Water Treatment Parameter Control TRIZ Cases

See how a thermal bypass valve and temperature sensor stop the recirculation pump when hot wate

See how automatic user identification through voice or image recognition adjusts water softener

See how integrated sensors and treatment devices enable efficient sharing of shower facilities

See how an RFID-enabled dosing device monitors and maintains correct inhibitor concentration af

An elastic separation membrane and multi-mode valves let purified water feed an ice maker without a booster pump, reducing noise and layout limits.

See how a ball-type trap uses buoyancy to discharge neutralized condensate water while preventi

See how a magnetometer and adaptive threshold system monitor magnetic debris accumulation to tr

Rapid tank temperature drops reveal draw-off events, enabling hygienic hot water setpoint control without flow sensors.

See how an electrolytic cell generates alkaline and oxidizing water to clean carpets without so

See how a multi-flowpath valve and automated controller enable hot water sanitization without m

See how evacuated tube collectors and photovoltaic panels drive steam generation and distillati

See how temperature and flow sensors detect Legionella risk zones in water heaters by tracking

See how an electrode boiler uses electrolyzed water as a conductive medium and insulating layer

Vertical stacked vessels expand foam generation area to deliver high foam volume in a compact spa unit while reusing settled water and foaming agent.

Time-based draining and refilling keeps hypochlorous acid concentration stable during micronization, improving continuous space sterilization.

See how sensor, transmitter, and energy-harvesting integration within HVAC filters enables cont

See how a refrigerator beverage provider uses concentration sensors and feedback control to aut

Continuous full-flow filtration and UV treatment cut water waste and flushing time while improving contaminant removal in heating and cooling systems.

See how predictive bacterial growth modeling and adaptive thermal pulses reduce Legionella risk

See how programmable mineral dosing compensates for source variation and reverse-osmosis deplet

See how a controller tracks cumulative water filtered to schedule cartridge replacement by actu

See how an electrolytic cell splits tap water into alkaline and acidic streams, enabling chemic

See how automated chemical-agent dosing uses feedback sensors and a modular storage chamber to

See how thermal energy balance calculations using existing temperature sensors determine tapped

See how dual-function electrodes detect water level via current flow, preventing discharge fail

See how electrolytic electrodes release copper ions into air treatment condensate to inhibit mo

See how an equalization chamber between fan and heat exchanger eliminates flow dead zones, enab

See how presence sensors prevent hot water exposure during automatic pasteurization, enabling s

See how thermoelectric coolers freeze seawater to separate freshwater, reducing energy consumpt

See how integrated flow sensors in modular water cartridges enable accurate volume measurement

See how a fluid circulation loop decouples thermoelectric condensation from direct air contact,

See how a thermostatic mixing valve with recirculating circuit maintains hot water above 60°C f

See how an electrolytic cell generates residue-free electrolyzed water for carpet cleaning, eli

See how a serpentine channel design increases acidic condensate contact time with neutralizatio

See how ion-exchange water softening enables up to 57% shorter wash cycles while maintaining cl

See how a recessed hollow profile nests ventilation and heat exchange within window frames, red

See how sensor-based filter detection and user interface prompts ensure proper purging of new w

See how a toilet, dryer, and firebox system dries and combusts human waste to generate electric

See how AI-driven discharge pattern analysis sets dynamic power-saving schedules, reducing ener

See how separating the machine base and water tank with a flexible inlet pipe enables convenien

See how controlled mineral delivery to purified water enables coffee shops to achieve consisten

See how recirculating anodic and cathodic electrolytes through anode, cathode, and neutralizati

See how an integrated electrolysis unit with membrane separation produces alkaline water inside

See how horizontal gas cylinder orientation with integrated liquid-to-gas phase transition elim

See how waste heat from computing devices sterilizes non-potable water to enable low-cost evapo

See how a flow path divider and mixing valves enable independent temperature adjustment at mult

Segmented recording devices capture flow, temperature, and pressure data at each distribution point to improve consumption analysis and maintenance.

Thermocouple feedback and cellular or WiFi control let grease separators skim only when F.O.G. is present, cutting energy waste and odors.

A bypass channel lets trapped air escape continuously in a reverse osmosis regulator, maintaining membrane pressure without manual or electronic purging.

Acoustic signaling replaces RF relays and cables, enabling reliable underwater control of submerged automatic pool cleaners.

Ultrasonic 11-12 kHz signals cross the air-water interface to control submerged pool robots without cables while avoiding robot and pool noise.

A FIFO buffer uses older measurand values to match aeration to wastewater load, cutting energy use while avoiding outlet threshold exceedance.

A three-way valve and drain port clear trapped sediment while maintaining water flow, avoiding shutdown during filter cleaning.

Response-coefficient control points and virtual discharge amounts help allocate coastal pollutant flux while meeting water quality targets.

