Centrifugal Force Sediment Separation TRIZ Cases

V-shaped flushing ducts, staged filters, and centrifugal separation remove hard microchips from coolant to reduce wear and preserve machine tool precision.

A narrowing circulation channel raises cutting fluid velocity to limit foreign substance buildup while keeping filtration and reuse simple.

Selective adsorption removes impurities from used industrial oil while preserving functional additives, extending reuse life and avoiding re-refining emissions.

Hydrodynamic microfluidic separation removes threshold-size particles while lowering pressure drop, extending filter life, and reducing maintenance.

Curved microchannels sized to the linear focusing length improve particle separation while limiting pressure drop and energy use.

Auto-discharging stacked disc centrifugation separates sub-5 micron catalyst slurries at pilot scale, cutting separation time and manual handling.

A two-tube PRP isolation kit uses 1.5-4 μm filtration and centrifugation to concentrate platelets while removing leukocytes and erythrocytes.

Dean flow in a curved separator focuses particles with a channel length matched to linear focusing length, reducing pressure drop and processing time.

Acrylate copolymer, silica, and silicone oil form a separator gel with ≤1000 ppm solvent for cleaner blood samples.

Dimension-matched cellulose nanofibrils entangle ultrafine mineralized particulates, improving shear strength and enabling rapid stabilization with high water content.

Low-speed centrifugation and RNase inhibitors protect isolated particles from degradation, preserving 18S and 28S rRNA for downstream analysis.

Fluidized-bed crystallizers use spiral flow and scraping particles to limit deposits, enhance heat transfer, and control crystal growth.

Upward conveyance of packaging units meets horizontal product flow, eliminating downward impact damage and preserving classification data.

Acid treatment and TEA flocculation remove contaminants from waste oil to produce low-sulfur marine fuel without expensive scrubber systems.

A cyclonic solids separator removes particles from fluid streams using centrifugal force without motorized components.

Standardized inlet and outlet configurations allow coupling sand filters or cyclones without pipework modifications, reducing logistical complexity.

A buoyant separation system isolates target-bound complexes from biological samples using density-matched substrates and applied forces.

Venturi ejector dissolves silicate ore using hydrogen chloride gas, reducing energy consumption and preventing acid volatilization.

External circulating slurry crystallizer integrates reaction and separation via hydrocyclones.

A separation tube couples to a centrifuge via a cap that regulates internal air pressure during biological material processing.

A portable device aggregates red blood cells using dextran polymers to accelerate sedimentation for efficient platelet extraction.

A modular centrifuge uses a friction drive mechanism to rotate samples at high speeds for efficient blood separation.

A diluent-treated drilling waste recovery process separates oil-based mud from cuttings using a vertical centrifugal separator.

Waterproof pulverized coal travels through hydraulic pipelines using shear-free pumps, reducing pipeline resistance and boiler efficiency loss.

A two-step serial centrifugation process extracts polyunsaturated fatty acid oil from fermentation broth while preserving product quality.

A fluidized bed classifier separates high-density particles from low-density slurry using density differentiation.

Segmented centrifuge and filtration modules remove particulates to enable on-site oil recycling at auto repair centers.

A blood collection tube uses a chemical preservative and physical separator to isolate plasma from cellular components.