Liquid Degasification TRIZ Cases

A dedicated fuel-air separator uses helical flow and an atmospheric vent to remove air, preventing engine stalling while dampening pressure pulsations.

A gun barrel tank uses lateral distribution metering troughs to move crude oil fluid uniformly across the separation vessel.

A pneumatic well cavity device displaces liquids using pressurized gas to lift fluids and solids from the wellbore.

Side-stream chilling removes absorption heat to shrink absorber height while maintaining pump reliability.

Capillary plates and baffles in a spacecraft tank extract pure gas by leveraging surface tension, preventing liquid fuel loss during venting operations.

A multiphase pump uses phase separation to supply liquid-enriched components for internal lubrication and cooling.

Dilute caustic injection converts volatile silica into non-vapor hydroxide complexes in a falling film evaporator, reducing contamination below 0.2 ppm.

A separation system using a stripper column and flash drum recovers ethylene from multi-component condensate mixtures.

A water recirculation system diverts feedwater to an economizer, mixing it with exhaust gas to regulate backend temperature.

Vertical degassing pipes in the inlet manifold divert gas bubbles upward via buoyancy, eliminating plug flow and maintaining constant fluid velocity.

Phase separation chamber decompresses pressurized polymer liquid to release volatile components through controlled foam formation and bubble bursting.

A modular liquid chromatography reactor uses segmented capillary cartridges to enable independent heating and cooling zones.

A solvent extraction system increases mixture pressure above saturation to prevent solute precipitation during transfer.

Integrally molded cyclone reservoir uses a neck section to create primary baffles that enhance fluid separation.

Segmented valves with a fluid conduit provide failsafe air removal, preventing water damage when the primary vent fails.

A self-priming liquid ring pump unit separates air and fuel using centrifugal forces within a nested arcuate flow path.

Classifier device separates wellbore fluid constituents using centrifugal and gravitational forces, resolving complexity issues in compact separation systems.

A bubbler splashguard uses a baffle disc and deflector ledge to create a tortuous flow path for vapor delivery.

Nested tube apparatus segments down-hole fluids through restricted fluid communication pathways to resolve incomplete gas and solids separation.

A universal commode processing unit drives a fan and liquid-gas separator via a common motor.

Modified cyclic amine structures resolve low-pressure performance gaps by boosting equilibrium loading without increasing energy consumption.

A compressed nitrogen flow incorporates saturated steam to increase specific heat capacity for faster unit heating.

Integrated turbine recovers liquid kinetic energy to enable isothermal compression, reducing heat accumulation and lowering total energy consumption.

A self-priming pump draws mixed liquid into a cyclone separator to prevent emulsification during intake.

A decomposition furnace fin directs polymer and hydrogen chloride reactants to a center tube opening, preventing clogging and reducing waste disposal costs.

A concentric tube assembly slows fluid velocity to separate gas from liquid in a well production stream.

Segmented helical brush media reduces pressure drop while enhancing gas venting and solid discharge in hydronic HVAC separators.

A single vessel fractionation system combines rectifying and stripping columns to separate hydrocarbon streams efficiently.

Inverted umbrella baffle prevents solid accumulation while adjustable water leg regulates interface level, minimizing re-entrainment.

A solvent stripper transfers carbon monoxide from rich amine to shifted syngas.

A steam collapsing apparatus channels effluent into a tank to condense gas using cooling water.

A movable pump holding device positions pumps inside or outside a bioprocess frame to streamline tubing exchange and maintenance workflows.

Oblique liquid catcher channels on curved guiding vanes deviate liquid flow to prevent re-entrainment at high inlet velocities.

Integrated deaerator shaft with attachment surfaces resolves complexity trade-offs while ensuring consistent oil separation and lubrication.

Agitated electrochemical reactor removes high organic loadings and suspended solids from hydrofracturing water via continuous oxidation.

A multistage separator vessel recovers liquid petroleum gases by reducing pressure to separate vapor and liquid phases.

Dual self-priming chambers and a rotating hexagonal partition member enable rapid air removal, eliminating external vacuum pumps and reducing startup noise.

Anhydrous tertiary alkanolamines chemically bind hydrogen sulfide to form hydrosulfide salts for selective gas capture.

A heated accumulator captures carbonaceous deposits to prevent varnish buildup in critical components while removing dissolved oxygen.

Integrating the separator into the end plate reduces installation space while maintaining water separation efficiency through extended flow paths.

A rotating thin film reactor forms a forced fluid layer between opposing surfaces to enable continuous chemical processing.

A spherical air trap uses a tangential inlet to create a spiral flow that separates air bubbles from blood, preventing pump air locks in dialysis circuits.

Closely spaced plates exploit rheological properties to separate fluids with similar densities without external energy.

Trifluoromethanesulfonate salts catalyze transesterification of alkoxysiloxanes with polyetherols to form SiOC-bonded polyether siloxanes.

Segmenting absorbent into two phases allows selective regeneration of the acid-rich fraction, reducing energy consumption and solvent losses.

A beer manufacturing process produces a low-CO2 intermediate product filled into unpressurized containers for separate carbonation at the point of service.

Helical pathways and a spider bearing eliminate pre-rotation turbulence, preventing gas lock in electric submersible pumps.

Vacuum distillation apparatus reduces energy consumption and concentrate disposal issues by evaporating water at lower temperatures.