Process Control/Regulation TRIZ Cases

Continuous infrared detection of tetrafluoromethane gas enables real-time fluorine supply adjustment during organic compound synthesis.

Viscoelastic fluids generate chaotic velocity fluctuations that reduce reactor length while increasing throughput.

A sulfite concentration sensor measures dissolved levels in a wet scrubber slurry to adjust gas flow rates for precise oxidation control.

Heat exchanger networks transfer thermal energy between gasification and acid gas removal streams to optimize plant-wide energy management.

A continuous desulfurization process uses regenerable metal oxide sorbents in fixed beds to remove reduced sulfur species from gas streams.

Segmented spray nozzles eliminate heavy and light non-vapor entrainment, preventing fouling in downstream equipment during alpha olefin production.

A process gas preparation device recycles spent gas through a catalyst reactor, preventing clogging via periodic burn-out cycles.

Orienting the hydrocarbon inlet into the plasma zone directs large carbon particles toward electrodes, compensating for erosion and preventing wall fouling.

A simplified radioactive sodium destruction installation uses a self-regulating reaction tank and inert gas overpressure to manage liquid effluent and gases safely.

Microwave heating reduces waste sulfuric acid with carbon, lowering energy consumption compared to high-temperature thermal cracking.

Mix liquid activators with aliphatic hydrocarbon solvents to form precise solutions for direct reactor introduction.

A graphene production device moves viscous material between reaction chambers using a negative pressure generating component.