ADM, assumptions, Clausius-Clapeyron equation, dehydration, enthalpy of vaporization, high efficiency, less downstream processing, lowest energy consumption, PHD, Pulse Heat Dehydration, reduced operating costs, sublimation, superior solvent purity, vapor pressure data, vaporization, water removal from solvents, DEC, Dynamic Environmental Corporation (DEC), DEC IMPIANTI, DEC HOLDING, DEC SERVICE, DEC ENGINEERING, DEC AUTOMATION, DEC LAB, DEC ANALYTICS, DEC Group

Pulse Heat Dehydration
DEC.PHD™

At the heart of DEC's industrial Advanced Dehydration Modules (DEC.ADM™) is the innovative DEC.PHD™ (Pulse Heat Dehydration) technology. This advanced process is engineered to boost efficiency and cut operating costs significantly. It achieves this through a selective desorption algorithm (DEC.SDA™), which is further optimized by DEC.AIP™, Artificial Intelligence (AI) and Machine Learning (ML).

DEC.PHD™ (Pulse Heat Dehydration) technology is a core component of activated carbon Solvent Recovery Units (DEC.SRU™), designed to significantly increase the efficiency while reducing the operating costs.

ADM, assumptions, Clausius-Clapeyron equation, dehydration, enthalpy of vaporization, high efficiency, less downstream processing, lowest energy consumption, PHD, Pulse Heat Dehydration, reduced operating costs, sublimation, superior solvent purity, vapor pressure data, vaporization, water removal from solvents, DEC, Dynamic Environmental Corporation (DEC), DEC IMPIANTI, DEC HOLDING, DEC SERVICE, DEC ENGINEERING, DEC AUTOMATION, DEC LAB, DEC ANALYTICS, DEC Group

DEC.PHD™ • how it works

The DEC.PHD™ system works by selectively desorbing water and solvents from activated carbon. This intelligent approach minimizes the amount of water that needs to be condensed alongside the solvent.

DEC.PHD™ • key benefits

  • High Efficiency: the AI and ML-enhanced selective desorption ensures more effective recovery of solvents;
  • Lowest Energy Consumption: by dramatically reducing the amount of water to be condensed, the technology lessens the energy load on the condensation system, leading to lower energy usage;
  • Superior Solvent Purity: the system delivers a "dehydrated raw solvent" directly at the solvent condenser, resulting in higher purity of the recovered solvent, before any downstream process;
  • Reduced Operating Costs: lower energy consumption directly translates to decreased operational expenses;
  • Less Downstream Processing: delivering a raw, pre-dehydrated solvent, significantly reduces or often eliminates the need for further processing, which in turn streamlines operations and boosts efficiency.
  • DEC.SDA™
    Selective Desorption Algorithm
    DEC.PHD™
    Pulse Heat Dehydration
    ADM, assumptions, Clausius-Clapeyron equation, dehydration, enthalpy of vaporization, high efficiency, less downstream processing, lowest energy consumption, PHD, Pulse Heat Dehydration, reduced operating costs, sublimation, superior solvent purity, vapor pressure data, vaporization, water removal from solvents, DEC, Dynamic Environmental Corporation (DEC), DEC IMPIANTI, DEC HOLDING, DEC SERVICE, DEC ENGINEERING, DEC AUTOMATION, DEC LAB, DEC ANALYTICS, DEC Group
    ADM, assumptions, Clausius-Clapeyron equation, dehydration, enthalpy of vaporization, high efficiency, less downstream processing, lowest energy consumption, PHD, Pulse Heat Dehydration, reduced operating costs, sublimation, superior solvent purity, vapor pressure data, vaporization, water removal from solvents, DEC, Dynamic Environmental Corporation (DEC), DEC IMPIANTI, DEC HOLDING, DEC SERVICE, DEC ENGINEERING, DEC AUTOMATION, DEC LAB, DEC ANALYTICS, DEC Group

    built on innovation,
    inspired by passion

    DEC HOLDING, DEC, Dynamic Environmental Corporation (DEC), DEC IMPIANTI, DEC SERVICE, DEC ENGINEERING, DEC AUTOMATION, DEC LAB, DEC ANALYTICS, DEC Group, IAF HOLDING, GAUSER HOLDING, FORMIGONI