Other Chemical Processes TRIZ Cases

A continuous process mixes metal-organic framework components with hydrophobic compounds to form stable materials.

Binderless zeolite X adsorbent overcomes mass transfer limitations at low temperatures, increasing para-xylene productivity by 15-20%.

A curable resin composition maintains low viscosity through specific monomer selection.

Heat treatment of a superabsorbent polymer with degradable crosslinkers resolves the absorption rate versus absorbency under load trade-off.

Defining a compressor turbine blade airfoil profile through precise X, Y, Z coordinates reduces flow separation and improves engine efficiency.

Precipitated silica agglomerates absorb gases to replace limited capacity alumina media.

A fluorinated polymer composition combines specific monomers to deliver durable water and oil repellency on treated surfaces.

Composite water absorbing resin incorporates flame retardant atoms to prevent aggregation with ink and ensure consistent absorption performance.

Mixing manganese salts with alkali hydroxides and lithium hydroxide under atmospheric pressure to form a lithium adsorbent precursor.

Polyethylene glycol linkers boost complexing capacity, recovering trace metals from acidic wastewater.

Methacrylonitrile and methacrylic acid copolymerize into a polymethacrylimide shell, preventing burst deflation during high temperature expansion.

A low-pressure chamber uses a getter and thermal conductor to adjust internal gas pressure through temperature-controlled adsorption.

Methacrylic polymer particles with tailored solubility parameters suppress gelation in plastisols stored at elevated temperatures.

Composite hydrogels balance hydrophobicity with ion specificity to resolve durability trade-offs while maintaining mechanical robustness.

Composite cellulose and alpha-1,3-glucan fibers achieve 90% water retention without complex chemical modifications or toxicity.