General Water Supply Conservation TRIZ Cases

A gas circulatory system models time-dependent states to correct waterborne substance concentration measurements.

A flow monitoring system uses processor-based pattern recognition to detect water leaks in multi-appliance environments.

Segmented detection channels isolate tryptophan-like, humic-like, and fulvic-like substances to resolve wastewater identification ambiguity.

A fluidized bed crystallizer removes dissolved minerals from feed water using seed particles to enable higher operating temperatures.

Metal-organic-framework coated structural elements adsorb atmospheric moisture and release vapor via heat exchange manifolds.

A bacterial cellulose biosensor uses surface-expressed cellulose-binding modules to anchor recombinant cells directly onto the substrate matrix.

A water recycling system uses a circulation pump to move liquid through a filter and heater for reuse.

Bioreactors digest methanol and ion exchange resins remove boron, avoiding pH adjustment scaling in produced water treatment.

Condensed phase cryogenic fluids solidify spilled oil, enabling mechanical removal without toxic dispersants or secondary environmental contamination.

Controlled degradation of polymer elements increases surface area to reduce clogging in contaminated water filtration systems.

Remote emergency switches activate the controller to close the shut-off valve, reducing leak damage time.

Segmented lamellae on a composite carrier increase specific surface area while preventing entanglement and washout of bacterial supports.

Coupling model quantifies influence chains between dissolved organic matter and microbial communities, resolving unclear interactions in eutrophic lakes.

A portable reservoir system collects and stores clean water from everyday sources like buckets and glasses.

Segmented electrode guides direct liquid through sequential adsorption zones, preventing bypass flow that reduces ion removal performance.

A desalination system uses deaerated seawater and subatmospheric pressure to transport vapor through an uninsulated pipeline.

An integrated reverse osmosis module uses oscillatory feed flow reversal to minimize membrane scaling and reduce energy consumption.

An inclined bottom guides filtered water to prevent stagnation and putrefaction while universal connection openings eliminate intermediate reducers.

Elevated linear storage tanks enable gravity-fed water distribution while preventing frost damage through building envelope insulation.

Staged nanofiltration and electrolysis convert high-salinity produced water into reusable HCl and NaOH, reducing disposal volume and toxicity.

An in-situ detection mechanism measures trihalomethane concentration using modified Fujiwara chemistry and accelerated aging of water samples.

A desalination system uses electric or magnetic fields to concentrate ions in specific regions within a main container.

A modular treatment process integrates softening, reverse osmosis, and thermal desalination to treat blowdown water.

Segmented draft tube paths separate inner laminar discharge from outer annular flow, preserving aerobic zone integrity while treating wastewater.

Biodegradable mat impregnated with super absorbent polymer retains moisture for vegetation establishment in arid locations.

Automated online analyzers continuously measure volatile organic compounds in drilling fluids to enable real-time process adjustments.

A self-contained mobile living space on a trailer chassis integrates bedroom, kitchen, and bathroom modules with rooftop solar power generation.

A multi-stage wastewater treatment system uses electro-coagulation and nested filtration to purify water.

A portable water purification device uses a sliding inner chamber and pre-filter to isolate and treat water before final filtration.

Desalinating aquifer brine while extracting methane gas for power generation, reducing energy consumption and capital costs.

Vertical PVC pipes store rainwater as structural walls, resolving the contradiction between high capacity and limited ground space.

A partly rigid liquid flow diverter body couples with a flexible rubber extension to form a watertight seal within a downpipe.

A drainage vent draws air into the pipe while an energy dissipater promotes rotational flow to prevent water hammer damage.

A microfluidic desalination system forms gas hydrates to separate pure water from contaminants.

Vertical reverse osmosis membranes lower the center of gravity in a floating buoy, resolving stability issues during rapid deployment.

Carnauba wax and directional freezing lower evaporation enthalpy, boosting seawater desalination rates.

A low-temperature distillation plant integrates sub-cooling and superheating chambers to manage thermal gradients across evaporator and condenser stages.

Upflow filtration reverses conventional downflow gravity to eliminate head loss and prevent particulate clogging in stormwater treatment.

Slip-fit joints link slim, vertically ribbed modules to scale rainwater capacity while preserving the aesthetic appeal of architectural structures.

Segmented strainer components separate debris and mosquitoes from rainwater, preventing contamination without chemical treatment.

Offset port allows suction hose passage while preventing child access through the smaller opening.

A containerized spray evaporation system atomizes water into fine droplets to accelerate phase transition within a closed enclosure.

Segmented selector compartments with vertical stratification reduce construction costs by allowing thinner walls while maintaining hydraulic efficiency.

Gated data path stores information during clock falling edges and outputs it on subsequent rising edges to prevent incorrect output in high frequency domains.

Liquefied nitrogen solidifies viscous crude oil, enabling efficient removal without chemical dispersants or environmental harm.

Dynamic exhaust outlet area creates reaction force that counters front wheel lift, allowing higher engine torque without vehicle instability.

A residential rainwater treatment system uses an ultrafiltration unit to filter water and recirculates flushing water back to the collector.

A photovoltaic desalination system uses a p-n junction channel array to remove ions from salty fluid through capacitive mechanisms.