Liquid Degasification TRIZ Cases

Impeller and diffuser homogenize multiphase fluid to prevent gas lock in high gas volume fraction ESP applications.

Integrates a flash gas treatment column with acid gas removal to capture carbon dioxide, reducing sulfur circulation and operational costs.

A deionized water conditioning system heats and degasses fluid before wafer delivery to optimize post-electrofill processing.

A driven gas-liquid separation starting device uses rotation and cam mechanisms to separate mixed fluids.

Once-through steam generator design eliminates thick wall headers to reduce thermal fatigue during rapid startup cycles.

Adding hydrocarbon and aqueous acid to the heavy residue stream separates sodium salts from organic material, eliminating rag layer formation.

A spiral flow guide imparts swirling motion to reduce vertical velocity and suppress mist generation in polishing apparatuses.

Segmented filtration and localized heating remove volatiles while a pressure sensor controls the heater, preventing dangerous buildup.

A porous pipe injects inert gas into fuel to displace dissolved oxygen, reducing autoxidation risk without complex vacuum systems.

A spiral flow degassing device uses a hydrophobic membrane to separate gas bubbles from liquid streams.

A Gas Liquid Cylindrical Cyclone separates gas from liquid to recirculate fluid, preventing pump overheating during slug flow.

Non-ionic surfactants and polyether-modified siloxanes reduce cyanide consumption and processing time during gold leaching.

A steam flow rate adjusting unit maintains constant turbine extraction to supply reboilers and heaters in carbon dioxide recovery systems.

A reserve tank uses internal partitions to create swirling coolant flow that separates gas bubbles from liquid.

A recirculation nozzle assembly directs fluid from the tank bottom to the top surface.

An inclined evaporation block separates heating elements from oil to prevent safety hazards while efficiently evaporating contaminants.

Curved flow arcs in the tank eliminate dead volumes and prevent short-circuiting while ensuring uniform cooling.

An interior wall and baffle structure segment the cavity to prevent turbulence-induced gas bubbles, maintaining cooling efficiency after engine shutdown.

Dual-plane bends in the separation device remove gas bubbles from recycled liquid, preventing cavitation in H-oil process reactors.

A single inline separator uses centrifugal vortex flow to separate gas bubbles and solid particles from fluid streams without internal baffles.

Waste heat integration raises hot solvent feed temperature, reducing reboiler duty and energy losses in acid gas removal processes.

A barrier plate in the air collector traps gas bubbles to prevent flow disruption and maintain thermal conductivity.

Decanter vessel removes suspended hydrocarbons and catalyst fines from reaction water, protecting distillation columns from instability.

Heating loaded scrubbing liquid releases CO2, while a centrifugal separator isolates methane to eliminate slip and oxidative treatment costs.

Segmented air and liquid preheating stages recover latent heat from exhaust gas, reducing unused thermal loss in burner systems.

Axial guiding means constrain the degassing piston movement along a defined axis to ensure stable positioning within the control chamber.

A deaeration tank removes air bubbles from heated cleaning liquid, preventing pump malfunction during dialysis circuit maintenance.

Hollow elongated oil filter housing with tangential flange holes and rib portions provides secure mounting.

A gas-liquid separation device uses a cyclone mechanism to generate swirling flow for efficient phase separation.

Helical ramps in a wellbore separator assembly centrifugally separate gas and liquid, preventing pump interference and ensuring complete fillage.

An aqueous stream extracts dissolved oxygen and nitrogen from sweetened hydrocarbons using a degassing drum, preventing venting issues and product loss.

Segmented reservoir geometry and hydrophobic surfaces trap air bubbles in a dedicated zone, improving delivery accuracy by preventing gas expulsion.

A biofilter gas collector retrieves upwardly moving oxygen to control microbial proliferation within the filtering material.

A short-flow process separates heavy hydrocarbons, sulfides, and amine solutions from circulating hydrogen using dedicated de-hydrocarbon, desulfurizer, and de-amine units.

Modifying carbon dioxide stream composition with syngas components to create a suitable conveyance gas.

Submerged air manifolds in draft tubes strip trihalomethanes from potable water while maintaining circulation patterns without increasing energy consumption.

A CO2 recovery system uses a water-washing section to reduce amine compound concentrations in decarbonated flue gas.

A pneumatic self-priming device uses high-speed gas to drive a rotating disk and create pressure differentials that automatically draw water into the system.

Centrifugal separation inducer removes insoluble gas from dissolution water to prevent flow pulsation and maintain stable microbubble generation.

An electric submersible pump assembly integrates an active cooling system to manage motor temperature during high-speed operation.

A vertical air separator pipe removes accumulated gas from water tubes, preventing reservoir formation and lining peeling.

Internal mesh and lattice structures break air bubbles in the coolant, preventing pump damage from cavitation.

Segmented circular sleeve and recirculation pump remove air from viscous food while preventing foaming in the second zone.

Controller raises pressure setpoints to prevent header hunting and maintain steam supply stability.

Immobilized anaerobic bacteria transform soluble selenates into insoluble elemental selenium, eliminating costly chemical reagents and complex machinery.

Subcritical CO2 extraction processes wet plant material directly, eliminating drying steps that increase costs and time for large-scale hemp operations.

A single vessel oxidizes thiol compounds in alkaline streams while separating oil by-products.