Solidification TRIZ Cases

See how multi-tower adsorption with pressure equalization and inert gas buffering recovers cryo

See how oxygen and nitrogen turbines with controlled inlet temperatures maintain heat balance a

See how a modular water redistribution device adsorbs moisture from product gas during start-up

See how an absorber-stripper-exchanger configuration enables NGL plants to switch between ethan

See how cryogenic cooling of engine bleed air produces liquid air, separates oxygen and nitroge

See how liquid nitrogen refrigeration with distillation-based greenhouse gas removal enables lo

See how a vehicle integrates turbocharger and compressor to supply compressed air at variable p

See how a ship with onboard processing and flexible injection hose directly transports liquifie

See how flash separation with decompression cooling removes excess hydrogen from natural gas wi

See how nitrogen charging through the refrigerant line detects heat exchanger leaks during star

See how dividing refrigerant into separate intermediate and final cooling flows enables efficie

See how a vortex tube separates gas into warm and cold fractions, enabling autogenous heating v

See how turbine and Joule-Thomson expansion of high-pressure retentate streams generates refrig

See how genetic algorithms and particle swarm optimization replace trial-and-error ACHE design,

See how synchronized nitrogen-rich liquid reflux adjustment enables rapid load changes in cryog

See how refrigerant-cooled desublimators replace vacuum pumps in CO₂ recovery, using cold heat

See how an open-loop refrigeration cycle uses the natural gas feed as its own refrigerant to re

See how separate supply circuits with heat exchangers condense excess vapor gas to liquid, elim

See how a closed-loop refrigeration system with integrated heat exchangers and modular design r

See how liquid air storage and turboexpanders enable continuous ammonia production despite rene

See how off-gas from CO2 capture serves as regeneration fuel and burner feed, reducing drier si

See how a heater with micro-leak detection regulates boil-off gas temperature before heat excha

See how real-time gas composition feedback replaces time and temperature indicators to prevent

See how segmented thermal storage devices capture and match compressor heat grades to expansion

See how liquid nitrogen bath heat exchange and countercurrent vapor cooling enable distillation

See how a two-stage air cycle machine chills engine bleed air to cryogenic temperatures, separa

See how stacked flow-guide and heat transfer plates with apertures enable three independent flu

See how a soft-sensing model predicts nitrogen content in argon fraction using process data, re

See how counter-current nitrogen cooling and cryogenic distillation achieve 99.5% methane purit

See how nonflammable gas purging through a dedicated port prevents flammable gas contact with e

See how an elevated-pressure scrub column removes heavy hydrocarbons from methane feed, reducin

See how autothermal reforming with off-gas recycling and lower steam-to-carbon ratios reduces h

See how turboexpander-based pressure and temperature control stabilizes demethanizer columns to

See how a four-column arrangement with intermediate pressure kettle column relieves virtual pin

See how a cryogenic cooling system compresses and expands engine bleed air to produce chilled w

See how a double-tube liquid storage section and laser photoreaction prevent ozone decompositio

See how compression heat from liquefaction is reused to separate CO₂ from absorption solution,

See how dual-membrane separation, low-pressure condensation, and distillation recycle methane-r

See how nesting the argon pump within the column support structure reduces plant footprint and

See how freeze-out below -78.5°C and PTSA treatment-gas recycling reduce CO₂ to <215 ppm while

See how integrated cryogenic distillation removes nitrogen and carbon dioxide simultaneously, e

See how flashed alkane feed streams provide refrigeration duty in cold boxes and fractionation

See how an integrated open-loop refrigeration cycle merges NGL extraction and liquefaction to e

See how thermal compressors reuse cold energy from liquid hydrogen to compress boil-off gas, re

See how integrated heat exchange between cold boil-off gas and compressed gas eliminates extern

See how a cryocooler-driven condensation heat exchanger recovers displaced helium gas during tr

See how intermediate gas dispersers suppress liquid maldistribution in high-pressure packed col

See how a ground-based cryogenic system condenses chilled air into liquid air cartridges for ai

See how compressing the feed fluid, removing CO₂, then expanding the depleted stream through a

Parallel trap panels guide exhaust gas flow to enhance surface contact and capture efficiency in film forming apparatuses.

A condensation separation system removes mist-like tar components and dust from hot air circulation paths in carbon fiber production furnaces.

Heated reaction gas supply mechanism converts unreacted processing gases into stable by-products for efficient trapping in film-forming apparatuses.

Water washing removes trace glycol residues below 1 mg/Nm3, preventing pipeline blockages and equipment contamination in downstream processing.

A scrub column and heat exchanger system cools feed gas to condense freezing components into a reflux stream for separation.