Sedimentation Separation TRIZ Cases

Sensors and indicators identify installed refrigerator filter media, enabling one manifold to support different water quality and capacity needs.

Indicator-based filter recognition lets a refrigerator manifold identify interchangeable cartridges for different water quality and capacity needs.

A particulate trap and self-cleaning sampling loop keep sensors free of fouling, enabling continuous chemical control in industrial fluids.

A hydrocyclone separator removes solids before sensing, preventing fouling and enabling continuous chemical monitoring and control in industrial water.

A liquid separation booster removes impurities while preserving functional additives, extending industrial oil reuse and reducing replacement.

Flocculation and lamella deposition remove undissolved silicon compounds inline from pickling fluid, cutting clogging, maintenance, and energy use.

Pseudo-random selection of delayed high-frequency clock paths spreads clock edges to cut EMI without missing cycles in synchronous systems.

High-G centrifugal concentration upgrades ultra-fine bastnaesite flotation concentrates while rejecting carbonate gangue without major REO loss.

High-shear emulsification with surfactant enables spherical polyimide particles with controlled micron size and commercially viable recovery.

This process separates corn gluten components to produce flexible or hard biodegradable plastics without costly external additives.

A reclamation unit uses a separator plate to guide liquid onto side walls for evaporation.

A screening system calculates percent blockage using upstream and downstream level detectors combined with a velocity probe.

Group IIIB or IVB metal compounds maintain bath stability by forming soluble iron complexes, preventing insoluble rust formation and extending service life.

Sulfur dioxide injection rapidly separates solids from wastewater, reducing landfill volume and disposal costs.

Process transforms water-insoluble organocation-perchlorate salts into soluble forms using organic solvents for reuse.

An elastic element between the temperature control plate and basic body absorbs differential thermal expansion, preventing seal leaks.

An integrated restriction orifice in the fuel injector filter breaks up pressure pulsations, eliminating erratic delivery without adding system complexity.

Image forming apparatus calculates toner usage by multiplying dot counts with sub-line weight factors.

Merging ionic polymers with non-ionic surfactants eliminates foaming in solid flocculants, removing the need for separate defoaming agents.

A sieve material on a reaction vessel outlet separates product crystals from inert scaffold particles.

Organic ammonium salt collectors replace aqueous reagents to enhance mineral recovery in froth flotation circuits.

Movable magnets in a loop canal force magnetic constituents against flushing water to reduce gangue contamination.

Integrating the mounting thread into the filter housing removes the threaded nipple, increasing outlet diameter and reducing leakage paths.

A water treatment method controls the addition ratio of a phenolic hydroxyl polymer and an iron-based coagulant to form stable flocs.

Compressed gas adjusts buoyancy in submerged ballasts to service intake equipment without draining water bodies or using heavy machinery.

Measuring blow tank pressure controls fluidized bed reactors, reducing stagnant areas and equipment wear without adding internal sensors.

A vacuum-actuated dispenser uses a venturi chamber to draw liquid chlorine into a dosage container, ensuring precise dosing in aerobic wastewater treatment.

A separation process uses a density-matched medium to float or sink amino acid particles based on their specific mass differences.

Helical impellers in draft tubes generate vertical flow to boost coalescence rates, overcoming slow gravity-based separation bottlenecks.

Relocating the inlet pipe to the vessel closure removes space-occupying obstructions, increasing filter element capacity while simplifying piping arrangements.

A dithiocarbamate precipitating agent removes mercury from ore leachates while retaining valuable metal products.

Periodic flow reversal in membrane filtration systems prevents salt precipitation on surfaces.

Centrifugal rotor separates contaminants from lubricant oil using a liquid separation aid and conveyor screw for continuous discharge.

A conical coalescing element creates pressure drop and promotes water separation, resolving insufficient coalescing efficiency in fuel filtration.

Ultrasonic standing waves aggregate sub-micron particles on channel walls, resolving low efficiency of traditional filtration for viruses and nanoparticles.

Centrifugal imaging accelerates red blood cell sedimentation for rapid erythrocyte sedimentation rate analysis.

BioFerric flocculant removes suspended solids and nutrients while enabling direct sludge dewatering without chemical preconditioning.

Pre-diluting monomers with specific water ratios reduces oligomer formation during polymerization, improving solubility and homogeneity.

Elastic locking parts guide and secure filter cartridges, reducing replacement time by eliminating complex alignment steps.

Acoustic radiation pressure separates solids from manure without thermal evaporation, preventing ammonia emission while reducing disposal costs.

Parallel canals at varying heights guide hopper water to a central tube, separating entrained air to prevent plume formation and maintain transport capacity.

A modular reflux classifier uses separable separation chamber parts to enable efficient transport and on-site assembly.

Segmenting filtration into hydrophilic and hydrophobic filters prevents particle release from deteriorating filters when heating chemical solutions.

A flotation basin uses an annular collection mechanism to evenly remove clarified liquid from the middle circumference.

Spiral flow members on the end cap direct fluid helically along the outer media surface, preventing upper-region agglomeration and reducing pressure drop.

Dual flow chambers surrounding a central piezoelectric element cool the generator via fluid convection, reducing heat buildup while separating particles.

A flotation reagent system using mixed amines and alcohols recovers feldspar from ore suspensions without hydrofluoric acid.

Integrated sensor detects impurity buildup in fuel filter housing, replacing manual visual checks to enable automatic maintenance alerts.