Water Treatment Parameter Control TRIZ Cases

Sequential dust and acid scrubbing prevents filter clogging while recycling solutions to lower ammonia levels and carbon emissions.

Porous silicate particles adsorb heavy metals from acidic wastewater, resolving cost and stability trade-offs in treatment.

Acidic cationic silica sol binds cyanobacteria into heavy aggregates that sediment, avoiding toxic biocides in open waters.

Reverse-phase HPLC with OPA derivatization detects amino acids in 50 µL plasma samples.

Lowering water pH prevents chemical precipitation, enabling iron bacteria to biologically separate iron and humus without harmful oxidants.

Multi-chamber wastewater system adds organic carbon and alkalinity supplements to enhance total nitrogen removal efficiency.

Computer vision resolves occlusions and analyzes group distribution to eliminate false alarms from manual monitoring errors.

Segmented impermeable partitions prevent soil contamination while humidity sensors maintain aerobic conditions for consistent phytosanitary product breakdown.

Electrode capsules generate reactant gas to control pH and alkalinity without chemical additives.

A smart filter housing integrates a fusible link memory element to detect operational life expiration.

A reverse osmosis system feeds concentrate directly between separators using pressure increasing means to prevent scale accumulation and membrane fouling.

Segmented electrolysis chambers with a semipermeable membrane resolve the contradiction between high hydrogen concentration and precise pH level control.

Urease-immobilized catalyst particles decompose urea in feed water via enzymatic hydrolysis.

A UV water disinfection system adjusts deep ultraviolet LED intensity based on measured fluid transparency.

An antimicrobial polymer vessel sanitizes liquids by reducing microbial concentrations 99% or more, eliminating consumable filters and chemical additives.

Check fitting unit segments cold water flow path from discharge unit to isolate pressure changes.

An electrolyzer cell in the return line generates chlorine from brine to maintain disinfection levels within a water softening tank.

Pressure pulse transmission through fluid lines eliminates electrical hazards and cyber attack risks in medical devices.

Laser shock wave crystallizer converts high TDS brine into recoverable salts, eliminating costly disposal waste.

Compressed gas generates large bubbles to agitate waste liquid and break up solid accumulations in lift stations.

A UV water disinfection system adjusts fluid flow and radiation intensity to ensure uniform microorganism exposure.

Low voltage operation in capacitive deionization cells reduces spacer scale buildup and maintains pH stability below 8.5.

Oxidized carbon anodes shift the potential of zero charge to restore minimum ion conditions, extending separation lifetimes and improving charge efficiency.