Water Cleaning TRIZ Cases

Segmented aperture banks and a low-profile front wall simplify installation on older gutters while maintaining water flow capacity.

A subsea separator dome uses buoyancy to control depth while ambient seawater pressure separates oil and gas without moving parts.

Pre-installed retractable barriers and satellite-guided thrusters eliminate deployment delays, preventing oil spread around wellheads.

Rotating media wheels expose algae to sunlight and wastewater, resolving land area constraints while producing renewable biofuel.

Segmented flow-path baffles dissipate kinetic energy from high-velocity inflow jets, preventing scour and retaining sediments within stormwater sumps.

A toothed drum separates oil from water using capillary action, reducing water intake and preventing secondary pollution.

A self-inflatable oil boom uses coalescence elements to merge dispersed oil drops into larger droplets for easier recovery.

Segmented brush bunches and scraper elements remove sticky oil, reducing cleaning frequency.

Rotational peripheral flow deflecting members prevent irregular solid pollutants from clogging filters and maintain device capacity.

High-pressure water jets replace chemical dispersants, breaking oil slicks into micron-sized droplets for environmental safety.

A submersible filter system uses a bottom-mounted pump to draw water through media for microbial debris breakdown.

Segmented panels with carbon nanotubes filter oil spills while reducing transport weight.