A central bulge and buffering tank reduce flash tank impact deformation while reusing released steam to preheat laterite ore slurry.
Multi-stage devolatilization, flash removal, and distillation recover C6 solvent and unreacted monomers while cutting POE process energy use.
Integrated acid and alkaline extraction recovers nickel, cobalt, and manganese from laterite ore for ternary precursors with greener waste handling.
The continuous process dissolves reclaimed polypropylene, filters contaminants, and recycles solvent for scalable, high-quality output.
A central bulge, buffering tank, and elastic connecting structure cushion descending slurry in flash-tank heat exchange.
Segmenting the stream into droplets forms a falling film that increases surface area, removing at least 75% of C6 hydrocarbons from the polymer.
Replacing a static flash vessel with a kneader mixer prevents polymer solidification and reduces residual volatile substances.