Solidification TRIZ Cases

See how integrated carbon capture, pressure swing adsorption, and cryogenic refrigeration enabl

See how merging vapor-liquid separation and flash gas cooling into one vessel reduces plot spac

See how tail gas compression and cooling before MCFC anode entry reduces excess power generatio

See how integrated cryogenic distillation merges biogas purification and methane liquefaction i

See how a self-propelled vessel with integrated liquefaction and supercritical systems reduces

See how a multi-zone heat exchanger enables oxygen liquefaction in two phases—first without, th

See how a two-part low-pressure column integrates argon discharge within the distillation syste

See how independent drive sources for staged compression mechanisms enable dynamic capacity con

See how membrane separation removes light impurities before distillation, reducing reboiling en

See how a single centrifugal compressor achieves 10:1+ compression ratios for light refrigerant

See how a closed regenerative Brayton cycle using water as thermal fluid integrates with a Rank

See how cryogenic flow control manages liquid air cooling to boost power density and enable rap

See how residue recycling from membrane permeation to compressor inlet maintains turbine stabil

See how a parallel double flow compressor debottlenecks LNG refrigerant compression near surge

See how liquid air at cryogenic temperatures cools turbine components with minimal mass flow, r

See how a dual-loop cryogenic system uses pressurized nitrogen to sub-cool inert xenon, achievi

See how a cryotrap sampling arrangement uses room-temperature gas flow and a drying element to

See how nitrogen or methane refrigeration cycles eliminate CO pumps and reboilers in cryogenic

See how a two-stage cooling system with radially finned columns and pressure adjustment increas

See how a dual-conduit heat exchanger cools compressed air and heats filtered air to reduce wat

See how additive-manufactured gas condensing columns with optimized surfaces reduce CO2 liquefa

See how merging NGL extraction with open-loop refrigeration eliminates feed compression equipme

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

See how air-cooled electric refrigeration and closed-loop ballast enable shallow-water LNG liqu

See how automatic control units adjust feed air, compressor operation, and refrigerator usage t

See how modular gas compression, thermal separation, and blending skids process natural gas at

See how controlled hydrolysis in nitrogen atmosphere stabilizes hazardous silicon polymers, pre

See how extracting and liquefying CO₂ from combustion exhaust for formation reinjection maintai

See how profiled deflector vanes inside large-diameter cryogenic elbows reduce pressure loss by

See how integrated rectification columns and multi-functional heat exchangers reduce capital co

See how modular CGL storage uses light hydrocarbon solvents and moderate cryogenic cooling to a

See how ISO 1496-certified modules with I-beam frames and twistlock connectors enable vertical

See how a hybrid air-water cooler enables land-based air-only testing of offshore modules, elim

See how a two-stage transfer using subcooled liquid hydrogen pre-cools tanks to reduce evaporat

See how autonomous airships with CO2 capture modules, GPS navigation, and automated decision-ma

See how complete vaporization and heating of purge liquid enables continuous impurity flow meas

See how regeneration heat from liquefaction pretreatment supplies synthesis gas production, red

See how diesel-electric gas carriers convert boil-off gas into shore-exportable electricity usi

See how two-step hydrogen transfer with sub-cooled liquid pre-cooling reduces evaporation losse

See how variable-frequency BOG compression and pressure-adaptive control enable efficient boil-

See how flow rate modulation of hot oil and condensate streams enables online salt fouling remo

See how predictive flow control and feedback compensation achieve 0.9 ppm dioxygen targets in a

See how cascaded heat exchangers and active magnetic regenerators recover exhaust energy to rel

See how combining cryogenic temperature swing adsorption with PSA achieves sub-ppm hydrogen pur

See how film-evaporator technology with counter-current flow eliminates recirculation in cryoge

See how external CO2 trapping and refrigeration-circuit cold recovery enable single-step biogas

See how methanol treatment, pre-cooling, and adiabatic expansion enable economic hydrocarbon re

See how natural gas feedstock serves as primary refrigerant through Joule-Thomson expansion, re

See how segmented pre-cooling heat exchangers with intermediary fluid circuits reduce cold box