Products TRIZ Cases

MWF-type zeolite achieves high CO2 selectivity by reducing crystal lattice distortions through precise parameter changes.

Water purification loops recycle process streams to eliminate fresh water consumption and waste discharge during synthetic fuel production.

PEI-nanocarbon composites lower regeneration energy costs by absorbing CO2 at 75°C while maintaining selectivity across varying industrial flue gas conditions.

Segmented screw conveyors maintain homogeneous pressure and temperature conditions within the gasifier, improving biomass conversion efficiency.

Controlled oxygen levels prevent hazardous fluorine and uranium release during thermal decomposition.

A water-selective membrane separates water from urea solution, replacing vacuum evaporation equipment and reducing energy consumption.

Water reacts with dissolved metals in diphenyl carbonate to form removable hydroxides, eliminating catalyst residues that cause discoloration.

Back pressure regulator pressurizes adsorbent beds during startup, preventing impure gas contamination and reducing cycle time.

Fine zeolite catalytic beds reduce sulfur oxides and mercury without liquid waste generation.