Climate Change Adaptation TRIZ Cases

See how splitting condensation into two circuits raises low-grade steam heat from 20-35°C to 50

See how flexible organic photovoltaic modules replace rigid silicon panels to reduce weight fro

See how heating the heat transfer medium between exchanger and evaporator enables refrigeration

See how a kamado grill uses a removable ash receptacle, starter passage, and calibrated vent co

See how a second expeller recovers heat from rich solution, reducing external heat demand and enabling heated-medium temperatures above 120°C.

See how a conduction-based heat exchanger cools enclosures without air mixing, preventing conta

See how changing shelf hook orientation from longitudinal to transverse prevents old-new shelf

See how bent metal-strip hooks with segmented legs distribute loads across multiple contact poi

See how an energy control module with 3-way valves and heat exchangers adjusts waste heat tempe

See how a subcooling circuit with adsorption beds uses waste heat to provide supplemental cooli

See how lateral hook orientation and post openings enable selective shelf replacement while pre

See how hollow rungs with fluid communication channels improve grill thermal response speed, he

Engine exhaust cooling captures waste heat to support refrigerant heating, reducing engine shaft load during heating and defrosting.

See how a blow-off and refilling valve system removes contaminants and replenishes working flui

See how double-walled construction, key-shaped air intake slots, and a movable fuel grate reduc

See how urease-bacteria-impregnated fabric forms calcite-stiffened surfaces for efficient oyste

See how a segmented combustion chamber with fireproof partition and ignition cavity prevents as

See how a profiled edge creates non-linear opening control to extend air throw at minimal flow

See how a profiled edge with non-linear contour maintains 20° exit angle at minimal openings, i

See how PWM duty cycle adjustment maintains optimal heater power in absorption refrigerators de

See how vapor-permeable membrane walls separate refrigerant vapor from LiBr solution, enabling

Automated sensors and airflow control maintain smoking temperature and smoke exposure, reducing constant monitoring during long cooking cycles.

See how exhaust-to-coolant heat exchangers enable heating and defrosting in transport refrigera

Two MOF modules tune refrigerant P80% pressure ranges by temperature, improving COP and SCP for clean-energy operation.

See how a biomass-fueled disposable grill uses variable-thickness heat insulation to control bu

See how an ice slurry cold storage unit replaces dry ice with recyclable brine and flake ice to

See how a dual-effect vapor absorption cycle enables simultaneous 90°C hot water generation and

Wall-positioned air intakes help sustain charcoal airflow and cooking temperature when wind disrupts kettle-grill combustion.

See how a single working fluid combines Rankine power generation with heat pump cycles to recov

See how a pressure-tight housing with ammonia-binding agents eliminates environmental discharge

See how rigid porous composite tubes replace fragile ceramic and clogging-prone cloth distribut

See how a cooling manifold integrates LED fixture cooling with heat recovery to reduce installa

See how MOF-based adsorptive cooling reduces desorption temperature and system footprint using

See how rigid porous composite tubes replace fragile ceramic and clogging-prone cloth distribut

See how a hybrid EHP-GHP air conditioner uses waste heat from engine cooling water to defrost o

See how modular removable inserts with gas, charcoal, and electric heating elements enable barb

See how a Peltier device condenses atmospheric moisture on vertical fins, delivering water by g

Bent metal-strip hooks integrated with the shelf spread loads evenly, cut waste, and simplify trolley shelf manufacturing for logistics pools.

Alternating zeolite desiccant chambers deliver continuous cabin cooling without continuous engine idling, cutting fuel use and emissions.

Balsa wood with low density and high specific heat keeps cookware handles cooler, enabling bare-hand grip without gloves or VOC-emitting insulators.

A double-walled grill with key-shaped air slots and a movable fuel grate improves airflow, heat control, and fuel efficiency.

Submerged pumping and thermoelectric cooling keep cloning liquid at stable rooting temperatures without ice addition or room cooling.

External heat input triggers pool boiling in the evaporator, boosting refrigerant evaporation and cooling with less downstream load.

Staggered sorption reactor groups reuse heat and steam between cycles to cut heat losses and improve thermal refrigeration COP.

A flammable one-piece tray and grate balance cooking heat with rapid burn-down, cutting disposal waste and decomposition time.

Electronically controlled pressure equalization adjusts recuperation time between sorption reactors to balance energy recovery and refrigeration capacity.

Vapor-permeable membranes and 3D microchannels raise LiBr-water absorption and desorption rates while keeping the heater compact.

A cooled headspace and insulated fluid reservoir keep vaccines at 4-8°C for extended periods without batteries or continuous power.

A movable ash receptacle, starter passage, and calibrated vents make charcoal grills easier to clean, light, and control.

Magnetic folding and backplate assemblies let a phone attach to a laptop or tablet in portrait or landscape while adding card storage.

Calculated fertigation timing, flow, and Venturi sizing replace empirical drip irrigation settings to improve fertilizer use and crop yield.

Flexible tangs lock coral fragments into substrate apertures, speeding underwater habitat regeneration while keeping installation simple.

An anti-fish-startling control engine adjusts robot motion, illumination, and noise to protect fish while maintaining aquaculture imaging efficiency.

An edge-mounted one-way valve and hermetic end seal help vacuum insulated glazing maintain insulation while avoiding glass stress and visibility issues.

A threaded flange encloses the pressure compensation hole to block foreign elements, preserve piston mobility, and avoid added filter parts.

