Sedimentation Regulating Devices TRIZ Cases

Below-beltline intakes and a filtered low-mounted tank capture road spray and runoff for vehicle cleaning while preserving tank volume.

A detachable tank, sensors, and weigh scale remove solids from hydrocarbon flowlines without stopping flow, reducing clogging and manual scraping.

Sequential valve control lets multiple sand separators share one discharge line without simultaneous dumping that distorts well test measurements.

A detachable tank, valve, sensors, and weigh scale remove solids from multiphase hydrocarbon flowlines without interrupting operation.

Pressure sensing and controller alerts detect blocked microfluidic channels early, helping hydrodynamic separators sustain separation efficiency.

Pressure and flow sensing detect blocked microfluidic channels, trigger alerts, and maintain separator efficiency with lower energy use.

An automated auger and pinch valve system extrudes concentrated soil from the bottom of a settling tank, eliminating manual cleaning requirements.

Segmenting the vessel allows gravity settling before filtration, resolving low volume flow constraints in vibratory grinding fluid cleaning.

Orifices in open-channel conduits draw clarified liquid via momentum transfer, preventing wall-flow and ensuring uniform solid concentration.

A compact hydraulic apparatus separates high-density particulates from slurry using tangential fluid flows to create a cyclonic flow pattern.

Sealed vessel manages flowback debris discharge via a rotary valve while maintaining a vapor barrier to prevent atmospheric gas release.

Heated water circulation removes oil from sand particles, eliminating platform storage costs and enabling safe disposal.

A glycerin separation system uses a heating loop and settling tank to isolate layers by density differences.

Vacuum suction replaces gear pumps to eliminate emulsification while bubble removal apparatus ensures complete air discharge.

Buoyancy-driven cover elements open inflow openings below floating sludge layers, preventing contamination of extracted clear water.

A detachable recycling container separates amalgam particles from dental effluent using gravity and vacuum sedimentation.

A baffle-covered effluent weir prevents floating elements from contaminating purified water despite increased particle concentration.

A pinch valve actuates to discharge concentrated soil from a settling tank bottom.

A tilted vessel desander separates particulates from multiphase streams using gravity settling in a pressurized recovery chamber.

A flushing assembly sprays liquid to stir accumulated sand while a cyclone assembly extracts and separates particles from the cooling tower bottom.

A particle trap with axially aligned cavities directs fluid flow parallel to the housing axis.

Segmented vessels manage liquid slugs to maintain reliable sand separation while recovering hydrocarbons from fractured wells.

A dirt separator uses a tangential inlet to create circumferential flow, preventing vertical currents that transport sedimented particles back into the liquid.