Dispersed Particle Separation TRIZ Cases

Decomposing degassed formic acid with mineral acid removes carbonyl impurities to achieve pharmaceutical-grade carbon monoxide.

Cerium oxide particles with controlled mesoporosity enhance oxygen absorption and desorption rates.

A hydrophobic porous coating on adsorbent particles prevents excessive moisture absorption during manufacturing and rapid release during operation.

A low-restitution section reduces particle repulsion force in exhaust ducts, preventing popcorn ash collisions that damage downstream trapping sections.

A catalyst-carrying filter uses distinct pore sizes in inflow and outflow partition wall layers to manage particulate matter collection.

A cascade impactor adjusts a spring-loaded baffle to separate particles across varying volume flows without significant pressure increases.

Segmented carriers with obtuse-angle blades reduce production complexity while maintaining high separation efficiency in heat pump systems.

A semi-continuous deodorizer uses a separate packed stripper vessel to remove free fatty acids from edible oil.

Boron-doped diamond particles form a porous filler module between plate electrodes to expand the electrochemical active area.

Particulate earthen bed media filters hydrocarbon fluids at controlled flow rates to retain suspended fines within the porous structure.

A regenerator condenser separates acid gas from condensed water using a cooler and gas-liquid separator.

A gas flow mixing device positioned below a collection tray and above packing distributes gas uniformly across the column section.

Hydrophilic anti-run-dry membrane with bubble point raising component prevents air embolism risk by maintaining liquid column without re-priming.

Segmented separator tubes and nested channels direct dust toward outlets, preventing re-entrainment into adjacent flows.

A separator with curved channels in flat discs directs gas flow to separate liquid droplets using centrifugal and Coriolis forces.

Porous encapsulation film traps harmful gases within inert-filled pores, preventing rapid decay of flexible organic light emitting displays.

Liquid jet ejector separates asphalt emissions into gas and suspended solids using a washing liquid scrubber, preventing device fouling from condensation.

Tungsten halogen lamps heat water in a process conduit to produce superheated steam, reducing generation time from minutes to seconds.

Cyclic olefin copolymer receptacles enable in-situ UV signal detection without removing the gel, eliminating material-induced light blocking.

Pressurized dry ice blasting dislodges fly ash pluggage from SCR catalysts, restoring NOx efficiency while preventing mechanical damage to honeycomb structures.

Inverting the aerosol stage sequence separates ammonium cyanate before acidic scrubbing, preventing dilution and reducing visible plume opacity.

Axially displaceable valve elements dynamically adjust nozzle openings to minimize counter-pressure and reduce energy consumption in gas flows.

A supercritical carbon dioxide extraction unit breaks hydrocarbon emulsions to separate light and heavy fractions.

A curable resin composition uses acetoacetyl-functional unsaturated polyester to scavenge formaldehyde through chemical bonding.

Acidic scrubbing system removes ammonia from urea granulator off-gas streams, converting emissions into ammonium salts for product integration.

Eccentric connection areas prevent incorrect installation of unsuitable cartridges by constraining angular alignment.

Independent disc drivers rotate specific containers, eliminating batch waiting periods and reducing blood typing analysis cycle times.

Two-stage absorption tower uses circulating liquid spray and solid adsorbent to reduce ammonia concentration to trace levels.

A centrifugal separator control unit adjusts motor operational modes to adapt cleaning performance.

Voltage-driven electroosmosis moves water through a porous membrane, preserving microbial vitality while filtering contaminants.

A centrifuge rotor conical disk incorporates a check valve device to direct heavy phase fluid radially outward.