Solidification TRIZ Cases

See how a multi-heat-exchanger fluid circuit integrates LNG evaporation with power generation,

See how a linear piston compressor with magnetic bearings eliminates oil contamination and enab

See how membrane permeation combined with phase separation and Joule-Thomson expansion recovers

See how merging feed gas, process air, syngas, and refrigerant compression into a single driver

See how segmented rectification sections in one column produce ultrahigh-purity nitrogen with l

See how automated override control adjusts mixed refrigerant flow rates based on real-time comp

See how automatic isolation valves prevent viscous condensate migration in condensation particl

See how liquid methane storage downstream of the CO/CH4 column enables faster feed flow adjustm

See how a closed-loop nitrogen refrigeration cycle replaces hazardous mixed refrigerants, enabl

See how a shared sub-cooling unit enables multiple LNG trains to boost output by processing war

See how feedback control of JT valve opening rate stabilizes refrigerant tank liquid level and

See how independent reboiler control in cryogenic syngas separation reduces CO losses, lowers h

See how LNG cold heat captures dry ice from power plant flue gas, eliminating seawater regasifi

See how a dedicated regeneration gas cooler eliminates adsorber heat bumps by matching cooling

See how a stripper column and surge vessel prevent hydrogen and ethane buildup in propylene mem

See how solar-powered liquid air refrigeration replaces CFCs and HCFCs with filtered, liquefied

See how segmented pyrolysis converts biomass into biogenic reagent and reducing gas for metal o

See how biomass pyrolysis generates biogenic reagent and reducing gas for metal oxide reduction

See how biomass pyrolysis generates biogenic reagent and reducing gas for metal oxide reduction

See how integrated biomass pyrolysis generates biogenic reagent and reducing gas for metal oxid

See how segmented distillation columns and oxygen-mediated argon condensation achieve 96% argon

See how a mixed-refrigerant composition with C1-C5 hydrocarbons and nitrogen reduces energy con

See how segmented two-stage compression with flash separation reduces reboiler size and energy

See how a hybrid nitrogen refrigeration cycle and Joule-Thomson expansion recycle cryogenic gas

See how stored natural gas pressure reduction and Joule-Thomson expansion recover wasted cold e

See how a high-pressure holding tank and low-pressure drum capture mixed refrigerant during LNG

See how differential pressure control between absorber and fractionator columns eliminates feed

See how membrane separation concentrates helium in permeate streams before acid gas removal, en

See how an integrated cold box with plate-fin heat exchangers merges refrigeration, heat recove

See how a single column refluxed absorber with rich reflux eliminates dual-column complexity, r

See how selective core feeding and pressure adjustment in falling film vaporizers reduce startu

See how a vehicle control device activates CO₂ recovery only when driving distance, engine temp

See how a hybrid chamber design combines convex and rectangular walls to eliminate corner crack

See how a segmented brazed matrix combines indirect heat transfer and distillation zones to ach

See how pressurizing and expanding liquid oxygen through a turbine recovers energy in nitric ac

See how expanded refrigerant feedback through multiple heat exchangers and interstage coolers r

See how a shared-shaft expander-motor-compressor recovers expansion power, controls dew point t

See how reconfiguring the main condenser as an intermediate evaporator and varying cold nitroge

See how mass spectrometry replaces gas chromatography to enable faster, more accurate LNG compo

See how an expander's reduced-pressure exhaust cools pressurized hydraulic fluid through therma

See how a melt tray assembly with feed manifold and vapor riser prevents solid fouling in cryog

See how a liquid nitrogen heat sink uses phase-transition cooling and helium cryo-refrigeration

See how cryogenic working fluid flow control pre-cools electric propulsion motor windings to ov

See how a variable-power liquefier uses excess renewable energy to subcool liquid hydrogen belo

See how segmented pressure cooling circuits reduce maximum cycle pressure from 28 to below 28 b

See how separate drive sources for two-stage compression enable independent capacity control to

See how cryogenic cooling chills engine bleed air below oxygen's boiling point to separate gase

See how circulating remaining exhaust gas through a heat exchanger pre-cools incoming gas, redu

See how liquid air storage with combustion turbine heat recovery and hot gas expansion addresse

See how a single external heater with insulated lines maintains sharp heat pulses across multip