Dispersed Particle Separation TRIZ Cases

Trays position electrode stacks to resolve alignment precision issues in capacitive deionization manufacturing.

Segmented downcomer pipes eliminate large inlet areas on perforated trays, increasing the active area available for efficient mass transfer.

A drying and filtering device merges refrigerating and adsorption tubes on a shared base to remove moisture from compressed air.

An alumina intermediary layer blocks non-Ce rare earth diffusion into the support oxide film, eliminating volume expansion and preserving structural integrity.

Two-section screw conveyors enable continuous soil processing in an indirect thermal desorption device.

Mixing ammonia and nitrogen oxide exhaust streams enables simultaneous decomposition, eliminating separate treatment equipment complexity.

Dynamic rotor speed control and angled satellite bag support minimize hemolysis while separating composite liquids efficiently.

Automatic inlet valve prevents forced induction pressure loss during desiccant regeneration unload cycles.

Re-moistening heated polymer particles in a horizontal mixer prevents agglomeration and improves dosing accuracy.

Ultrasonic cavitation under reduced pressure removes dissolved gases from dielectric oil, lowering content below 1.75% for RF transmitter reliability.

A sealing disk and fabric ring prevent particle migration between layers, maintaining fluid distribution while reducing attrition risks.

Curved knitted fabric in a modular frame captures water droplets, preventing loss to wind or evaporation while maintaining structural stability.

Multimodal alumina resists sintering induced surface area loss during high temperature treatment by combining distinct particle size modes.

Tangential inlet flow tubes generate a 360-degree vortex to enhance centrifugal separation forces within compact internal components.

Real-time analysis of residual hydrogen sulfide enables dynamic adjustment of the oxygen-to-H2S molar ratio, preventing SO2 formation from side reactions.

Liquid fuel scrubber absorbs tars from biomass syngas to generate additional engine fuel, resolving tar buildup maintenance issues.

Flat-jet nozzles direct liquid streams onto drain elements, reducing pressure drop and minimizing gas-phase droplet entrainment in process columns.

Silicon titanium tungsten oxide layers repel water vapor and mineral dust to maintain carbon monoxide conversion rates in cement kiln exhaust streams.

Treating fresh concrete with carbon dioxide gas before molding forms stable calcium carbonate, reducing energy consumption and greenhouse gas emissions.

A pressure tank condensation separator uses horizontal shelves to create a tortuous air path that deposits moisture on sloped surfaces.

A diesel oxidation catalyst uses segmented Pt and Pd layers to maintain exhaust treatment performance.

A vortex-forming porous matrix imparts centrifugal force to fluid streams for enhanced particle capture and substance separation.

Stainless steel mesh blocks particle release from the getter, preventing contamination while maintaining vacuum stability under shock.

A porous wall uses capillary action to move condensed water from a hydrophilic surface to a hydrophobic collector.

Extractive distillation separates ethylbenzene from C8 aromatics using aqueous and heavy solvents to lower reflux ratios.

Segmented tertiary air injection lowers combustion temperatures to minimize thermal NOx, while SNCR reagents react with remaining pollutants.

A concentric tube reactor couples lime hydration and decomposition stages to transfer exothermic heat directly to the endothermic reaction.

Titanium oxide catalyst adsorbs aluminum sulfate to resist potassium degradation in biomass exhaust, maintaining denitrification performance.

Staged coalescing features in a swirler remove moisture from aircraft airflow, preventing ice buildup and corrosion.

A labyrinth sealing element segments the ventilation duct with multiple lips to prevent lubricant loss while ensuring reliable pressure equalization.

A floating macrophyte raft transports freshwater biomass to the ocean where it decomposes and disperses nutrients.

Centrifuge with integrated robotic arm extracts blood components during rotation, eliminating manual transfer contamination.

Axially positioned drive motor enables direct rotor rotation, resolving energy loss and accessibility trade-offs in compact centrifugal separators.

A humidity control system integrates a two-way moisture material with plant extracts inside a microporous package.

Parallel continuous drying and intermittent adsorbent heating in a segmented wheel dryer reduces energy consumption by 38% while maintaining dew point quality.

Cerium nitrate and amine solutions mix to form nanoporous cerium oxide precipitate in a stirred tank reactor.

Hydrocarbon-substituted triazine scavengers enhance reaction kinetics and thermal stability, resolving solubility bottlenecks in petroleum processing.

Curved pathways in a pre-separator induce the Coanda effect to attach steam to walls, removing droplets and preventing downstream equipment damage.

Dual drying units dry particles and regenerate dehumidifying agents using discharged air, eliminating replacement needs for continuous measurement.

A zinc-histidine self-assembly biomimetic complex catalyzes carbon dioxide conversion to bicarbonate ions at ambient conditions.

Carbon-fiber composite bowl and screw conveyor replace heavy steel parts, reducing weight by 70% while maintaining rigidity for high-speed separation.

Segmented contact points absorb thermal expansion while preventing unintended soldering in exhaust gas treatment.

A compact air waste water separator uses baffles to remove moisture from airflow in vacuum toilet systems.

A vertical rotor assembly holds microtiter plates in symmetric slots for compact centrifugation.

A clustered inlet head assembly positions angled nozzles around a central pilot nozzle to reduce heat loss and combustion reagent consumption.

Direct mixing of cooled process gas with recycled hot vapor reduces heat exchange area and operating costs.

An aircraft fuel tank inerting system adjusts air separation module inlet pressure to control inert gas flow rate and oxygen concentration independently.

A substrate processing injector connects to a scavenging part to remove particles from the gas supply interior before film formation begins.

Plug connections enable rapid assembly of droplet separators in flue gas desulfurization systems, eliminating the need for specialized tools or welding.