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GKT Technologies

For decades, conventional evaporation systems have been a core element of thermal separation technology.

Based on multi-stage evaporation plants with plate or tube falling-film evaporators as well as mechanical or thermal vapor recompression, GKT delivers energy-efficient solutions for concentrating a wide range of liquid streams - designed for stable, reliable operation in continuous industrial processes.

Thin-film and short-path technology enable precise processes for the concentration, separation, and distillation of demanding or temperature-sensitive media.

Using thin-film evaporators, thin-film dryers, and short-path evaporators, GKT delivers solutions with short residence times, high product quality, and stable process control.

CO₂ valorization opens new pathways to use captured CO₂ as a feedstock for industrial processes.

With ECO2CELL, GKT has developed a solution that converts CO₂ into chemical base materials and fuels using water and renewable electricity under mild process conditions - without the need for external hydrogen supply.

This turns emissions into a usable resource and makes decarbonization a technologically effective contribution to sustainable industrial processes.

Waste heat is generated in nearly every industrial process - yet a large share remains unused.

This is where one of the greatest efficiency potentials in energy-intensive production systems lies. With VarioVAP and CompriVAP, GKT captures these energy streams and integrates them systematically into existing processes.

Waste heat thus becomes a strategic energy resource and delivers measurable reductions in energy consumption, CO₂ emissions, and operating costs.

Distillation and rectification enable precise thermal separation of complex mixtures – from refining to the recovery of valuable components.

GKT delivers systems focused on stability, efficiency, and measurable industrial impact.