Gas Current Separation TRIZ Cases

Segmented separation chambers reduce suction load while recovering granular material from lightweight contaminants.

Air classifiers separate fly ash into fine and coarse streams, reducing carbon content and boosting reactivity index to meet ASTM C-618 specifications.

A pneumatic air curtain separates tangled strawberry plants from debris, resolving the contradiction between high-speed automation and root damage prevention.

A fluidized bed system dries coal using industrial waste heat sources to lower operational energy costs.

An opposed migration aerosol classifier replaces sample fluid via permeable walls and cross-flow, resolving slow diffusion-based property changes.

A cyclone separator integrates a rotating rod basket to pre-accelerate carrier gas flow and enable larger immersion pipe diameters.

Hooks on a stiffening ring secure interchangeable blades, reducing maintenance costs while maintaining high separation performance.

A fluidized-bed classification apparatus separates foreign matter using controlled air flow and settling dynamics without mechanical sieve mesh.

Straightening vanes partition swirling coal flow to balance distribution across outlet pipes, reducing fouling and emissions.

A V-notched blade cuts cylindrical batteries to detach internal components without washing.

A dry separation apparatus uses air blow fans and vibrating decks to sort coal particles by specific gravity without water.

Adjustable flow restrictors in a static classifier alter gas flow parameters to handle varying gypsum moisture levels without changing equipment.

Stainless steel metering devices prevent wear and carryover losses in compact dedusting systems by enabling remote discharge without airflow velocity loss.

A transversely oriented cyclone separator diverts particle-laden airflow using centrifugal force and inertia differences within a gas turbine engine intake.

A rotating drum device uses accelerating elements to pulverize ore through micro-impact forces.

Pneumatic transport maintains granule homogeneity while resolving segregation issues in dry granulation.

Wind powder sorting extracts plate-shaped materials from electronic scrap to prevent carbon-induced over-reduction during smelting.

A tangential flow-generating device positioned around the extractor perimeter creates suction to draw debris into the housing.

A granulate separator with a dedicated dust collection container and large filter prevents frequent manual cleaning by isolating dust from the main flow.