Sludge Treatment TRIZ Cases

Gas injection drives buoyancy through an expanding channel to remove foreign material from aquaculture tanks without chemicals or high energy costs.

A hydrovac waste recovery system uses hydro-cyclones and clarifiers to separate slurry into clarified water and aggregates.

Linear sliding clamps attach gel plates to the main body while an inverted V-shaped conduit diverts bubbles from the buffer tank.

A mobile modular plant cleans soil and mineral waste using integrated screening, washing, and filtration stages.

Nanochannel devices separate biomolecules using overlapping ionic double layers and applied electrical potentials.

A dimethyl siloxane dispersant structure adjusts electrophoretic particle threshold voltage through controlled osmotic repulsive forces.

A motorized plunger pressurizes microchannels while a feedback loop monitors pressure and temperature to regulate the filling process.

A rhizomatous energy crop cultivation system employs a growing medium composed of digested sewage sludge and a diluent within a sealed bed.

Replacing thermal treatment with mechanical screening eliminates surfactant use while recovering secondary raw materials for direct smelting.

A porous membrane with antibody binding regions uses an electrophoresis field to move and retain target antigens for detection.

Anionic and cationic isotachophoresis shock waves interact in a single channel to focus and separate analytes simultaneously.

A bifurcated pipe system separates air from water in the pressing chamber, directing odors to a deodorizer and preventing drainage clogs.

Replacing orifice plates with an electro-kinetic sensor eliminates pressure drop while maintaining measurement precision on energy-limited loops.

Isotachophoresis with MES or glutamate spacer ions concentrates analyte complexes from blood samples for precise capillary electrophoresis measurement.

A valveless connection between the electrodeionization and ultrafiltration modules uses filtration resistance to generate counter pressure for resin packing.

Fluorescent non-focusing tracers migrate through isotachophoresis zones to enable indirect analyte detection.

Electric field proton injectors establish pH gradients to separate cellular components without chemical ampholyte contamination.

Applying an electric field drives ionized organic compounds through a liquid membrane, accelerating transport speed while reducing organic solvent waste.

Three electrodes near a nanopore distribute the electric field to reduce thermal diffusion and improve DNA detection precision.

Organic synthetic ion exchangers adsorb ammonium nitrogen from liquid manure, resolving natural material clogging and low exchange capacity.

Automated sample loading mechanism integrates with microfluidic detection to process biological samples efficiently.

Gas emitters in the inverted conduit create bubbles that lift sludge to an outlet, reducing energy consumption compared to mechanical pumps.

A multi-compartment filter apparatus uses electric fields and centrifugal force to move proteins into satellite reservoirs based on isoelectric points.

Isotachophoresis concentrates targets on a microfluidic chip, reducing bacterial infection detection time from days to under one hour.

Automated wastewater treatment system adjusts chemical dosing via real-time sensor feedback to optimize contaminant removal.

Bipolar membrane generates protons to combine with succinate ions, eliminating salt formation waste.

Replacing bulky scanning optics with a fiber optic array, the system analyzes 96 carbohydrate samples in under an hour while reducing instrument complexity.

Complex electrokinetic decontamination equipment removes radionuclides from soil using integrated electrolyte washing and electric field processing.

A composite agent using limonite, lignin, and bentonite suppresses feces and ammonia odors by limiting slaked lime to prevent ammonia promotion.

Overflow tank maintains high fluid level to trap ultrafine particles, preventing clean tank contamination.

A capillary fluid handling apparatus moves liquids through flow passages to form precise liquid-liquid interfaces without external pressure control.

A clarifier tank with an electrocoagulation unit removes solids via sedimentation, protecting ultrafiltration membranes from clogging.

Curved feed tube deposits effluent along an arc to distribute material across hybrid rotary screen separator regions.

A rotating discharge arm and scoop prevent wall adhesion, reducing flow resistance during truck loading.

Non-radial flow reduces membrane pressure and shear forces, lowering construction costs.

An ion exchange membrane maintains a pH gradient to separate carbon dioxide from gas streams.

Segregates hydrogen via electrolyte towers to prevent membrane deterioration and enable power generation.

A microfluidic detection channel orients its optical path parallel to the longitudinal axis to increase the effective detection volume.

A superabsorbent polymer absorbs water from marine tunnel boring machine spoil to enable rapid component separation.

SCODAphoresis concentrates DNA from dilute samples by applying asymmetric fields to drive particle mobility variations within a gel medium.

An automated lime slurry system delivers high-quality suspension through grit separation and controlled acid injection.

A modular dewatering system integrates a dynamic filtration clarifier and compression filter press to rapidly separate solids from liquids.

Varied electrode pairs generate distinct electrical signals to resolve monomer identification accuracy limits in nanopore sequencing.

Periodic flow reversal in carrier-free deflection electrophoresis counters laminar flow and thermal convection to boost resolution.

A nonaqueous buffer solution pushes elution solvent through the cartridge to desorb analytes, resolving separation efficiency issues.

A segmented evaporation-preventing membrane uses projections to engage cover grooves, securing the seal during capillary insertion.

A monitored electrophoresis device uses optical fibers to detect particles within the separation medium during biological molecule purification.