Settling Tanks Feed/Discharge TRIZ Cases

Segmented inclined plate modules with integrated vibration prevent structural deformation and assembly complexity while increasing settlement area.

A foam skimming device separates foam components from liquid mixtures in batch-off systems.

A static duct uses curved geometry and trapping bays to separate suspended particles via inertial forces.

A downward angled baffle deflects settled solids toward a bottom discharge in a clarification reactor.

Segmented separation zones with inclined plates resolve low conversion rates in compact reactor volumes.

A clarified liquor recycle loop redirects turbid streams back to flocculation for further settling.

A heat exchanger system uses a self-cleaning filter to remove impurities from liquid flow.

An elliptic cross-section flow reduces water consumption while maintaining sand removal efficiency in vessel desanding systems.

A variable-diameter sedimentation cylinder decelerates high-speed sewage flow through geometric expansion to enable precise multi-layer diversion.

Elevated inlet conduit traps air bubbles in inkjet filter chamber, preventing nozzle flooding and enabling compact printhead design.

A coordinated drilling fluid recycling system monitors separation unit performance and adjusts operating parameters to optimize overall efficiency.

Sealed hydrocyclones remove low gravity solids from drilling mud while preventing vapor escape and oxygen introduction to ensure safety.

Stationary curved screen plates paired with rotating scrapers resolve plate deformation and low effective area issues while reducing power consumption.

Universal formwork produces arched covers that seal odors without stiffening flanges or interfering with wiper mechanisms.

A vertical vortex grit removal apparatus uses a central propeller and spiral vanes to separate particles from liquid streams.

Varying the channel width prevents grit settling during low flow rates, ensuring consistent velocity for effective grit removal.

Multistage leaching system removes 98.8% chloride from drilling residues via counter-current washing, reducing fresh water consumption.

Segmented lamella blocks in a three-phase separator resolve low flow rate bottlenecks by enabling complete gas and solid separation.

Central shaft with cleaning discs dislodges debris from septic tank outlet filters, eliminating manual removal hazards and clogging.

A charging apparatus manages valve openings to stabilize pressure across a resist liquid filter.

Quenching vessels with recirculation loops cool pyrolysis fluid to remove debris, preventing blockages that disrupt production continuity.

A shaftless helical auger enveloped by a flexible hose rotates to transport fecal sludge via vacuum suction.

Automated discharge system for sand separators uses programmable valve control and pressure transducers to enable remote operation.

Polygonal sheet metal decanter pipes prevent twisting from uneven filling, reducing weight and manufacturing costs.

A separator system directs particulates using a disturbance assembly with rotary members, reducing buildup and extending operational life.

A haemodialysis machine recirculates residual water at 85°C to maintain sterility within a closed fluid loop.

Tubular risers in a three-tank series create vertical fluid columns that separate oil and particulates from water while minimizing turbulence.

An inverted barrel tank with a spoiler creates subcritical flow, reducing pollutant accumulation on filters and lowering maintenance frequency.

A magnetic separator uses an auxiliary ferromagnetic sleeve to eliminate the field for particle removal.

Hinged panels on the cover system provide maintenance access while blocking light.

A rotating barrel system separates heavy particulates from raw slurry using centrifugal forces and gravitational settling.

Perpendicular drum orientation prevents large chips from entering inlet ports while reducing mechanical load.

An integrated latch system with an angled resting structure holds the launder cover panel open for maintenance access.

A vibratory fork densitometer detects the liquid/solid interface in sand separators using signal strength and phase differences.

An adjustable valve element shifts internal passages to separate fluid components, resolving precision versus complexity trade-offs.

A microfluidic device separates whole blood into plasma serum and cellular fractions using controlled gravitational sedimentation within spiral channels.

Offset sidewalls in a spiral conduit enable multi-class particle separation, eliminating short circuit flow and reducing turbulence.

Integrated bypass ports merge flow redirection into the manifold structure, eliminating complex rotary valves and minimizing leakage during maintenance.

A skimmer positions an orifice via a float and guard to maintain constant flow while excluding debris from sediment basins.

Segmented planar diffusers expand flow horizontally to reduce turbulence and increase residence time for better oil separation.

A fuel-water separator routes separated water to a purge tank, enabling automated drainage that reduces manual maintenance intervals.

A rotating shaft drives suction bars across a disc filter surface to remove accumulated solids and maintain continuous filtration operation.

A clarifier trough septum guides clarified liquid through a continuously increasing flow area to maintain uniform velocity across settling paths.

A conical discharge launder with a converging cross-section maintains constant flow rates in solvent extraction settler arrangements.

Axial filter element movement creates internal volume to capture liquid during unscrewing, preventing fuel or oil spillage over the rim.

A hinged cover system with angled attachment portions and opaque panels blocks sunlight to inhibit algae growth in clarifier launder channels.

Corrugated pile sheets reduce steel consumption while maintaining structural integrity against water pressure.