Dispersed Particle Separation TRIZ Cases

Parallel sheet packing uses sandwiching support structures to suppress deformation and pressure loss.

Thin-film evaporation reduces tertiary butyl phenol content below 1000 ppm while maintaining low operational costs.

Dynamic acid washing controls ammonia emission peaks during transient phases, ensuring regulatory compliance without oversized water washing.

Propionic acid separates methyl iodide from process offgases, reducing steam consumption during distillation.

A catalyzed filter uses bio-soluble fibers with vanadium and titanium oxides to maintain selective catalytic reduction activity.

A self-heating porous catalyst module removes harmful gases and ozone using Joule heating and catalytic decomposition.

Methanogenic microorganisms convert hydrogen and carbon dioxide into methane, stabilizing geological conditions while reducing storage losses.

Two-stage cyclonic vacuum loader recovers fine dust via an intensifying chamber, preventing filter clogging from plastic powder separation.

Hydrogen permeation membranes concentrate trace impurities from fuel gas streams, enabling on-site detection with simpler equipment.

Magnetic composite microparticles adsorb heat stable salts from amine solvents and separate via electromagnetic fields.

A dust collector uses a guide block and shield to accelerate airflow and separate particles, resolving heat dissipation trade-offs.

Grooved alloy cores ionize bunker oil to reduce viscosity and sulfur content, eliminating heating energy needs.

Bacteria in a sludge reaction medium decompose pollutants from biogenic waste gases into solid sludge.