Dispersed Particle Separation TRIZ Cases

See how a fan-driven fabric drying apparatus with heating elements and sensors accelerates towe

See how merging fins-and-tubes with embossed plates, overlapping voids, and counter-flow stacki

See how segmented carbon beds with thermal regeneration and IR detection recover refrigerant fr

See how a drainage connector unit with aroma barriers and portable drain container eliminates f

See how alkali metal hydroxide rinsing at controlled concentration and temperature cleans acid

See how a partition wall, water vapor separation structure, and air blowing system isolate path

See how integrating the length compensating device into the housing or synchronization rod elim

See how bipolar membrane electrodialysis generates alkaline and acidic cleaning fluids on-deman

See how a thermoelectric module with windshield air routing condenses dryer exhaust moisture on

See how first and second brackets on opposite sides of a molecular sieve package prevent slidin

See how a direct-flow cyclone with immersion tube and gravity sink prevents re-entrainment and

See how a dryer uses absorbent regeneration and dynamic pressure adjustment to prevent air-outl

See how phoretic force devices capture particulates from immersion baths before they foul boili

See how a drain connector unit with aroma barrier enables local fluid storage and prevents micr

See how a fin-and-plate heat exchanger uses evaporated liquid as a cooling medium to reduce ene

See how a pyrazolium-phosphate ionic liquid achieves high moisture absorption with low viscosit

See how a dehumidifying kit partitions the opening and inner space into separate intake and dis

See how an exhaust tee integrates a neutralizing chamber with ridges to guide acidic condensate

See how narrow segmented channels with spaced-apart features achieve 90%+ membrane coverage in

See how a self-contained cooling water circulation module rapidly solidifies semiconductor exha

See how pellet-shaped hygroscopic particles arranged in a dotted pattern on heat exchange fins

See how segmented carbon beds with onboard thermal regeneration and IR sensing achieve high ref

See how a pressure-driven separator removes air contaminants from refrigerant while recovering

See how discharge air heat exchangers cool water capture material to maintain adsorption drivin

See how a vapor absorption heat transformer replaces mechanical compression in atmospheric wate

See how nested cylinder flow channels separate refrigerant phases and enable multi-zone heat ex

See how a portable drainage connector unit with aroma barriers and fluid sensors maintains hygi

See how thermal desorption and gas-liquid separation regenerate absorption liquid to prevent VO

See how integrated fin-and-plate assembly enables counter-cross fluid flow and improved sealing

See how coupling vapor-absorption refrigeration with humidification-dehumidification captures w

See how a coffee maker integrates a water generation system that condenses atmospheric vapor, f

See how a perforated sheet metal creates pressure drop for uniform airflow distribution while f

See how a vacuum generator creates pressure and temperature gradients to continuously regenerat

See how a tapered-gap water extractor uses centrifugal separation and diffuser vanes to remove

See how a cooling chamber condenses gaseous lubricating oil into droplets, improving separation

See how segmented carbon beds with periodic heating enable onboard refrigerant recovery in chil

See how inverting the inlet to the top of a spiral separator reduces wear and achieves 99% sepa

See how a dual-type drying machine stacks drum and cabinet units vertically to dry large and sm

See how a curved duct with horizontal bends uses centrifugal force to achieve 98% oil separatio

See how a closed-end hollow chamber with absorber passage reduces pressure shock noise in sorpt

See how a horizontal separator design extends refrigerant separation stroke while reducing vert

See how a spiral conduit and porous capillary media use centrifugal force and capillary action

See how water-cooled condensation and ruthenium catalysis enable 5 mol% ammonia recycling, elim

See how compressing humid air raises the dew point above ambient temperature, enabling water co

See how a tapered-gap water extractor with swirler and diffuser vanes removes moisture from air

See how 3-5 Å molecular sieve desiccants selectively absorb moisture from R-1234yf refrigerants

See how a dual-chamber container uses atmosphere connection bridges to eliminate humidity gradi

See how chilled liquid condensate pre-cools incoming compressed gas before refrigeration, reduc

Directly measuring the lowest gas temperature or dew point avoids premature cooling shutdown, reducing energy use and dew point peaks.

A dual-diameter support body with an annular ridge lets one vent fit nozzle or recess openings while sealing and blocking contaminants.

Ambient-temperature and dew-point feedback switch the cooling circuit only when needed, cutting energy use while avoiding corrosion-causing peaks.

A moisture-permeable desiccant pouch cuts dryer static across multiple cycles and shows when antistatic capacity is depleted.

Dew point and lowest-temperature feedback cut cooling energy use while avoiding output gas temperature peaks and unstable restart behavior.

Condensate from compressed gas pre-cools the refrigerant, cutting condenser load while lowering dew point and improving drying efficiency.

Waste heat heats an H2S absorber in solid-state battery packs, removing corrosive gas while avoiding extra heating energy.

A protected inner tube and separator geometry cut gas-entrained water droplets, improving hydrogen recirculation in fuel cell systems.

A reactor-based circulation module oxidizes battery failure gases into a suppressant stream that removes the flammable regime in energy storage chambers.

Dimensionally stable spacers keep exhaust air channels open in a fuel cell humidifier membrane stack, reducing flow resistance while preserving humidity transfer.

Tangential vortex flow and an outlet gutter separate water from fuel cell gas while limiting pressure drop and water re-entrainment.

