Solidification TRIZ Cases

See how integrated cryogenic distillation separates and liquefies biogas methane and CO2 in one

See how variable-speed cryogenic pump operation reduces energy loss and vaporization during col

See how a multi-column air separation process uses waste oxygen to provide refrigeration duty f

See how membrane pretreatment and cryogenic distillation with controlled oxygen introduction ac

See how an intermediate-stage condenser in a cryogenic distillation column reduces methane loss

See how a combined distillation column with intermediate-stage draw and external CO₂ trapping r

See how pre-separation upstream of distillation recovers cold from CO2 liquefaction to reduce e

See how modular compression, cooling, and fractionation units capture stranded associated gas a

See how a CO₂ circulating fluid power cycle integrates hydrogen production with near-zero emiss

See how a segmented heat exchanger design with high-pressure expansion eliminates external refr

See how staged cryogenic storage cycles improve energy recovery efficiency in liquid air system

See how perlite insulation and a stainless steel tank absorb cryogenic leaks, enabling carbon s

See how a four-column distillation system with an intermediate pressure kettle column generates

See how intermediate-stage vapor withdrawal and partial condensation reduce methane loss in cry

See how segmented liquid distributors—high-performance at the top, mixing-type below—maintain a

See how a dual-fractionator system with pressure-staged separation and phase-change heat exchan

See how fluorinated olefin and xenon-based refrigerants reduce vapor cloud explosion risk and e

See how combining membrane permeation with cryogenic fractionation reduces compression stages b

See how adsorbing microbeads with high O2/Ar selectivity reduce column height and restart time

See how a hybrid liquefaction process compresses, vaporizes, and expands nitrogen twice in heat

See how a tilted fixed bed reactor uses gravity to flow liquid intermediates downstream, preven

See how multi-objective genetic algorithms replace trial-and-error ACHE design, calculating Par

See how integrating air separation with high-purity oxygen production eliminates costly liquefa

See how membrane CO2 removal followed by medium-pressure cryogenic distillation separates nitro

See how a three-stage feed recycle compressor with warm and cold turbines improves liquefaction

See how supervised ML models predict incoming feed gas volumes to optimize compressor recycle r

See how multi-stage separation and condensation of oxyfuel engine exhaust removes inert gases t

See how auxiliary purge gas dilutes oxygen concentration after thermal regeneration to reduce s

See how external dry gas repressurizes adsorbers without diverting purified air, enabling const

See how series turboexpander generators with magnetic bearings recover electrical power from pi

See how a heat pump cycle replaces liquid nitrogen cooling in multi-section CO isotope rectific

See how pre-calculated valve positions and set point tracking enable fast Joule-Thomson valve r

See how liquefaction separates CO2 from entrained air after removal, achieving high purity and

See how mounting two booster compressors and an expansion turbine on one shaft eliminates gener

See how counter-current CO2 crystallization combined with liquefaction heat exchange produces h

See how a scrub column with return vapor expansion and reflux cooling removes freezing componen

See how low-temperature methanol wash below −50°C removes impurities from synthesis gas using c

See how a closed helium refrigeration cycle eliminates liquid nitrogen pre-cooling in hydrogen

See how segmented cold box modules with horizontal transport and on-site jacking enable prefabr

See how a suspension-rod jacking system lowers upper column sections without cranes, using hydr

See how compression heat reboils fractionation streams to eliminate cryogenic cooling and reduc

See how acidified water from CO₂ compression and cooling is recycled into cooling circuits to m

See how parallel compression units and self-refrigeration through heat exchange reliquefy boil-

See how three-column rectification eliminates nitrogen compression, reduces air separation ener

See how positioning the demethanizer at the circuit end instead of the front reduces flash gas

See how a membrane unit transfers helium from combusted natural gas streams to recovery-equippe

See how a rectangular grid of modular heat exchange units with simplified manifolds reduces pre

See how intermediate-level extraction and heat exchange in a CO2 distillation column reduce reb

See how a refrigeration pre-cooler and parallel adsorption dryers reduce pressure drop and ener

See how three polymer membranes in series achieve 99.999% helium purity from CO₂-rich gas depos