Gaseous Fuel Feeder/Distribution TRIZ Cases

See how a universal gas distribution unit uses selectively mounted solenoid valves and obstruct

See how a cone-shaped inlet for high-flow nozzle groups reduces pressure loss in gas distributi

See how a hydrogen-burning torch directly heats hydrogen flow to eliminate bulky heat-exchanger

See how flame-heating with hydrogen-burning torches eliminates bulky heat-exchangers, reducing

See how a gas pipe with a straight-profile seating section enables stable gas switch coupling a

See how a heater block with internal fluid conduits transfers heat to fuel and intake air, prev

See how oblique-angle gas injection into a jet tube enhances air mixing to achieve complete com

See how a vertical manifold spine stacks multiple tankless water heaters to reduce mechanical r

See how an integrated heater block transfers heat from glycol to fuel and air streams, preventi

See how a cyclonic air filter replaces fibrous mesh filters to eliminate clogging, maintain sta

See how selective placement of thermal expansion absorbers in upstream fin regions prevents cra

Multidimensional appliance and ambient data drive adaptive gas allocation, improving delivery accuracy and safety across combustion appliances.

A venturi torch creates at least -0.3 bar vacuum to open a demand valve only under safe conditions, preventing oxy-fuel gas leaks.

Real-time wind data adjusts air supply and flare tip settings to maintain combustion quality, cut emissions, and avoid flaring delays.

Adaptive prediction frequency estimates remaining gas and refill timing while cutting server load, processing time, and system cost.

A jet pump annular gap recirculates exhaust gas upstream of mixing, cutting NOx while keeping fuel and combustion air flows adjustable.

An integrated regulator vaporizes cartridge fuel directly for consistent burner flow and portable heating up to 400°F within 90 seconds.

Combustion products heat hydrogen through a conductive outer tube, replacing separate heat exchangers to reduce weight and complexity.

A movable cleaning member scrapes the burner nozzle only when the flame is off, reducing deposits, thermal cracking, and maintenance.

Combustion products heat hydrogen through a conductive outer tube, avoiding heavy heat exchangers and supporting lighter aerospace systems.

Dynamic fuel heating and pressure control keeps gas turbine fuel above its dew point to prevent condensates with lower energy use.

Hydrogen and chlorine form a closed-loop fuel cycle that supports sustained power generation while reducing reliance on non-recyclable resources.

A gas meter switches to shorter sampling periods so a center device can diagnose appliance failure parts remotely and speed repairs.

Nested intertwining of recursive bifurcation units achieves high outlet flow uniformity and reduced pressure loss in monolithic reactors.

Concentric burner design uses secondary air preheating and fuel nozzle exhaust injection to lower combustion temperatures.

Extracting the gas cutoff valve to a separate cabinet space eliminates fire risks from accumulated combustible gas, ensuring safe operation.

Dynamic parameter adjustment maintains constant combustion traits across different fuel types, eliminating the need for physical combustor modifications.

High pressure gas burner with dual orifices manages volumetric flow and discharge velocity to enable seamless interchangeability between different fuel gases.

An updraft shield and windshield tube protect the flame from wind and precipitation, ensuring continuous landfill gas combustion at low flow rates.

A steam generator uses a water jacket to cool the pressure vessel while spraying water into the combustion zone for efficient vaporization.

Spring clips engage grooves on valve unit ends to lock them into support appendages, eliminating complex flanges and reducing assembly time.

A wellhead gas conditioner injects oxygen and heats fuel to oxidize heavy hydrocarbons.

Fuel cell determiner unit identifies gas instruments via flow value conditions, resolving misdetermination of fuel cell activation patterns.

A central manifold feeds fuel to upstream and downstream burner arrays in conveyor ovens.

A one-piece adapter device merges housing and pipe sections to form separate coaxial flow channels for air and fuel gas.

A gas shutoff device uses vibration detection and pressure measurement to disable return mechanisms.

A gas valve check valve body uses an elastic member to hold a sealing member in place, blocking reverse gas flow into the supply pipe.

A gas refining installation adjusts unrefined gas flow rates to maintain the combined stream Wobbe index within required ranges.

Movable deflectors in the annular circuit adjust radial fuel momentum, resolving contradictions between energy output and primary air influence on flame shape.

A combustion gas supply system recovers used gas and re-pressurizes it for supplementary air injection.

Curved ridges suppress boundary layer separation to stabilize air ratio without mechanical pressure regulators.

A slip joint connects a gas manifold tube to a stub tube via axial overlap.

Preheating fuel gas using waste heat enables complete carbon oxidation at low loads, reducing CO emissions without increasing fuel consumption.

Introducing inert gas into the mixing zone prevents flashback by diluting the fuel mixture, reducing NOx emissions while maintaining combustion efficiency.

Merges separate flare headers and knockout drums into a universal system, reducing overall flaring volume and carbon footprint.

Segmented solenoid valves control gas and air flow to increase turn-down ratio without extending single valve stroke length.