Carburetting Air TRIZ Cases

See how waste heat from a HCCI engine drives ejector and trans-critical refrigeration cycles, r

A plunger reservoir and diffuser deliver spa aroma in controlled doses for more even concentration, easier refilling, and less sticky buildup.

An integrated support grate, collection plate, and vapor riser improve liquid redistribution in packed columns while reducing column height and cost.

A modular water heating enclosure and manifold let steam humidifiers shed scale-prone parts quickly, preserving steam output and simplifying maintenance.

Mechanical spreading on a wettability-tuned coating surface enlarges viscous substance contact with diluent for faster dilution and lower viscosity.

A rotating handle lets the steam humidifier tank detach quickly for cleaning, reducing mineral buildup, clogging, and overheating risk.

Unperforated metal fabric packing uses crossed corrugated layers and low liquid loading to cut pressure loss without sacrificing separation efficiency.

A pressure-responsive inlet valve blocks condensate and rainout back-flow into pressure support humidifiers during tilting or pressure drop.

Air-cooled heat sink placement keeps humidifier electronics cool without water contact, preventing corrosion, paint flaking, and lead risk.

Undulating channels use ambient and compressor-heated air to evaporate condensed water automatically, avoiding manual removal and filling delays.

Parallel ventilation channels and fan-driven airflow remove moisture evenly from concrete surfaces while simplifying substrate installation.

An annular seal wall and cam structure create an air- and water-tight reservoir cap without extra gaskets, while keeping filling and cleaning easy.

An integrated flow distribution duct assembly eliminates extensive piping and fittings, simplifying maintenance of volatile organic compound removal devices.

Segmented transverse baffles generate localized turbulence to boost dissolved oxygen concentrations by 6 mg/l using less than two feet of fall.

A trapezoidal splash bar with serrated bases and perforated top walls breaks water into fine droplets to maximize heat exchange surface area.

A multi-directional seat with multiple openings distributes compressed air evenly to improve aeration efficiency in wastewater treatment.

Swirling gas inlet pipes modify the velocity profile to reduce catalyst pulverisation and dust discharge in fluidised bed reactors.

Segmenting the inlet device into counter-rotating housings breaks cyclonic patterns, reducing liquid re-entrainment in large fractionation towers.

A dual diffuser aerator generates large and small bubbles to mix water and increase dissolved oxygen levels in aquaculture ponds.

An enclosed reaction vessel utilizes indigenous mixing energy to pump fresh gas into the liquid phase, overcoming oxygen starvation in shaken flask cultures.

Segmented nozzle arrays transfer carbon dioxide from waste gas into liquid absorbents, reducing energy consumption below thirty percent of plant output.

Extended troughs with multiple outlet spouts deliver fluids proportionally into downcomers.

Modular quench ring segmentation enables targeted wear sub-assembly replacement, reducing maintenance downtime and preventing misalignment during reassembly.

A distribution tray uses a venturi-shaped insert to constrict and expand fluid passage for improved mixing.

Ridge apertures in the fractionation tray joint region enable lighter fluid ingress, resolving inactive zone inefficiencies and boosting tray capacity.

A counter current oxygenation system uses a spiral porous gas diffuser to transfer oxygen into liquid streams via natural circulation.

Segmenting the downcomer with a baffle prevents bubble entrainment, maintaining mass transfer efficiency at high throughput.

A water processing system injects ozone gas bubbles into a fluid column to remove contaminants and disinfect the liquid.

Removing hydraulic braking orifices from the gas bubble generator prevents debris clogging while maintaining reliable bubble frequency control.

Saw teeth and zigzag pores on a resin substrate disperse liquid uniformly, resolving weight-strength contradictions while maintaining hydrophilic wettability.

Vertical string screens eliminate spacer-induced air resistance and fouling, maintaining structural integrity while maximizing cooling efficiency.

Water pump entrains ambient air via circulating jet, eliminating compressor energy costs for portable aeration.

An air driven particle recirculator redirects waste solids away from septic tank outlet filters using forced convection and pressure gradients.

A floatable aerator uses a concave rear surface to divert aerated fluid behind the chassis while lateral outlets discharge the mixture.

Angled diffuser and steam plug arrangement control flow to eliminate hot pockets and seal wear in viscous fluid heating.

An angled splash guard inside an ampoule obstructs liquid precursor from entering the gas outlet during carrier gas introduction.

A floating evaporator vessel injects air into submerged effluent to accelerate evaporation through controlled aeration.

An external gas humidifier recycles high-temperature waste heat from a fuel cell to preheat and humidify reactant gases.

Baffle discs and deflector ledges create tortuous flow paths that prevent aerosol formation while maintaining high flow rates in vacuum conditions.

Inert gas flow prevents combustible deposits in scrubber inlet tubes, eliminating manual cleaning risks while maintaining purifying efficiency.

Buoyancy vessels lift diffuser modules for maintenance, eliminating costly mechanical retrieval systems.

Segmented inlet ports diffuse feed flow to ensure uniform gas distribution, reducing local velocity peaks and lowering operating costs.

Segmented gas passages reduce energy consumption while maintaining high dust separation efficiency in compact industrial devices.

Arcuate tubular splash bars span 60 inches without sagging, reducing installation time and material costs.

A piercing spike kit couples sterile liquid containers to humidifiers through a vented tube system that retains water while releasing gas.

Flexible aeration panel eliminates rigid support plates to reduce weight and installation complexity while ensuring uniform gas distribution.

Frusto-conical baffles direct slurry in a helical path, increasing residence time and centrifugal force to coalesce hydrogen bubbles and reduce flow resistance.

Structured sheet media traps fluid flow within interstitial planar sheets to disperse gases laterally across corrugated flute layers.

Intermeshed rotating discs in a pressurized dome create shear force that dissolves oxygen into wastewater while containing foam and odor emissions.

Modulating louvers shift airflow to the dry sensible section, reducing water evaporation while maintaining adaptability to changing ambient temperatures.

An oval cross-section groove and elastic locking body secure the membrane against gas pressure while simplifying fastening structure complexity.

Porous fibrous filaments create back pressure to open pores for gas diffusion, resolving membrane tensile strength limits during aeration.

Hinged baffles rotate upward with airflow to capture drifting water droplets and return them to collection troughs, reducing liquid loss in cooling towers.

A gassing element features a laterally projecting fixing plate that establishes a force-fit connection to the gas supply line.