
Ultra Dehydration System
DEC.UDS™
At the heart of DEC's industrial Advanced Dehydration Modules (DEC.ADM™) is the innovative DEC.UDS™ (Ultra Dehydration System) technology. This advanced industrial liquid phase solvent dehydration process is engineered to boost efficiency and cut operating costs significantly.
DEC.UDS™ (Ultra Dehydration System) technology is based on molecular sieves (DEC.MZA™), designed to significantly increase the efficiency while reducing the operating costs.
Industrial processes often involve solvents that require precise dehydration to maintain product quality, while optimizing downstream processes (e.g. distillation processes). Traditional dehydration methods can be energy-intensive, lead to solvent loss, and may not achieve the desired purity levels. These limitations directly impact operational costs and overall process efficiency.

DEC.UDS™ • how it works
The foundational technology underpinning the exceptional performance of DEC.UDS™ is its reliance on molecular sieves (DEC.MZA™). Molecular sieves are highly porous crystalline materials with a uniform pore size, allowing them to selectively adsorb molecules based on their size and polarity. In the context of dehydration, DEC.MZA™ molecular sieves are specifically engineered to efficiently capture water molecules while allowing the solvent to pass through unimpeded.
DEC.UDS™ • key benefits
The integration of DEC.UDS™ with DEC.MZA™ molecular sieve technology delivers tangible benefits in terms of efficiency and cost reduction:
The DEC.UDS™ Ultra Dehydration System, powered by advanced DEC.MZA™ molecular sieve technology, represents a significant advancement in industrial liquid phase solvent dehydration. By offering unparalleled efficiency, substantial operating cost reductions, and reliable performance, DEC.UDS™ is an indispensable component of modern industrial activated carbon Solvent Recovery Units (DEC.SRU™), enabling businesses to achieve higher quality products, greater operational efficiency, and ultimately, a stronger competitive edge.
