Liquid Degasification TRIZ Cases
- ESP Gas Separator Impeller Diffuser Design
Impeller and diffuser homogenize multiphase fluid to prevent gas lock in high gas volume fraction ESP applications.
- Flash Gas Treatment Column for Integrated CO2 Capture
Integrates a flash gas treatment column with acid gas removal to capture carbon dioxide, reducing sulfur circulation and operational costs.
- Deionized Water Conditioning for Semiconductor Post-Electrofill
A deionized water conditioning system heats and degasses fluid before wafer delivery to optimize post-electrofill processing.
- Driven Gas-Liquid Separation Starting Device for Centrifugal Pumps
A driven gas-liquid separation starting device uses rotation and cam mechanisms to separate mixed fluids.
- HRSG Fast Start Thermal Stress Reduction
Once-through steam generator design eliminates thick wall headers to reduce thermal fatigue during rapid startup cycles.
- Heavy Residue Phase Separation in Propylene Oxide-Styrene Process
Adding hydrocarbon and aqueous acid to the heavy residue stream separates sodium salts from organic material, eliminating rag layer formation.
- Gas-Liquid Separator with Spiral Flow Guide
A spiral flow guide imparts swirling motion to reduce vertical velocity and suppress mist generation in polishing apparatuses.
- Fluid Purification System with Evaporator Section and Pressure Sensor
Segmented filtration and localized heating remove volatiles while a pressure sensor controls the heater, preventing dangerous buildup.
- Porous Pipe Nitrogen Bubbler for Fuel Tank Oxygen Reduction
A porous pipe injects inert gas into fuel to displace dissolved oxygen, reducing autoxidation risk without complex vacuum systems.
- Spiral Flow Degassing Device with Hydrophobic Membrane
A spiral flow degassing device uses a hydrophobic membrane to separate gas bubbles from liquid streams.
- Subsea Multiphase Pump Recirculation via GLCC Separator
A Gas Liquid Cylindrical Cyclone separates gas from liquid to recirculate fluid, preventing pump overheating during slug flow.