Cooled scrubbing fluids and structured packing improve removal of acidic, alkaline, and VOC contaminants from semiconductor tool exhaust.

Glass fiber reinforcement and external ribs keep the air brake governor sleeve rigid, limiting air leakage and replacement from wear.

Microwave excitation and UV photodissociation decompose hydrogen sulfide into sulfur and hydrogen with lower energy use and simpler facilities.

Waste heat is conducted or guided as heated gas to thaw frozen separator deposits, keeping the outlet clear without active heaters.

A shared slurry electrolyte with iodide salt and a porous separator cuts flow battery cost while maintaining conductivity, cycle life, and safe operation.

A sealing air dryer keeps coolant dry during operation, then opens the outlet for combined desiccant and coolant replacement.

Water separators and vertical exhaust pipes condense and reroute fuel cell steam to reduce road fogging, improve visibility, and reuse water.

Water separators and vertical exhaust pipes condense fuel cell steam, route liquid water away from the road, and reduce visibility impact.

Alternating baffle plates extend flow contact and deposit outgassed contaminants inside the trap, protecting reactor chambers and substrates.

Rotational gas flow in semiconductor vacuum lines separates and traps solid particles before the pump, reducing seizures and deposit buildup.

Hot-substrate, cool-wall thermal ALD deposits conformal silicon nitride while reducing chamber contamination and clean frequency.

Rotational gas flow removes and traps particles in semiconductor vacuum pumping lines before they seize pumps, while enabling self-cleaning.

Negative-pressure liquid capture drains droplets from a settling chamber before filtration, protecting the cartridge without bulky cyclonic hardware.

Pressure-difference tray holding lets each substrate process section run at its own transfer speed while avoiding bulky belt or roller mechanisms.

Bell-mouth flow guidance, elongated elements, and a resonance chamber cut compressed-air exhaust noise while preserving valve discharge efficiency.

A bell-mouth exhaust port and tuned resonance chamber cut compressed-air exhaust noise by reducing turbulence and canceling pressure pulses.

A dual-chamber valve layout regenerates desiccant during compressor operation and vents the discharge line without disrupting pneumatic consumers.

Swirl inserts create cyclonic gas flow so outer-wall particle traps remove contamination with minimal pressure drop and no bulky grease traps.

Adsorbent trapper materials inside a battery pack capture leaked flammable electrolyte vapor to lower fire and explosion risk.

A swirl generator and flow-calmed outlet improve water separation in fuel cell gas streams while limiting pressure loss.

A chromium-doped titania catalyst removes residual ammonia at low oxygen levels while limiting hydrogen loss and nitrogen oxide formation.

A motor-driven rotating separator removes condensed water from fuel cell gas streams while preserving enough water vapor to prevent membrane drying.

Independent blades on a cylindrical body remove the ring cartridge, cutting separator assembly complexity, cost, and press-fit instability.

A disc stack separator cleans fuel cell cathode intake air by removing droplets and particles while supporting humidification and cooling.

A Ti-Cr oxide catalyst with a band gap below 1.4 eV removes residual ammonia while limiting hydrogen loss and keeping NOx at 200 ppm or less.

A selective separator and hydrogen pump recover unused anode hydrogen while keeping exhaust below 4 vol% without complex pressure detection.

An embedded throttle element in the water outlet limits gas flow without extra seals or fasteners, simplifying fuel cell separator assembly.

Centrifugal gas-solid separation in the upper cover vents thermal runaway gas while retaining hot particulates inside the battery pack.

Centrifugal gas-solid separation in the battery pack cover captures thermal-runaway particulates without filter clogging, improving exhaust safety.

A protrusion-and-recess chamber joint keeps outside-air intake sections sealed without extra sealing parts, cutting assembly steps and cost.

A neutralization and circulation module converts battery failure gases into a suppressant stream, eliminating flammable conditions in energy storage chambers.

A gas-permeable, liquid-blocking exhaust element keeps water out of brake electronics housing while preserving pressure equalization and reducing noise.

Resonance-based monitoring tracks adsorbent saturation from frequency response changes, enabling timely replacement before sulfur breakthrough.

A gas-permeable vent and bypass valve block water ingress while preserving reference pressure and high-volume exhaust in brake pneumatics.

Beam energy, wavelength, and bandwidth monitoring reveals gaseous gain medium health, extending laser gas use and reducing refill downtime.

A heat-conducting element passively warms the collection area to prevent ice in a liquid separator without added electrical heating.

Condensed and filtered water is dispensed in vehicles only to valid RFID-tagged containers, reducing plastic waste and enabling usage tracking.

Eddy-current excitation and frequency-response sensing track adsorbent saturation in reforming chambers before sulfur breakthrough occurs.

Stepped flow areas create staged separation in a tubular steam separator, reducing fiber content in discharged steam from cellulosic flow.

A thin platinum-titania coating on a porous catalyst base material decomposes unreacted ammonia in exhaust streams.

Groove depressions in metallic housing create localized press fits for ceramic catalyst bodies, reducing mounting mat complexity and production costs.

A DC current supply and potential control unit adjust the electrical potential of a stainless steel process vessel to maintain passivation.

A cyclone filter separates dust from intake air via centrifugal force, eliminating periodic maintenance and preventing contaminant ingress.