Interferometric waveguides and integrated optics improve viral indicator detection by tracking refractive index changes despite temperature variation.

An LSTM-based control loop adjusts air valves and fan airflow in real time to keep wastewater dissolved oxygen stable while cutting energy and labor.

Acoustic and vibration sensing detects damaged air diffusers early, avoiding visual tank inspection and helping maintain oxygen dissolution efficiency.

A bypass loop with pump control keeps chemical concentration stable and dosing proportional to water flow in pressurized piping.

Light-based underwater signaling replaces RF links to control automatic pool cleaners without cables, improving communication through water.

A conical hydraulic fitting restores outlet pressure in long garden or household water lines without electricity or complex installation.

A floating autonomous dispenser circulates pool water through solid chlorine and adjusts dissolution rate from sensor or radio inputs.

Real-time flow monitoring detects downstream leaks in a water softener, closes the inlet valve, and alerts users before damage spreads.

A fixed flow restrictor recirculates hydroxide to stabilize HOCl pH and FAC, replacing complex valves and electronic controls.

An inverted cap keeps ozone bubbles in contact with water longer, improving purification while conserving battery life in portable treatment.

Automated comparison of expected and actual urban water process activity cuts manual monitoring effort and flags significant deviations in time.

Cloud-connected sensors and controls improve HVAC hydronic water trend analysis, issue detection, and remote system management.

A modular locking collar and push bar carriage secure filter cartridges while enabling easy replacement and series or parallel filtration layouts.

Real-time neural dosing control estimates SDI from seawater data to cut membrane fouling and avoid coagulant overdosing in SWRO plants.

Integrated electrodes, RTD, and flow sensing cut corrosion, maintenance, and response delays in continuous spa water monitoring.

Sensor feedback and heating algorithms predict warm-up time and cost, cutting pool or spa energy use while maintaining temperature and water quality.

Sensor feedback and remote control automate chlorine dioxide generation and dosing in filling water, reducing manual tuning and staffing needs.

Conductivity, current, voltage, and temperature monitoring detects low flow, salt imbalance, and fouling early to protect chlorinator electrodes.

Real-time turbidity and filter level feedback adjusts backwash flow and stop timing to cut water waste while maintaining media cleaning.

Continuous in-situ cooling water analysis replaces delayed lab testing, enabling real-time corrosivity tracking and faster chemical treatment correction.

Temperature-triggered valve control blocks warm refill into the cold-water tank, keeping discharge water precise while reducing cooling load.

Linked parent and child monitoring models share time-shifted process data to predict abnormalities earlier and improve overall process efficiency.

Sensor-driven control adjusts heating, circulation, and chemical treatment to cut pool or spa heating time, energy use, and operating cost.

By lowering chamber pressure, this water separation approach vaporizes and condenses water at lower heat to cut desalination energy and cost.

Real-time parameter feedback adjusts remineralization dosing in purified water to meet quality targets while reducing energy and chemical use.

Robust stability condition metrics let industrial controllers self-tune or switch models to keep pH control accurate as process conditions change.

Downstream fractile feedback adjusts wastewater H2S dosing set-points to curb overdosing while maintaining sulphide abatement in branched sewers.

Photoelectric isolation splits input, control, output, and power paths to resist signal and power interference in sewage treatment control.

Direct hydraulic energy transfer between RO stages matches pressure differences, cutting conversion losses and improving desalination efficiency.

Cold-water-only ozone generation and flow detection keep ozone concentration high for sterilization while simplifying the faucet passage layout.

Particle imaging and size classification enable real-time coagulant and flocculant dosage adjustment for better water quality and lower chemical use.

A movable partition and cross-flow membrane desalinate in pressurize and purge-refill cycles to raise freshwater recovery while cutting energy use.

Real-time pollutant prediction and feedback control cut environmental device energy use while keeping factory production plans compliant.

Online sensing and predictive models detect scale and contamination early, then adjust oxidizing biocide dosing to avoid failures and overfeeding.

Response-coefficient modeling optimizes coastal pollutant flux from many land sources while keeping control-point water quality within target limits.

A bypass recirculation loop with motorized valve control enables accurate drop-by-drop to full-rate ultrapure water dispensing while maintaining quality.

A pressurized bypass loop with flow-sensor pump control keeps chemical dosing proportional, saturated, and clog-resistant in water treatment.

Accounts for dissolved carbonic acid in pH and conductivity maps to improve abnormal water quality diagnosis in steam turbine plants.

A visual industrial model auto-balances incoming, outgoing, and reclaim streams using stitching elements to improve material conservation.

Used filter performance data is analyzed to update wastewater treatment algorithms, improving drainage water purification over time.

A movable piston with annular passages routes service, bypass, shutoff, and regeneration flows in one water treatment valve body.

A watchdog timer and current fault detection circuit shuts off relay power during faults to prevent continuous chemical dosing in aquatic water control.