Floating Sedimentation Devices TRIZ Cases

Selective acid dissolution keeps direct reduced iron impurities solid for simple filtration, lowering the cost of high-purity battery iron precursors.

Continuous monitoring triggers vacuum dehydration and particulate removal only when turbine oil contamination exceeds setpoints, limiting damage and energy use.

Reflux extraction with acetone, water crystallization, and activated carbon purification cuts cost and avoids high-temperature centrifugation risks.

Aeration-induced foaming concentrates PFAS into a reduced-volume foam stream before electron beam, plasma, or incineration treatment.

A gas-infusion apparatus increases dissolved gas through a single additive injection point while limiting pump cavitation corrosion.

Column flotation cell aerates bitumen froth without mechanical agitation, reducing energy consumption and maintenance costs.

A dissolved gas floatation pump generates controlled microbubbles to attach oil droplets and solids for efficient separation.

Adjustable wave dampers and ballast tanks stabilize the skimmer in rough seas, enabling reliable oil recovery despite adverse weather conditions.

A micro-bubble induced gas flotation cell combines macro and micro bubbles to lift fine oil droplets from water.

Air injection via a snorkel suspends debris in the enclosure, preventing pump clogging and marine growth.

A blood separator float and ballast valve opens under centrifugal force, eliminating complex bead edges that cause hemolysis.

A modular water flotation installation uses perpendicular flow to enhance air bubble distribution and treatment efficiency.

A two-tank neutralization system uses gravity to transfer mixtures between vessels, eliminating the need for external pumps.

A floating surface drain maintains a constant head on the controlling orifice, reducing clogging risks and storage volume requirements in stormwater basins.