Coke Quenching TRIZ Cases

A closed gastight coke drum system uses a cooling water line to lower quench water temperature before slurry entry.

A coal pyrolyzing furnace uses recycled gas heaters to heat the carbonizing room.

Distributing water quench medium within fluidized bed reheaters controls temperatures and prevents disruptions during biomass char combustion.

A char collector uses a water-filled gas trap to cool hot pyrolysis char via gravity flow.

A controlled sweep air system prevents ambient air entry into a rotary cooler drum, extending equipment lifespan and reducing maintenance costs.

Hybrid quenching recovers thermal energy from hot coke while reducing toxic emissions through segmented cooling stages.

An adsorption column removes polyaromatics from aromatic complex bottoms, resolving the trade-off between gasoline volume and quality.

Universal quick couplings enable a single door tool module to serve multiple machine types, reducing spare parts inventory and maintenance downtime.

Heated dryers strip volatile organics from solid inert residues, enabling safe compaction that meets environmental standards.

Cooling water mixes with hot quench water in the draining line to prevent steam generation within the slurry basin.

A portable device burns biomass in controlled compartments and extrudes charcoal into pellets via an auger.

Chevron baffles and perimeter sheds trap escaping coke dust and steam, reclaiming lost material while optimizing draft distribution in coking operations.

Phased quenching with pressure pulses forces water into coke beds, eliminating hot spots and purging hydrocarbon vapors before venting.