Using Liquid Separation Agent TRIZ Cases

Injecting recycled carbon dioxide into the radiant cooler reduces oxygen consumption and increases carbon conversion efficiency.

A freezing judgment device detects water ice in a fuel cell gas-liquid separator using magnetic attraction and conductivity changes.

Antistatic film layer disperses electric charges to eliminate electrostatic stains during liquid crystal display panel attachment.

Electrostatic separator collects water droplets from cooling tower airflow using electric fields, reducing drift loss without increasing air side pressure drop.

A carbon-based biofilm carrier composed of saturated fatty acids and alcohols provides a durable substrate for microbial growth.

Asymmetric accordion folds enable stable retracted storage and flexible extended installation in non-linear vehicle engine compartments.

Segmented covers with bypass tubes allow ventilated drying air to flow through gaps, preventing cable rust without complex sealing structures.

Heating elements evaporate solution droplets in a column collector, allowing solid particles to deposit on movable baffles for efficient separation.

A calcium chloride moisture absorber uses a tray and corn cob bed to capture dissolved brine via gravity.

Equidistant water curtain nozzles create a conical barrier that blocks suspended dust, resolving inefficiency in coal mine settling.

Strongly alkaline electrolysis water collides with coating mist to separate resin and filler phases, preventing turbid sludge formation.

A venturi element with a convex eight-shaped cross-section generates higher differential pressure in clean liquid distribution systems.

Adjustable fit clearances between atomizing balls and outlets compensate for corrosion or blockages, maintaining stable atomization.

A voltage regulator control method senses current flow to determine power direction and selects an appropriate regulating scheme.

Continuous fuel flushing through the pump chamber removes vapor bubbles, ensuring reliable engine starting and stable emission values.

Segmented distributor trays with perforated partitions equalize liquid flow between compartments to counteract wave-induced inclination and uneven distribution.

Conjugated double bonds in the polymer backbone emit light to enable real-time monitoring of metal removal, replacing complex electronic sensors.

A sub-atmospheric gas scrubber uses a centrifugal pump to recirculate cleaning solvent through spray nozzles for contaminant removal.

Liquid injection creates a vacuum that traps powder, recovering product while reducing explosion risks in food processing systems.

External mist eliminator extracts droplets from vapor streams, resolving contamination issues and enabling zero liquid discharge.

A lubricant reclamation cartridge uses superabsorbent polymer encased in polyester mesh to capture moisture and aerosol contaminants from fluid streams.

A diesel-powered water mist blower with a rotating and tilting air conduit directs spray across wide zones.

In-situ preparation of a urea and ammonium formate mixture eliminates crystallization steps, resolving energy consumption issues.

A hydrophobic evaporation-condensation tube transports vapor to particle flows via diffusion, enabling orientation-independent wearable detection.

Heated water scrubbing accelerates fluorine reactions to form hydrogen fluoride, reducing toxic by-product formation and emission rates.

High-pressure nozzles create a fine droplet cloud to capture sub-micron particles, eliminating filter media buildup and maintaining continuous gas flow.

Compact device oxygenates and humidifies cabin air via a feed line, reducing physical stress on passengers.

A quench system uses a flared annular channel to distribute acid over the Venturi wall for uniform wetting.

Turbine-driven air streams atomize leachate via adjustable nozzles, eliminating expensive off-site transport costs.

A wet scrubber exhaust diffuser uses triangular wings to decelerate air flow and separate entrained water droplets from the discharge stream.

A horizontal scrubber sprays 240 to 600 micron droplets co-currently with gas flow through an unrestricted zone.

A reaction chamber uses a porous medium to mix elemental mercury gas with an oxidizing agent.

A confuser area accelerates air-oil flow to coalesce droplets, reducing residual emissions while maintaining low pressure losses.

A perforated plate aligns with spray nozzles to force gas through dense fluid cones, eliminating stratification and maldistribution in scrubbing towers.

Replacing hazardous chemical precipitants, electrocoagulation removes heavy metals from cement kiln brine while reducing operational costs and safety risks.

Multi-stage air bubble crushing maximizes liquid contact area, removing sub-micron particles and gases without secondary pollution.

Partition members segment the separation tank to prevent convection disturbances, enabling efficient metallic and semiconducting nanocarbon separation.

Offset slits across three screens force dust particles into sharp turns, preventing clogging and maintaining scrubber availability in underground coal miners.

A porous body coated with an ionic liquid forms a selective film that absorbs specific gases under pressure for efficient collection.

A portable misting apparatus uses a rotary jet assembly to drive airflow without electrical components.

Vacuum steam distillation of coniferous leaves yields a monoterpene-rich essential oil that neutralizes NOx, SOx, and formaldehyde in polluted atmospheres.

External parallel venturis resolve high pressure drop and retrofit complexity in gas cleaning systems.

A diaphragm carburetor uses a dedicated bubble discharge path to remove fuel vapor bubbles from the metering chamber.

Spraying liquid into vapor ducts enables direct mass transfer, reducing methanol accumulation and fresh water consumption in evaporation plants.

Segmented radial exhaust ports reduce flow channel pressure loss, enabling high-speed rotation and precise peripheral edge etching.

Internal drainage through a weir trough removes particulates, eliminating external drains that cause complexity.

A cross-flow reservoir integrates a heat exchanger core and filter element within a single housing to cool and purify hydraulic fluid.

Electrostatic sprayer charges air droplets to adsorb contaminants, eliminating frequent filter maintenance in humidifying air conditioners.