Dispersed Particle Separation TRIZ Cases

See how narrow thermoformed channels with pressure control achieve 90%+ membrane coverage in de

See how a horizontal separator design increases refrigerant separation stroke and time while re

See how alternating heating and cooling cycles evaporate and condense moisture for rapid draina

See how a partition-plate design divides the separation vessel into multiple stages, enabling c

See how vacuum-driven pressure gradients enable continuous liquid desiccant regeneration and wa

See how supercritical carbon dioxide replaces water in jute fiber boiling, bleaching, and dyein

See how a dual-type drying machine integrates horizontal drum and cabinet units with waste heat

See how a tapered gap between inner and outer ducts enables centrifugal moisture separation whi

See how segmented inner spaces with atmosphere bridges maintain unified humidity without gradie

A single pressure vessel combines precooling, evaporation, separation, and automatic draining to deliver substantially dry compressed air at operating pressure.

A passive aftercooler uses a recessed condensate trough, separating material, and outlet shield to deliver cooled compressed air with less entrained moisture.

Injecting a cooling liquid after abatement cools hot exhaust by evaporation, limiting gas volume growth and downstream pump load.

A nanorod-coated inner surface spreads and captures oil from refrigerant gas, improving separation efficiency while keeping pressure drop low.

Stacked hydrophobic flat-membrane modules boost heat and mass transfer while cutting air pressure loss in liquid-desiccant air conditioning.

An embedded conductor and multilayer polyamide tube keep AdBlue flowing below freezing while improving heat, hydrolysis, and impact resistance.

Electronic expansion and hot gas bypass valves keep refrigerant superheated, protecting the compressor while simplifying cool gas drying.

A high-thermal-mass chiller and independent cooling fan keep the dryer heat exchanger cold without frequent refrigerant compressor cycling.

Embedded conductors and a copolyamide impact-modified layer heat the pipe while resisting thermal deformation, hydrolysis, and impact damage.

A 3-5 Å molecular sieve removes moisture from fluoropropene refrigerants while limiting refrigerant uptake that can trigger degradation and failures.

A trialkyl phosphate and dialkylimidazolium salt absorbent removes moisture from gas mixtures while minimizing odor release in air treatment.

Waste heat from compressed fluid is reused in after-cooler and auxiliary heat exchangers to separate refrigerant while cooling and dehumidifying the stream.

Uses the cabinet's liquid cooling loop to condense and remove moisture, avoiding costly Peltier dehumidifiers and improving reliability.

A partitioned vessel creates staged gravitational separation of refrigerant droplets, cutting pressure loss and compressor damage risk.