Titanium Tetrachloride TRIZ Cases
- Chloride Process Residue Separation for TiO2 and Coke Recycling
pH adjustment and deagglomeration separate TiO2, coke, and iron-bearing residue fractions for reuse while cutting waste and energy costs.
- TiCl4 Purification via Tin Reaction for Arsenic Removal
Tin converts gaseous AsCl3 into solid arsenic, enabling efficient separation from TiCl4 without yield loss.
- Chlorine Recycling in Titanium Tetrachloride Production
A chlorine recycling method converts ferrous chloride to iron sulfate using sulfuric acid for titanium tetrachloride production.
- Thin Film Evaporation for Transition Metal Tetrahalide Recovery
Reduced pressure evaporation prevents tarry lump formation and lowers residue viscosity while recovering ninety to one hundred percent of hydrocarbons.
- Tin Reactant Purifies TiCl4 Arsenic Contamination
Tin metal reacts with AsCl3 in crude TiCl4 to form solid arsenic and SnCl4, bypassing energy-intensive distillation.