Vapor Condensation TRIZ Cases

See how dual-purpose heat exchangers toggle between sub-freezing deposition and above-freezing

See how a closed-circuit thermal cascade uses phase change materials and compression cycles to

See how a phase-change cascade with multiple thermal working fluids achieves COP over 10 for wa

See how an integrated sump cover with pump, fluid sensor, and spray nozzles automates lint filt

See how reversible refrigerant flow through heat exchangers captures atmospheric water vapor vi

See how a dryer sump cover integrates a self-cleaning lint filter that uses condensate spray to

Heating an exhaust-line trap controls precursor viscosity, improving recovery and reuse of ruthenium or tantalum source materials.

Recirculating collected spray through a pneumatic sprayer gives unreacted molecules multiple passes, improving reaction completion and yield.

Unreacted deuterium exhaust is converted into reusable deuterium oxide, cutting gas waste, supply demand, and tank replacement frequency.

A bioinspired fog mesh and triboelectric droplet generator collect fresh water while producing electricity from atmospheric moisture.

Collected spray droplets are recirculated through a pneumatic sprayer so unreacted molecules convert further and solvent is reused.

A larger flanged shell extension adds multiple internal heat exchangers and process beds to legacy vertical converters without major vessel changes.

A high-pressure flash tank and re-slurry mixer cut hydrogen between loop reactors, enabling continuous bimodal polymer production with better consistency.

A two-pitch ORC air condenser limits liquid under-cooling while an upward second pitch simplifies incondensable gas extraction.

Rapid cannabinoid vaporization and immediate condensation cut THCA decarboxylation time while limiting CBN formation, oxidation, and pyrolysis.

Fine water aerosols raise local humidity around an AWG, improving water output in dry conditions without large air-processing energy.

Multi-stage compression and condensation recover C6/C5 hydrocarbons from polyethylene purge gas while limiting inert buildup and vent losses.

A two-stage vacuum distillation setup regenerates contaminated nitric acid onsite, separating reusable fractions while avoiding hazardous waste transport.

A two-step condensation layout uses solar heating and night cooling to generate electricity while collecting high-purity water without added filtration.

A flash distiller directly feeding a short-path stripper removes low-boiling contaminants from heat-sensitive oils with low loss and no moving parts.

Steam stripping or vacuum distillation removes guaiacol and sulphur volatiles from lignin, enabling odor-free use in resins, coatings, and plastics.

Magnetic splash agitation inside a vacuum distillation chamber breaks thermal barriers in biomass and speeds solvent evaporation and recovery.

Electrolysis heat routed through a conducting pipe keeps water-sealed tanks from freezing, avoiding extra heaters and anti-freeze degradation.

Localized heating at the exhaust trap controls viscosity and limits re-sublimation during collection of metal-containing source material.

Staged liquid-liquid and solid-liquid separation removes entrained oligomers and low-density materials before solvent recirculation, reducing fouling.

Converting condensed materials into high-surface-area aerosol droplets enables rapid separation of high-boiling molecules at reduced temperatures.

See how a liquid trap, cooler, and pump replace vacuum equipment to maintain fuel reflux, reduce leaks, and lower plant costs.

Stepwise compression, rectification, and absorption lower unit energy use while converting stabilized gasoline and liquefied gas into propylene and butene.

Waste-liquid distillation struggles to combine purity and flow rate; dual atomization, staged filtration, and bubble removal address both constraints.

Even mixing, heating, and spray heads support wastewater phase change. The design addresses purity and flow-rate limits.

A modular plastic evaporator uses a thermosiphon effect to enhance liquid wetting and heat transfer efficiency in multi-effect distillation systems.

Oscillating heat pipes transfer thermal energy in a radiative cooling unit to produce freshwater at low cost without mechanical refrigeration.

A dampening fluid recycling system deposits uniform vapor layers onto imaging members using a split supply channel.

Segmented quench tower design cools reactor effluent while washing catalyst fines, preventing fouling from inadequate neutralization.

A configurable membrane distillation stacking module reconfigures neutral channels and spacers to increase water flux without disassembly.

Continuous evaporation isolates diglycidyl ether of bisphenol-F from epoxy novolac resins, reducing chlorine content below 900 ppm for halogen-free compliance.

Sequential cooling stages prevent corrosive condensate heating in stainless steel equipment during nitric acid production.

Condense lactide gas streams with wet fluid in packed columns to recover lactic acid, solving material loss from vapor purging.

Replacing bulky scroll compressors with a compact screw unit and microchannel heat exchangers increases daily water output while reducing system weight.

A rectification tower integrates a T-shaped condenser and falling-film reboiler to enable rapid liquid circulation.

Angled flow passages generate turbulent mixing between gas and vaporized working liquid in particle counters.

Segmented modular units reduce assembly labor and transportation costs while maintaining compact layouts for flexible production.

Aqueous poloxamer 188 extracts benzene from cyclohexane, avoiding high energy distillation while achieving 99% purity via pervaporation.

A terpene extraction apparatus uses a vacuum pump to move gas into a condenser while measuring water vapor content.

Multi-stage compression and cooling condense valuable monomers from reactor off-gas for recycling.

A water reclamation system processes cooling tower blowdown wastewater to produce distilled water for reuse in power generation.