Varying conductive element diameters and coil frequency enables selective reactor zone heating, cutting energy use and material degradation.
Electrodes create a plasma field in sorbent beds to desorb captured species without thermal heating or pressure cycling.
A blower-driven flow loop circulates desorbed gas through an RF-heated sorbent chamber to improve heating uniformity and release efficiency.
Optimized silica adsorbent removes odor and sulfur from rosin ester, replacing energy-intensive evaporation methods.
Cooling water temperature feedback in the frusto-conical slag tap predicts blockage, preventing energy-intensive high-temperature operation.
Molecular sieves selectively adsorb water from organic solvents, eliminating high-energy thermal distillation requirements.