Condensate Prevention TRIZ Cases

See how a spherical float valve uses buoyancy and air pressure to drain HVAC condensate while p

See how a flexible collecting channel with tapering region directs condensate away from evapora

See how a placement plate with drainage surfaces prevents dissimilar metal corrosion between al

See how diffuser elements between blower and refrigeration coil reduce airflow velocity to prev

See how raised ribs and contoured downspouts create low-velocity zones that prevent water dropl

See how segmented base thickness—thicker at component seats, thinner at edges—prevents drooping

See how a tray-and-lid condensate collector restricts air movement to prevent mixing of conditi

See how a segmented drain pan with inner and outer chambers collects condensate in multiple coi

See how a portable air conditioning unit uses capillary-based natural condensate collection to

See how a foamed material insert element in a heat pump base module reduces heat losses, adapts

See how a multi-slab heat exchanger with sequential refrigerant passes enables complete condens

See how a replaceable tablet strand delivers chemical agents into AC drain lines without electr

See how a flexible circumferential collecting channel with controlled discharge prevents conden

See how a grooved stabilizer with projection and recesses captures dew condensation water to pr

See how a tray-and-riser receptacle with segmented channels transfers outdoor condensation to t

See how a hollow float and pressure-differential seat design eliminate standing water in conden

See how a coil support merges header mounting with drainage openings to prevent condensate clog

See how asymmetric drain pan and centrifugal fan placement prevents airflow obstruction in both

See how integral mounting channels and drain pan features in cabinet walls reduce bracket insta

See how integrated air ducts in a ceiling radiator profile use the Coandă effect to remove cond

See how a floating sealing device in a condensate trap prevents contaminated air backflow durin

See how a chlorine dispenser with P-trap system prevents algae clogging in HVAC condensation li

See how inclined outer shell bodies and a gutter-shaped receiving portion redirect dew condensa

See how a corner-contact placement plate isolates aluminum heat exchangers from iron bottom pla

See how a spherical ball valve uses pressure differential and guide rails to drain HVAC condens

See how a segmented drain pan with raised ribs and enclosed walls prevents air leakage under th

Copper fins on the upper coil release ions into condensate, suppressing microbial growth while preserving aluminum-like airflow and drainage.

A side-mounted, detachable water tank with a coupling module makes heavy condensate easier to remove without spoiling the dehumidifier front.

A split condenser sends part of dehumidifier heat outdoors, cutting indoor cooling load, energy use, and operating cost.

Condensate is redirected into the exhaust stream for evaporation, improving latent heat recovery while eliminating drain hardware and extra dehumidification load.

Generator exhaust is condensed into stored cooling water, helping data centers operate in water-scarce regions while managing loads by supply.

Pump load detection and run-time limits replace jam-prone float sensors to prevent condensate overflow and avoid wasted energy.

Angled drain apertures and curved side walls shrink the condensate pan while preserving drainage and airflow in fan coil assemblies.

An impact-absorbing pipe cover protects exposed heat exchanger piping from fall damage while one adjustable cover fits multiple indoor unit capacities.

Inclined drain holes, a blocking portion, and a support guide improve outdoor AC base drainage to prevent freezing and keep the heat exchanger stable.

Arch-shaped support columns strengthen the drain-pan blowoff path while reducing ventilation resistance and airflow disturbance.

Pressure-zone barriers and airflow disturbance features keep HVAC condensate from migrating downstream and guide it into the drain pan.

Snap-fit rails on the lower manifold break condensate meniscus columns and drain water away, preserving evaporator airflow and efficiency.

A sub-drain pan placed below the evaporator joint captures dispersed condensate, preventing leakage into the ventilation passage and underfloor duct.

A non-woven polyester fleece lets condensate spread as a thin film and evaporate quickly, preventing droplets and insulation loss in humid cooling.

A comb baffle and conveyance path remove condensate from heat exchanger tubes to prevent airflow blockage and droplet carryover.

An over-molded PCB and mold substrate seal TEC assemblies against moisture ingress while cutting sealing labor and assembly cost.

Dynamic controls delay wet operation, bypass pads, and adjust fan use to cut water and energy consumption in adiabatic condensers.

A resin reinforcing member supports the upper heat exchanger while preserving airflow, draining condensate, and preventing corrosion or freezing.

A valve inside the discharge port blocks condensate during water-container removal, reducing leaks and simplifying AC condensate handling.

A stepped, convertible condensate pan supports air handlers in attics and crawlspaces while reducing material thickness and extra mounting needs.