Evaporation TRIZ Cases

Image-based tracking keeps the optical measuring beam aligned with the vapor capillary for reliable in-process weld depth measurement.

Image-based feedback keeps the OCT measuring beam aligned with the vapor capillary for continuous, accurate laser welding depth measurement.

A dual-chamber crucible uses sublimation and a baffle cap to separate ytterbium from lutetium with low loss and high purity.

Multi-stage purging uses controlled polymer temperature and staged purge gases to remove VOCs and odors while avoiding plugging and excess energy use.

Staggered corrugation sub-regions at different angles improve fluid distribution, reduce stagnation, and raise heat exchanger transfer efficiency.

Staged heating and feeding paths fully evaporate liquid coating materials, improving gas purity, gasification efficiency, and coating uniformity.

Replacing medium-pressure steam with electric heating decomposes ammonium carbamate while reducing carbon emissions from urea production.

Continuous wiped film evaporation compounds filled resins, eliminating batch labor costs and reducing particle agglomeration below ten percent.

Solvent-free fluorination with amidine bases recovers costly catalysts, reducing toxicity and production expenses.

Submerged pulse jet burner processes contaminated liquids and solid wastes, recovering valuable products while minimizing environmental pollution.

Segmenting the annular gap into narrower and wider portions ensures uniform liquid distribution, preventing coking and unvaporized liquid exit.

A scent warmer integrates a filamentless light source with an electrical heat source in a hollow base structure.

Counter-rotating screws in a conical barrel concentrate polymer solutions to 98 weight percent, reducing energy consumption and equipment size.

Axial tabs on the coupler flange engage clips to prevent dislodgment from mechanical vibrations during fluid drainage.

Angled apertures create a spiraling vortex in a combustion chamber to flash evaporate water.

A retort system enables continuous metal recovery through sublimation and deposition mechanisms.

Merging two evaporation chambers into one tank eliminates long transport pipes and reduces heat loss during submerged combustion evaporation of organic waste.

Electrically driven mechanical vapor re-compressors recycle steam from foul condensate stripping to treat Kraft pulp mill effluent.

Spherical ceramic fillings in a fuel cell evaporator stabilize water evaporation through controlled surface adhesion.

A through-circulation dryer dries particulate hydrogel using hot air with a controlled temperature difference.

Crystallizing sodium chloride via evaporation reduces process stream impurities without disrupting hydrometallurgical operations.

Steam sparging accelerates alkylene halogenohydrin removal, reducing propylene chlorohydrin levels while minimizing starch loss during drying.

Segmented blade arrays with alignment tabs reduce drift loss in corrosive environments while enabling customizable sizes.

A pure formic acid gas supplying device evaporates liquid formic acid to deliver concentrated vapor.

Heated water vapor carries hydrogen peroxide into containers, ensuring complete evaporation and effective sterilization of complex geometries.

Washing xylan concentrate with ethylene carbonate isolates refined polysaccharide, avoiding chemical deterioration caused by harsh refining agents.

A shear-generating evaporating device processes viscous aryl ether ketone residues to recover solvents and reactants.

Segmented jets invert gas injection above the precursor surface, maintaining delivery rates at low fill levels while eliminating inlet plugging.

An inwardly extending attachment part bonds to heat transfer plates, maintaining annular sealing integrity while simplifying gasket replacement.

Angled rotary cone fins increase turbulent kinetic energy to reduce pressure drops and minimize temperature differences during distillation.

A kneader applies shear forces to volatilize hydrocarbon liquids from isobutylene-based elastomer streams.

A vacuum evaporation system removes water vapor from molasses using steam heat transfer.

A combined gravimetric and flash separator device removes volatile compounds from polymer reaction mixtures.

Differential freezing isolates target compounds from plant extracts using solvent-based phase transitions, preventing thermal degradation during separation.

A biosensor cartridge manufacturing method deposits magnetic particles in a liquid matrix onto a reaction surface.

A tapered plate distributor transports polymer solution radially through varying conduits to facilitate efficient volatile separation.

Gas flow through segmented grooves directs liquid spread on a mesh surface, resolving interface tension limitations.

A segmented heating channel apparatus processes molten polymers through distinct pressure zones to achieve high throughput devolatilization.

A piston-driven vessel expands liquid volume to induce simultaneous vaporization and freezing of components.

Condensing uncompressed vapors on brine retains latent heat, enabling automatic pressure control and reducing energy waste.

Vacuum-based evaporative cooling in a devolatilizer resolves the contradiction between extruder surface area limits and industrial cooling efficiency.

Segmented porous bodies with inlet-side cooling prevent pressure fluctuations during high-dynamic steam production.

Spaced absorbent strips increase evaporation surface area to prevent condensation and phytotoxic fallout on foodstuffs.

A superabsorbent particle production process classifies dried polymer gel fractions to balance moisture content through comminution and storage.

Integrating a pervaporation membrane between distillation columns reduces heat consumption and process costs compared to pressure swing distillation.

Electric fields manipulate charged particles on a rotating drum to concentrate ink solids while preserving particle structure integrity.

An integrated condenser within the rotor eliminates pressure gradients during low-pressure distillation.