Carbon Compounds TRIZ Cases
- Graphenic Carbon Co-dispersions for Conductive Coatings
Polymeric dispersants stabilize graphenic carbon co-dispersions to overcome aggregation limits and boost electrical conductivity in coatings.
- Nitrogenated Carbon Catalyst for Oxygen Reduction
Sol-gel polymerization creates porous nitrogenated carbon catalysts that boost oxygen reduction efficiency without noble metals.
- Carbon Nanotube Array Transfer via Van der Waals Forces
Transferring a carbon nanotube array via van der Waals forces eliminates adhesive binders, preserving alignment and enabling expensive growing substrate reuse.
- Carbon Nanotube Dispersion via Basket Milling
Basket milling with zirconia beads and surfactants disperses carbon nanotubes without damaging structural integrity.
- Biomass Conversion via Alkaline Hydrothermal Treatment
Alkali metal hydroxides react with biomass to produce hydrogen and carbon dioxide, reducing energy intensity and safety risks of conventional gasification.
- Integrated Gasification Activated Carbon Production
A three-stage gasification process converts pyrolysis coke into activated carbon using its own product gas.
- Regenerative Heat Exchanger for CO2 Capture
A regenerative heat exchanger uses a raised discharge port to create gas-liquid two-phase flow.
- Cable Type Liquid Leak Sensor with Braided Detection Lines
Parallel detection lines braided with Teflon thread enable capacitance and resistance sensing for nonconductive liquids like oil.
- Carbonaceous Material Activation via Chemical Mediators
Chemical activating agents mediate pore formation in carbonaceous material, reducing energy input and material loss during activation.
- Fluid Bed Calciner Linked to Combustor for Lime Mud Processing
Separating combustion and calcination stages recovers excess heat as steam, reducing fossil fuel consumption by 30-50%.