Heating, separation, and blending turn stranded grey hydrocarbons into on-spec condensate and light oil with lower transport and disposal burden.
A micro refinery system uses catalytic additives to break down heavy hydrocarbons into lighter fuel chains at low temperatures.
A filter device recycles print head atmosphere by separating solvent vapors and particles from the ink reservoir outlet.
A multi-stage dry condensing system reduces stripping medium volume using sequential heat transfer loops to increase pressure efficiently.
A cylindrical desublimator uses inward lamellae and inner cooling lines to recover products from gas mixtures.
Continuous wiping prevents clogging from heavy waxy components, maintaining heat transfer efficiency.
Segmented condensers recover valuable biomass components from vent gas steam, preventing environmental release of harmful substances.
A spray nozzle atomizes influent into a falling film on heated walls, enabling low-temperature vacuum evaporation that preserves heat-sensitive substances.