Solidification TRIZ Cases

See how dry reforming of methane with CO2 and cryogenic syngas separation enable DME carbonylat

See how a vertical framework with integrated plate-and-fin heat exchanger, turbine, and cooler

See how solvent injection condenses and separates heavy hydrocarbons before chilling to elimina

Multi-stage cryocooler cooling with heat pipes and micro-channels liquefies hydrogen without liquid nitrogen precooling.

See how a vertical framework positions heat exchangers and turbines to reduce crane use, enable

See how an air chiller system decouples refrigeration from direct gas heat exchange to stabiliz

See how segmented cryogenic liquid inlets eliminate variable passage widths, reducing capital c

See how time-series analysis of device operation data identifies constraint violations, calcula

See how mixed refrigerant compression replaces turbo-expander sets in PDH separation to lower p

See how a dual-fractionator system with pressure differential and heat exchange increases ethan

See how cooling waste nitrogen with chilled water before adsorber switchover eliminates tempera

See how phase separation and feedback-controlled injection of biphasic cooling streams prevent

See how complete vaporization of stripping column bottom liquid stabilizes CO/CH4 separation un

See how a two-stage thermodynamic cycle with intermediary working media recovers liquid hydroge

See how integrating cryogenic wash column with CTSA and PSA recycle streams achieves sub-ppm hy

See how segmented heat exchanger channels and inverted cold-section placement reduce irreversib

See how a subcooling loop and waste cold recovery reduce cryogen boil-off losses while enabling

See how a two-stage reverse Brayton cycle with mixed refrigerants densifies liquid oxygen 10-14

See how multi-stage compression, phase separation, and nitrogen extraction prevent accumulation

See how a gas temperature manipulation arrangement between dual coolers prevents liquid condens

See how a recovery conduit recycles gas-static bearing support gas back into the cooling circui

See how integrated distillation and liquefaction with external CO2 trapping recovers cold from

Compression heat from multi-stage gas liquefaction is captured by an ORC module to recover mechanical energy without direct LNG coupling.

LNG cold energy is reused to partially liquefy CO2-rich gas while an organic Rankine cycle supplies heat and improves overall energy yield.

Compressed flash gas is split, cooled, expanded, and recycled to the column top to stabilize methane-rich reflux and sustain ethane recovery.

See how dual coolth stores enable direct compressed air to liquid air conversion, eliminating e

See how segmented high- and low-pressure refrigerant circulation with dual compressors and sepa

By combining the cold box and refrigeration cycle module, this LNG case cuts on-site piping, connection errors, and installation time.

See how an integrated heater and cooler eliminate liquid nitrogen and manual handling in hyperp

See how a statically mounted accumulator uses serial coolant and heated liquid flow paths to au

See how dedicated exhaust ports and valve-controlled gas passages prevent carbon dioxide blocka

See how a modified aqua-ammonia absorption chiller driven by compression waste heat replaces me

Nitrogen injection stabilizes hydrogen storage pressure, enabling steady ammonia production from fluctuating green-electricity hydrogen.

Opposing cooling and compression regions across cooler groups shortens refrigerant piping and preserves crane access during LNG plant construction.

See how thermal pressurization replaces mechanical pumping to deliver high-purity liquid CO₂ wh

See how a venting conduit downstream of the booster releases compressed air to atmosphere durin

Integrated cryogenic rectification uses 4He expansion and internal condensation to recover 3He with lower energy use and fewer leakage losses.

Cryogenic CO/CO2 separation with dry or wet sorbent cleanup cuts sulfur, solvent degradation, NOx, and flue gas treatment cost in FCC units.

See how phase-transition cooling near CO2 freezing point achieves near 100% capture from hydrog

See how a four-column cryogenic distillation system with intermediate pressure kettle column im

See how a nitrogen refrigeration cycle uses turbine expansion ratios above 11 to produce liquid

See how integrating water electrolysis, cryogenic air separation with nitrogen recycle, and was

See how a wetted-wall indirect heat exchanger condenses vapor from gas streams using contact li

See how molten carbonate fuel cells capture CO2 from PSA tail gas instead of full flue gas, red

See how segmented compression and pressure-controlled fluid transfer enable complete condensati

A thin contact-liquid film condenses vapor from mixed gas streams while limiting CO2 dissolution, cutting energy use and clogging.

See how staged drying and extraction heat exchangers separate CO2 from flue gas by condensing m

See how multi-stage refrigerant cooling keeps the second refrigerant below 150 K during compres

See how merging refrigeration cycles and integrating heat exchange in a cold box reduces energy

See how predictive refrigerant composition adjustment based on weather forecast overcomes slow