An oblique valve seat and plunger inlet cut turbulence and debris buildup, helping irrigation pressure regulators maintain uniform flow and output pressure.

A corrugated sleeve-and-connector joint absorbs pipe movement while maintaining a snug seal to prevent leaks and wear in irrigation lines.

Laser-cut pillars are held and mounted directly onto glass panels, reducing burrs and eliminating stocking steps in panel unit manufacturing.

A tang-based underwater clip secures coral fragments in substrate apertures, speeding reef restoration while reducing planting difficulty and cost.

Real-time camera tracking of uneaten pellets in the effluent pipe improves feed accuracy, cutting waste and underfeeding in land-based fish farms.

A threaded flange encloses the pressure compensation hole to block dirt ingress, preserve piston and diaphragm mobility, and keep pressure reduction reliable.

Online sensors, a three-way valve, and peristaltic dosing pumps continuously correct pH and EC to cut nutrient waste and stabilize plant growth.

Queued waypoint batches let a smart device handle path planning while the tractor steering computer keeps deterministic control through link interruptions.

UWB lateration and angulation solve weak GPS signals in steel-and-glass growing environments for reliable object and plant association.

Aramid longitudinal threads limit elongation in 100 m+ greenhouse hoses, improving winding control and reducing glass-roof damage risk.

Forecast-driven DG control adjusts array output before weather events to keep ramp rates within utility limits and reduce storage dependence.

Weather-event prediction lets a DG master controller smooth renewable power swings to meet utility ramp limits with less storage use.

An open-frame underwater robot automates net hole penetration, wire feeding, knotting, and cutting to repair deep-water cage nets safely.

Queued waypoint generation and offline software updates let smartphones support reliable autosteering in fields with intermittent connectivity.

Localized bulge members thicken vulnerable pipe sections to resist wear, protect drip emitter joints, and extend thin-wall irrigation pipe life.

A ribbed spout bonded to a drip pipe improves water transfer from emitters while creating a secure, leak-proof connection.

Robotic sensor pod placement targets representative plant modules to monitor environmental and water conditions with fewer sensors.

Wireless transceivers mounted at solenoid housings eliminate trench wiring, reducing installation cost and exposure to lightning and landscaping damage.

Dynamic depth adjustment and autonomous navigation improve seaweed light and nutrient exposure in offshore aquaculture while reducing labor.

Height-adjustable CO2 emitters keep gas close to cannabis plants through growth and retract for harvest while improving distribution and cost control.

Arc-shaped corner transitions and offset induction welding reduce metal-layer over-burning and improve vacuum glass sealing reliability.

By angling the valve seat and plunger inlet, this regulator reduces turbulence, limits debris buildup, and maintains steadier irrigation pressure.

Offsetting the induction welding path at glass corners prevents metal-layer overburn, preserving seal strength and vacuum glass life.

Motorized bending carriages and an apex clamp shape straight metal tubes into greenhouse hoops with less labor and faster forming.

Ribbed bulge members locally thicken irrigation pipe walls to protect emitter joints, resist wear, and keep thin-walled pipes durable.

Integrated lateral connectors let a friction clamp hold sheeting while adding snap-on tubular members without cutting existing structures.

Multi-depth vineyard sensors and model fusion reveal soil moisture variability to guide zone-specific irrigation, lower water use, and protect grape quality.

Preheating tempered glass before vacuum brazing reduces sealing stress, improves exhaust efficiency, and helps maintain high vacuum integrity.

Sensor-driven control compares forecasted yield loss with irrigation cost to stop watering when further operation is uneconomic.

A stepped evacuation hole and supported low-melt port solder improve VIG seal integrity while reducing crack risk in tempered glass panes.

A planetary gear, scroll spring, and damper smooth roller shade motion while simplifying the winding drum drive and force control.

Offline queues on smartphones bridge intermittent connectivity, delivering waypoint and software updates to tractor autosteering hardware reliably.

Widely spaced electrical pulses deter sharks while cutting power demand enough to make portable seawater deterrents practical.

RNAi silencing of StBEL11 and StBEL29 removes tuber-repressing signals, enabling higher potato tuber yield even under non-inductive conditions.

Grain size distribution and mass-percentage matrices reduce human bias in sediment source tracing and improve source classification accuracy.

Microbial oil coating helps small fish feed pellets sink faster in cold seawater, reducing wave loss and feed escape through cage meshes.

Eggshell separation and spirulina-enriched brine shrimp feed reduce contamination and improve tropical fish digestion, growth, and immunity.

A polysaccharide-modified cellulose casing balances stuffing and cooking strength with chewability, adhesion, and vegetarian edibility.

A sleeved anchor combines fitting and retaining functions to fix different targets without pre-drilled holes, cutting installation steps and cost.

Semipermeable liner sections let dissolved CO2 enter algae culture while wind and waves provide mixing, cutting supplemental CO2 and operating cost.

Horizontally displaceable supports and movable handling enable selective crop lighting, compact storage, and maintenance without shutdown.

Low-melting glass frit, controlled heating, and evacuation-path closure reduce gas release and preserve high vacuum in sealed glass panel units.

Modular fastening, drainage grooves, and a rotating net assembly speed hydraulic slope installation while improving anchoring and disassembly.

Engineered plant-expressed pheromone enzymes produce species-specific stink bug attractants, reducing crop damage without broad-spectrum chemicals.