets.

Our portfolio includes industry-leading liquid distributors optimized for a wide range of operating conditions, from very low liquid load carbon capture applications to large-scale utility and industrial facilities. Advanced distribution technologies help eliminate maldistribution, reduce localized flooding, prevent channeling, and ensure full wetting of structured packing, which are critical factors for absorber efficiency and solvent utilization.

Koch-Glitsch combines decades of experience in mass transfer technology with extensive research, testing, and computational modeling to deliver internals that enable predictable and reliable separation performance. Whether for new-build carbon capture facilities, absorber retrofits, debottlenecking projects, or large-scale decarbonization investments, our packed tower internals help unlock the full potential of your carbon capture system.