Dispersed Particle Separation TRIZ Cases

Hydrophilic barriers condense vapor into liquid trapped in a sump, preventing pump contamination from condensation.

A protective adsorption bed removes high-boiling organic substances from process gas before catalytic combustion.

Electrode tubes extract bubbles from the lower electrode to prevent convection and improve metallic and semiconducting nanocarbon separation efficiency.

A serpentine airflow path extends ionization time, reducing charge decay and ozone generation while maintaining high particle collection efficiency.

Segmented fins on corrugated plates break liquid films into droplets, resolving underutilized geometric area to maximize mass transfer efficiency.

Angled pleated catalyst bodies reduce pressure drop in industrial reactors while maintaining catalytic performance.

Heated membrane filter purifies polyalkylsiloxane feedstock vapor to reduce polymerization and gel formation during synthetic quartz production.

Three-dimensional micro-scaffold culture system increases cell proliferation rates through periodic mechanical shaking.

A nested tube design extracts steam via buoyancy, resolving the pressure drop versus separation efficiency trade-off in pulp lines.

A smoke detector with a secondary chamber and filter reduces false alarms by filtering non-smoke particulates before optical detection.

A parallel scrubber system directs exhaust gas through a shut-off device to match absorption capacity with pollutant load, reducing energy consumption.

Positioning the air scrubber directly above the liquid-tight manure cellar simplifies construction and contains leaks without complex foundations.

A LiCl-cellulose composite absorbs atmospheric moisture through hygroscopic sorption and releases it via temperature swings.

Passive condensing device collects air moisture using temperature differential and gravity for efficient separation.

Angled baffle plate deflects particulates from cooling air intake, reducing maintenance downtime caused by frequent filter fouling.

Combining barium and cerium storage materials in a dual catalyst system resolves thermal desorption issues while maintaining high purification performance.

Nitrogen-containing borane and active metal borohydride mixtures release hydrogen via catalyst-free hydrothermolysis.

Peracetic acid oxidizes mercury in scrubber liquor, maintaining soluble compounds to prevent re-emission and improve removal efficiency.

Recirculating exhausted absorption medium into a countercurrent contactor reduces energy consumption by minimizing downstream cooling requirements.

Air classification removes calcium carbonate fillers to prevent foaming and pipe clogging during saccharification.

Integrating absorption, stripping, and reabsorption into one dividing wall column eliminates multiple columns, reducing capital costs and side reactions.

An air tunnel with hydrophobic fabric and integrated drains prevents rain from reaching sensors, maintaining operability in wet conditions.

Sequential dipping in metal salt solutions followed by calcination fills voids on catalyst end faces, preventing abrasion from high dust content exhaust gases.

A hollow exhaust gas catalyst system uses a concentric preheating annular chamber to raise exhaust gas temperature before it reaches the central catalyst substrate.

A moisture-absorbing polymeric product blends non-elastomeric thermoplastic material with a water-absorbing agent comprising zeolites and alkaline earth metal oxides.

Alkaline washing dissolves silica inhibitors on the catalyst surface, preventing SO2 oxidation rate increases during regeneration.

A removable liquid sample collection device captures leaked fluid from a zonal centrifuge rotor using an annular channel structure.

Radial desiccant layout in air dryer cartridge housing increases drying agent capacity, reducing installation space and handling complexity.

Segmented baffle plate captures residual droplets to prevent downstream damage without increasing pressure loss.

Segmented cooling stages optimize SNCR denitrification and pollutant condensation, eliminating costly catalysts and dioxin formation.

Centrifuge with multiple rotating cells washes blood units simultaneously while balancing weight variations.

A buffer container captures protective gas from a treatment chamber for reuse, reducing environmental pollution and operating costs.

Turning vanes in a bent conduit redirect gas flow to capture low inertia liquid droplets, reducing pressure drop and preventing plugging.

A deionization chamber uses an electrode array to accelerate ions via alternating electrical currents.

A hybrid gas absorption process combines physical and chemical stages to treat gas mixtures efficiently.

Airflow divider separates large dust from small smoke particles to prevent chamber pollution and maintain detection accuracy.

An airlock and endless screw mechanism transports deliquescent solids into a drying chamber without interrupting the fluid treatment process.

A composite hydrogenation catalyst enables efficient sulfur recovery from flue gas at reduced operating temperatures.

Segmented water distribution pipes with 45-degree guide vanes ensure uniform film coverage, preventing spark discharge faults caused by dry spots.

Segmented pin arrays and deflectors generate cyclonic flow to trap dust, maintaining thermal performance without derating limits.

Converting fuel-nitrogen compounds into reducing agents lowers nitrogen oxide emissions by over 50% without external additives.

A nucleating agent additive composition comprising carbonate, organic acid, and desiccant induces crystalline structure in polymeric materials.

A sub-separator with variable-angle slots directs fluid flow through staggered baffles to improve separation efficiency.

A gas-liquid flow splitting system uses a cylindrical cyclone to separate multiphase streams into distinct phases.

A filter media with irregular peaks and valleys enhances surface area through elastic recovery of a stretchable layer.

Optimizing washcoat loadings on metallic substrates minimizes adhesion loss while maximizing hydrocarbon conversion efficiency.

A water generation apparatus uses a mister and cooling coil to accelerate moisture condensation from ambient air.

A refractory inorganic oxide layer supports uniformly distributed noble metals to decompose organic acids in exhaust gas.

A container storage facility ejects purge gas using a supply device that adjusts flow rate based on stored container count.

A particle separator uses a curved pipeline to retain ice particles from aircraft air streams.