Auxillary Pretreatment TRIZ Cases

See how a barrier rib and dual air inlet design increase air flux through the humidifying filte

See how a heat pump uses cooling water to heat absorbing liquid in the regeneration tower, redu

See how standing acoustic waves agglomerate sub-200nm particles into larger clusters, reducing

See how segmented exchange chambers with hydraulic communication enable gas treatment above 10,

See how phase-exchange processes form concentration and temperature gradients to generate press

See how segmented exchange enclosures with hydraulically linked liquid baths enable gas flow ra

See how split-stream humidity control maintains photocatalyst at optimal water vapor levels to

See how a rotary nozzle and catalyst dilute hydrogen exhaust below explosive limits, reducing f

A split-airflow humidity loop keeps the photocatalyst in its optimal moisture range, speeding PCO oxidation while limiting toxic byproducts.

Moisture-rich load lock exhaust vaporizes solid by-products in a collection chamber, preventing discharge line clogging and gas leaks.

Pleated layers sandwich sorbent granulate to remove CO2, water, and VOCs from recirculated vehicle air while lowering pressure loss.

Ionized gas enlarges fine biomass boiler particulates into collectable agglomerates, cutting PM2.5 emissions and easing retrofit.

Fiber-reinforced polyamide with flame retardants cuts battery box weight while resisting heat, humidity, shock, and corrosion.

Ionized flue gas mixes with biomass exhaust to agglomerate PM2.5 into larger particles, enabling easier collection and retrofit control.

Ultrasonic waves cluster 1-50 nm particles before UV-C neutralization and filtration, cutting clogging, energy use, and filter waste.

Containerized PSA modules with rotary valve flow control upgrade biogas to transmission quality with high methane recovery and rapid site deployment.

Cooling then reheating the gas stream removes water before catalysis, preserving ozone stability and methane decomposition efficiency.

A controlled 50-100°C gas temperature keeps ozone active and prevents water condensation on the catalyst for more effective methane oxidation.

Particulate removal devices filter reactor exhaust before it reaches the fuel tank, preventing valve plugging and reducing inerting system maintenance.

Compressed-air CO2 capture boosts absorption from dilute air streams while pressure and heat recovery cut DAC energy use.

Acoustic agglomeration clusters fine ingested debris so turbine diffuser separators can remove it before cooling passages and hot-section surfaces foul.

Two cooling circuits and an integrated heat pump recover low-temperature heat from CO2 capture while limiting hazardous fluid distribution.

Upstream heat exchange counters icing and adsorption losses by conditioning the incoming gas before adsorption.

Ambient temperature swings and airborne particles impair DAC adsorption; heat exchange and electrostatic separation protect reactor operation.

An upstream electrostatic separator removes particles before adsorption, reducing clogging and material degradation in high-volume gas processing.

Saline and freshwater washing, cooling, and adsorption produce cooled dry gas while reducing moisture stress on the adsorbent.

Individual pressure valves and a common-duct blower coordinate flue gas release and CO2 capture despite emitter faults.

A check valve uses a sacrificial member and bayonet fittings for easy maintenance.

Programmed liquid recirculation captures particulate matter and neutralizes toxic gases, producing usable raw materials for industrial applications.

Movable MEMS actuators dynamically adjust passageway size to overcome fixed fabrication limits and enable versatile molecular filtration.

Gas trap and detector identify float valve failure by displacing water, preventing pressure drops that reduce cooling.

A containerized biogas purification system uses polymer films to separate carbon dioxide from methane through selective permeation.

Mixed metal oxy-hydroxide media removes hydrogen sulfide by forming non-blocking sulfates, avoiding elemental sulfur hindrance.

An ultrasonic waveguide assembly treats flowing cosmetic formulations to remove effluent gases and disperse stabilizers uniformly.

Ultrasonic generator creates high-intensity acoustic field to agglomerate ultrafine particles, reducing concentration by 70% while avoiding wet cleaning waste.

Radial standing waves fuse small liquid droplets into larger drops, enabling high-efficiency separation without pressure drops or bulky piping.

Thermophoretic heating steers particles away from sensor components, preventing physical filter clogging and maintaining airflow.

Replacing biological nitrification with thermal stripping and acid absorption recovers nitrogen as ammonium salts while cutting electricity consumption.

A spiral particle collection trap creates centrifugal flow to separate heavier particles from gas streams without reducing velocity.

Injecting raw meal into bypass lines reduces HCl emissions without relying on active raw mill operation.

Offset flow duct in compressed air filter adapter reduces resistance from restricted space.

Advanced Vortex Cyclone swirls moisture-laden marine diesel flue gas to separate particulate matter through centrifugal force.

Segmented wall-flow and flow-through channels manage thermal gradients, preventing fractures while maintaining filtration efficiency.

Segmented PSA modules recover CO2 with inert adsorbents, avoiding harmful byproducts from chemical reactions.

A partitioning wall guides airflow around the filter surface to prevent direct dust contact and suppress clogging during angled operation.

Extracting physical components and heat from CO2 streams reduces energy consumption during sequestration.

Segmented radial beds and extraction reduce pressure drop while lowering manufacturing costs in high flow VPSA units.

A multimodal gas delivery system uses a pressurized pneumatic barrier to maintain pneumoperitoneum during minimally invasive procedures.

Cooled alkaline carbonate solution absorbs SOx from flue gas, preventing precipitation in CO2 capture systems.

A dust collecting apparatus uses standing sound waves to trap particles in fluid without mechanical filters.

Baffles and grooves on the boiler cover intercept liquid droplets before they enter a demister cyclone, resolving mist particle contamination.

An Organic Rankine Cycle system consolidates low-grade refinery waste heat to drive turbines and generate electrical power.