Solidification TRIZ Cases

See how splitting treated natural gas for both reformer feed and dryer regeneration simplifies

See how a reflux-based distillation column with adjustable pressure achieves >90% xenon recover

See how high-pressure compression above 1,500 psia and expansion pre-cooling reduces FLNG equip

See how staged cryogenic cells liquefy CO₂ and hydrocarbons through phase transitions, enabling

See how splitting recycle hydrogen between reactor and compressor inlets enables low H2/HC oper

See how multi-stage cooling, isentropic expansion, and rectification achieve high hydrogen puri

See how post-combustion capture units extract CO2 from gas turbine exhaust in LNG facilities, a

See how high finned tubes promote turbulence and phase mixing to prevent differential condensat

See how turboexpander-recycled nitrogen reduces liquid nitrogen consumption by 20-50% in hydrog

See how a two-stage nitrogen purge reduces natural gas contamination to below 5 mol% in cryogen

See how compressed BOG storage tanks capture excess boil-off gas during laden passages and supp

See how intermediate storage tanks at multiple column levels maintain L/V ratios during rapid a

See how multi-zone separation with high-temperature absorption recovers C3/C4 hydrocarbons from

See how pre-encapsulated pipeline groups in thermally isolating casings reduce crane hoisting a

See how excess nitrogen from air separation units cools water to condense gases from stored liq

See how thermally coupled denitrogenation and argon-removal columns achieve 99.99–99.9999% CO p

See how evaporating ammonia into fresh gas and feeding separated hydrogen-nitrogen upstream of

See how nickel-iron alloy construction with matched-alloy bonds replaces aluminum in plate fin

See how a multi-stream mixed refrigerant system uses cold vapor separation and segmented temper

See how vertical stacking of air input, output, and waste nitrogen pipelines at different heigh

See how integrated rectification and heat exchange in a compact assembly achieves 99% C2 and 96

See how a plate-fin cold box with mixed hydrocarbon refrigerant reduces heat transfer area and

See how dividing a cold box steel structure into two partial components with adjusted heights e

See how coal gasification provides fuel for steam reforming, cutting natural gas use by 25% whi

See how bubble trapping and cryogenic separation split high-CO₂ gas into oxyfuel power and puri

See how repositioning the frontal array deeper inside the pump chamber reduces radiation on the

See how a single column refluxed absorber with external rich reflux eliminates dual-column comp

See how additional corrugated sheets prestress packing disks radially to prevent gaps, maldistr

See how profiled deflector vanes inside large-diameter cryogenic bends reduce pressure drop by

See how optimized adsorbent bed porosity, channel geometry, and Damkohler number control achiev

See how optical fiber laser photodissociation of cooled formaldehyde achieves 98% carbon-13 con

See how flash vapor from LNG liquefaction feeds hydrogen production, capturing CO2 while self-p

See how supersonic expansion in a de Laval nozzle condenses C2-C4 hydrocarbons through isentrop

See how a two-column distillation system uses condensed liquid mixing to achieve high propane r

See how segmented cold recovery and refrigerant circuits utilize LNG regasification waste cold

See how splitting cooling water into chilled and unchilled streams reduces LNG plant dependence

See how interstage separation and refrigerant fraction recombination reduce compressor trains w

See how excess steam from synthesis gas production heats natural gas pretreatment and regenerat

See how staged cryogenic cooling separates C3-C12 petroleum gases from C1-C2 natural gases usin

See how vertical segmentation of air-cooled heat exchangers and pretreatment equipment reduces

See how parallel gas mixer units with inert intermediaries enable safe oxygen-hydrocarbon mixin

See how dehydrogenation and oligomerization convert C2+ hydrocarbons to liquid oligomers, then

See how partial condensation at high pressure removes benzene and C5+ hydrocarbons from natural

See how splitting rich natural gas into cooling and fuel streams removes NGL without emulsifica

See how combining reverse Brayton cycle mechanical refrigeration with liquid nitrogen vaporizat

See how modular nitrogen expansion units and air cooling towers enable cost-competitive floatin

See how a moderate pressure cryogenic air separation unit achieves 96% argon and 98% nitrogen r

See how a CO2 slurry at triple-point conditions uses pump pressurization and contactor heat tra

See how twin expanders in series with a nitrogen-based Joule-Brayton cycle reduce hydrogen liqu