Solidification TRIZ Cases

See how membrane separation recovers carbon monoxide from cryogenic residual gas, returning ret

See how reversing the main heat exchanger orientation and stacking components vertically uses g

See how a Stirling heat pump cools inlet gas to cryogenic liquid, then uses that liquid to cool

See how a sub-cooling unit increases LNG production by cooling warm streams from existing train

See how hybrid gas and steam turbine coupling with heat recovery reduces LNG compression fuel u

See how nitrogen liquefaction with feedback-driven production control eliminates natural gas co

See how a two-stage heat exchanger with phase separator controls nitrogen temperature above met

See how multi-stage booster compression with expansion turbine drives reduces energy consumptio

See how a polyfluorooxetane-polyether block copolymer prevents dewetting and haze in cholesteri

See how a BOG recovery system compresses and recondenses excess boil-off gas for storage and re

See how dual-stage nitrogen refrigeration—expansion of pressurized gas and vaporization of liqu

See how pressure-decoupled primary and secondary refrigeration loops reduce power and equipment

See how staged nitrogen refrigeration with liquid nitrogen injection cools hydrogen to 80K, red

See how expanded natural gas cools refinery fuel gas to condense and recover C3+ fractions with

See how temperature sensors and interlock controllers redirect process streams to protect alumi

See how a dual Stirling cycle integrates cryocooler liquefaction and Stirling expansion to stor

See how branching, refrigerant cooling, and pressure-staged separation reduce boil-off gas and

See how mixing hydrogen with a heavy recyclable gas enables efficient dynamic compression with

See how cryogenic liquid air storage and turbine expansion achieve high energy density without

See how a partitioned flash separator allows solid CO₂ ice to accumulate and evaporate passivel

See how heat pump systems capture waste heat from industrial processes and power plants to driv

See how a side draw heat pump reflux system with compression, cooling, and separation stages re

See how separated CO2 is introduced directly into the methanol reactor to adjust stoichiometry,

See how fewer precooling zones than liquefaction zones reduce capital costs while maintaining h

See how temperature, pressure, and flow sensors detect sour gas leaks into refrigerant systems,

See how reduced-pressure CO cycle design enables centrifugal compressors in methane scrubbing,

See how charcoal column selective adsorption, thermal desorption, and condensation recover Xeno

See how dynamic subcooling and adjustable refrigerating power enable hydrogen liquefiers to uti

See how parallel compressor stages recycle hydrogen and carbon oxide by-products to the reforme

See how combining endothermic and autothermal reforming with heat integration and cryogenic CO₂

See how integrated condenser-reboiler arrangement with vapor recycling enhances nitrogen recove

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

See how integrated distillation and refrigeration cycles remove nitrogen from natural gas to ac

See how electrolysis-generated oxygen diffused at pond bottom increases dissolved oxygen concen

See how a CO2 circulating fluid combustor achieves over 50% thermal efficiency while capturing

See how routing processed vapor through a secondary heat exchanger supplements condenser heat r

See how a control device permits CO2 recovery only under high-efficiency conditions, balancing

See how segmented cold boxes with pre-insulated casings reduce on-site workload, eliminate cran

See how an economizer decouples reflux drum temperature from the refrigerant cycle, enabling hi

See how multi-stage cooling, isentropic expansion, and rectification improve hydrogen separatio

See how a desiccant-based moisture removal unit eliminates de-inventorying and drying gas waste

See how solvent injection separates heavy hydrocarbons before chilling, preventing freezing and

See how dynamic switching between temperature and liquid level control modes stabilizes refrige

See how segmented compression and state-change cooling reduce power consumption and eliminate u

See how model predictive control stabilizes ammonia synthesis by predicting renewable energy av

See how dual multi-layer magnetic regenerators with distinct Curie temperatures and bypass heat

See how near-breakthrough operation, argon displacement, and indirect heating enable ≥40% xenon

See how integrated heat exchangers pressurize and subcool low-pressure N2O from hospital pipeli

See how high-pressure hydrogen storage provides expansion cooling to liquefy hydrogen, reducing

See how a reflux-fed upper rectification section absorbs C2+ components from volatile-rich vapo