Water Cleaning TRIZ Cases

Segmenting the system into pre-treatment, filtration, and storage chambers reduces sediment clogging while maintaining compact space efficiency.

Perforated floating fence and ice-deflecting cone prevent debris intrusion, enhancing oil recovery efficiency in infested waters.

Single pneumatic system powers winch and inflates boom concurrently, eliminating secondary vessels and reducing deployment time.

A fabric bellows articulating interface accommodates platform movement while maintaining seal integrity for deep-sea oil recovery and cold seawater delivery.

An adjustable weir on a floating skimmer captures polymer pellets during floods, preventing them from entering waterways.

Internal anchor points in modular floating blocks prevent water passage over edges, reducing structural stress and enhancing stability.

Continuous flow synthesis produces PVP-coated iron oxide nanoparticles that remove oil from water mixtures within 40 to 60 minutes.

Integrated downhole gravity water separator reduces pipeline back pressure and friction by removing water at the source, eliminating chemical injection needs.

An oceanic platform pumps seawater through a telescoping shaft to discharge water into the atmosphere.

Symmetrical pontoons with a central gap provide independent buoyancy chambers, reducing capsizing risk while maintaining modular assembly simplicity.

Pumping granulated absorbents beneath water surfaces prevents wind-borne material loss, enabling efficient solid cake formation and removal of oil spills.

Segmented containment hood uses inflatable seals to isolate pipeline perforations, preventing environmental spills without requiring full system shutdown.