Dispersed Particle Separation TRIZ Cases

A fuel cell desulfurization unit segments adsorption stages by temperature to maintain sulfur compound capacity.

A honeycomb substrate oxide film features tapered projections that enhance catalyst adhesion through mechanical interlocking.

A desiccant container uses a pretension device to compress beads within an air dryer cartridge.

Linear adhesive patterns in a fiber laminate create gaps that suppress pressure loss and increase dust collection efficiency.

A tubular cap with a catalytic filter insert reduces carbon monoxide emissions while maintaining exhaust flow efficiency.

UV lamps generate ozone to oxidize odors via pressure expulsion, eliminating mechanical pumps and reducing energy consumption.

Protrusions in the storage space constrain small piece aggregates, preventing uneven density variations and clogging during ink absorption.

Circulating propane and ethylene removes polymerization heat while a separated propane fraction strips comonomers from discharged particles.

Planar trailing edge directs moisture droplets to vane bottom, preventing re-entrainment and turbine erosion.

Inlet separator extracts liquids from production gas to recycle lift gas as compressor fuel, eliminating atmospheric emissions and haul off trucks.

A gas analysis device uses a permeable line to separate molecular hydrogen from sample residues for precise flow measurement.

A centrifugal separator uses multiple rotors and a shared fan housing to improve gas flow-through efficiency.

A heat exchanger transfers thermal energy from compressor coolant to purge fluid for adsorbent regeneration.

Insulated rod design for nonthermal plasma exhaust gas treatment systems.

A particle separator uses a rotating wall to control separation flow path inlet area and segregate sand dust from airflow.

A portable gas transfer device supplies pressurized ozone to sterilize flow components at the point of use.

Elevated temperature processing stabilizes pore volume in zirconia powder, preventing sintering during high-temperature heat treatment.

An inlet chamber diffuser plate segments flow to equalize pressure loss coefficients, resolving uneven gas distribution across the catalyst set.

An annular cylindrical spring counteracts shearing and tilting movements of the drive shaft, minimizing gas leakage through the passage gap.

Indirect heating calcination of quasi-dry powder prevents fine particle formation, eliminating back-filter contamination while accelerating catalyst fixation.

Asymmetric cyclone clusters with shared outlet piping reduce vessel diameter by fifteen percent while maintaining even flow distribution.

Rare earth oxide enriched second carrier particles inhibit rhodium migration and oxidation, sustaining NOX purification efficiency against thermal degradation.

A catalyzed particulate filter uses a porous supporting member inside outflow channels to increase catalyst loading.

Polygonal vessel design concentrates centrifugal force at vertices, enabling efficient solids removal from drilling fluids while lowering energy consumption.

Two nested inner housings fill the cylindrical outer casing completely, eliminating air bypass gaps and ensuring stable desiccant compression during operation.

Tapered reactor conduits expand catalyst bed volume while reducing pressure drop to resolve trade-offs between reactor size and utilization efficiency.

A collection container positioned below the suction pipe captures sublimates from coating solutions during heat treatment.

Rotating centrifuge detects imbalance via vibration sensors to move counterweights radially, eliminating static measurement delays.

Atomic layer deposition restricts nickel oxide particle size on mesoporous supports, preventing aggregation and enabling regeneration through annealing.

An electric machine baffle uses impact surfaces to redirect airflow, separating corrosive moisture that drains via gravity to prevent component corrosion.

A magnetization purifying device generates pure oxygen and negative ions through rapid circulating magnetic force line cutting operations.

A centrifugal oil separator uses a piston to adjust the air passage section based on pressure differences.

Organic metal compounds absorb moisture while transmitting visible light, resolving the trade-off between reliability and illumination intensity.

Controller adjusts CO2 absorbent circulation volume based on detected concentration changes to maintain steady recovery rates.

Feed vessel absorber removes hydrogen and inert gases via liquid absorption while recovering unreacted reactants to prevent impurity accumulation.

Selective thermal decomposition of PGM carbonyl halides separates platinum and rhodium from mixtures without high temperatures.

Segmented rotor ducts reduce dead volume and mixing while maintaining cross-sectional area for higher productivity.

Replacing bulk recirculation with thermal exchange controls exothermic temperature rise, reducing alkaline inventory and catalyst costs.

Segmented catalyst banks reduce backpressure while a secondary mixer ensures thorough reductant distribution for efficient nitrogen oxide conversion.

Superfine inert gas bubbles prevent oxygen dissolution in amine absorbents, maintaining stability during CO2 regeneration cycles.

Angular profile runoff elements channel liquid phase flow via converging surfaces to create effective mass transfer curtains.

Carbon dioxide bubble agitation detaches contaminants from deactivated denitration catalysts, eliminating the need for complex sulfuric acid waste treatment.

Tick-over acetic acid flow sustains scrubbing during methanol shortages, reducing equipment complexity and solvent contamination.

A sectioning member creates a closed space around the exhaust port to reduce gas flow rate and prevent oil discharge.

Segmenting the calciner into distinct combustion and reduction zones lowers nitrogen oxide emissions without sacrificing fuel burnout efficiency.

A fuel tank integrates a peripheral trough to house an additional urea container within its structural wall.

A liquid redistributor employs a droplet damping tray to minimize droplet fall height, reducing foam formation caused by falling droplets.

Sequenced natural gas injection into RTO heat exchanger segments reduces consumption by 20-25% and lowers NOx emissions.

A rotating impaction separator unit accelerates gas flow through distribution openings to separate oil droplets from crankcase emissions.

Aerosol deposition forms single-walled carbon nanotube films with low sheet resistance and high transparency.