Filtration Separation TRIZ Cases

See how an energy harvester inside a rotating drum lifter generates power from drum rotation to

Moving averages of fuel cell stack insulation resistance help time ion filter replacement without costly conductivity sensors.

A rigid integral filtrate vat plus a replaceable liner resists abrasive wear, creep deformation, and contamination in horizontal plate filters.

Adapter plates and frame supports let one filter press handle different plate sizes while preserving fluid flow and cake discharge.

Topographical grid and vat patterns guide filtrate to the outlet, cut vortices, secure grid alignment, and shorten filter press cycles.

A DC motor and voltage-controlled pump let one kidney-loop filter handle different fluid viscosities and volumes in a compact portable setup.

A chain-driven hook and spring mechanism keeps filter plates tightly aligned, reducing rebound, wear, and lost filter area.

A drain tank with calming and recovery sections reuses ink-contaminated cleaning fluid by gravity settling and filtration, cutting fresh solvent use.

A robotized plate-handling group replaces filter plates or webs automatically, cutting stoppage time and maintenance risk in large filter presses.

Passive sensor modules embedded in polymer parts enable concurrent multi-parameter sensing with external wireless reading and minimal cross-sensor interference.

An interference-fit insertion shaft and bolted fixed plate prevent handle misalignment and waggling while adding wear-resistant sliding support.

Real-time filter mass sensing and wireless capture scoring help outdoor carbon capture units track performance and signal replacement needs.

A separate creep-resistant outlet lid improves filtrate flow, limits deformation and wear, and extends filter press vat life.

Alternating diagonal nozzle jets prevents center collision on filter cloths, improving cleaning uniformity while reducing water use and time.

Pressurized filter plates and porous membranes remove water from high-moisture peat slurry, cutting heat use while preserving peat composition.

Automatic sealing pressure control tracks filtration chamber pressure to prevent raw liquid and filtrate leakage through filter material.

A brushless DC magnetic pump lets kidney-loop filtration scale across fluid types and volumes while cutting pump size, cost, and setup time.

A removable base-and-lid outlet piece seals the vat liner in a filter press to block contamination, creep-related deformation, and wear.

Stud-and-hole diaphragm attachment removes separate fasteners and groove pockets, reducing wear, corrosion risk, and installation time.

A removable subframe lets operators replace worn filter press components without removing the full frame, reducing downtime and safety risks.