Flow Mixers TRIZ Cases

A compartmentalized hydration system enables selective batch or continuous processing of dry polymer additives for hydraulic fracturing fluids.

A vane-driven stopper introduces antifreeze into fire suppression fluid based on flow rate, preventing tank corrosion.

Concentric perforated pipes segment the mixing process to minimize flammable volume and eliminate explosion hazards in oxidative coupling of methane reactors.

A mixing device uses perpendicular nozzles and a 90-degree bend to generate turbulent flow, resolving low mixing efficiency in laminar systems.

Segmented guiding device reduces mechanical misalignment by positioning the impact head closer to the working area, extending component lifetime.

Separate component channels prevent premature hardening while the tip assembly ensures thorough mixing and clog-free operation.

A crowned inlet baffle curves away from the reactor to increase open area within a vehicle exhaust mixer assembly.

A two-substance nozzle atomizes liquid odorant using gas stream energy to create fine droplets.

Choke portions in a liquid flow channel increase velocity and pressure to generate high-density ultra-fine gas bubbles.

Liquid jet ejector reduces cumulative air required for oxidation, improving efficiency by up to 70%.

Focused ion beam forms precise pits on tube surfaces, resolving deposition difficulties to deliver consistent micron-sized bubbles.

A multiple injector with a degassing unit recirculates undissolved oxygen while removing nitrogen, achieving high saturation without pure oxygen infrastructure.

Integrated media channels replace hose connections in stacked modules, reducing system complexity and enabling rapid adaptation for multi-stage analysis tasks.

A bulk cargo blending hopper uses vacuum pressure to draw and mix different colored batches within its interior volume.

RFID tags on sterile filters store process data, enabling automated verification and precise mixing ratio control.

Perpendicular cross-flow mixing via multi-port tubes achieves efficient gas blending while minimizing pressure loss across the EGR system.

A portable modular system mixes dry additives with fluids on-site using separable modules.

Roof-shaped guide vanes deflect exhaust gas flow to promote liquid reagent evaporation while reducing back pressure in internal combustion engine systems.

A semiconductor cleaning nozzle integrates a gas port to aerate fluid streams, creating controlled turbulence within the flow path.

Rotational mixing in a sintered tungsten injector reduces erosion and eliminates water hammer effects.

Segmented baffles shift peripheral streams outward while maintaining central flow orientation, eliminating unmixed streaks without increasing backpressure.

A mixing nozzle fitment with a curved outlet passage and visco-elastic valve ensures efficient beverage mixing.

Segmented annular channels in a coaxial static mixer resolve the trade-off between high media throughput and excessive pressure loss.

A rotating mixing element with axial adjustment varies the gap size between the conical rotor and housing to regulate shear rate.

An in situ foam generating device positioned within a turbine engine fluid passageway produces cleaning foam directly at the contamination site.

Segmented vortex chambers and multi-port nozzles generate homogeneous fuel-air mixtures, resolving incomplete combustion residues at varying engine RPMs.

Centrally aligned overflow surface with closed depressions induces vortices in exhaust gas flow.

Integrating a gas-separating device into the circulation circuit removes air bubbles, improving monodispersibility without requiring multiple cycles.

A carbonator integrates a refrigeration coil within the circuit line to cool water before carbon dioxide absorption.

Replacing indirect sensors with direct mass measurement resolves uncertainty in dialysis concentrate density determination.

Diverting fluid into a weighed enclosure allows precise gas quantity measurement, resolving unstable operation caused by uncontrolled injection ratios.

A variable nozzle ejector adjusts orifice area via a poppet to control hydrogen flow rate.

Porous rotary disks reduce energy consumption while improving emulsification yield via turbulent flow.

Offset exhaust inlet and spray port in tubular member generate swirling flow, resolving inefficient nitrogen oxide reduction.

A recessed distributor apparatus uses shielded nozzles to spray vaporized hydrocarbon feeds into an FCC riser for uniform catalyst contact.

A mixer doser base integrates a spiral swirl structure to rotate exhaust flow around the spray inlet.

A wet starch system uses a venturi mixer to pre-disperse pregelatinized starch in water before adding it to the gypsum slurry.

A gas deflector creates a pressure differential to divert exhaust flow and form a protective shield around the urea injector outlet.

A shotcrete re-mixing device aligns its discharge pipe with the second mixing section to maintain flow dynamics.

Vacuum-driven segmentation mixes separate chemical reservoirs on demand to prevent chlorine gas formation while maintaining microbial decontamination efficacy.

Accelerated liquid flow shears drawn-in gas into homogenized nano-scale bubbles, resolving the contradiction between bubble precision and device complexity.

Piston cavities store ingredients inside one chamber, eliminating separate compartments that increase size and complexity.

A swirl tube mixing device entrains urea solution via rotating exhaust gas flow through a coaxial mixing tube.

Segmented swirl vanes and protrusions create cavitation to micronize gas particles, resolving large bubble formation in compact fluid mixing devices.

Alignment panels position multiple bean pods for simultaneous cutting, resolving the trade-off between preparation speed and trimming precision.

A beverage cooling circuit uses a closure member to block container access until the liquid circulation reaches a target temperature.

A multi-fluid injection mixer uses convergent and divergent flow channels to disperse liquid into a high-velocity gas stream.

A cylindrical flange mechanically presses liquid sealant fractions and dosed additives through static mixing elements to achieve homogeneous distribution.

A flow reactor mixer prevents clogging from undissolved matter by using a double tube and static member, enabling stable anionic polymerization.

An upward rotating flow from a turbine conus eliminates residue adherence, ensuring complete chemical discharge.