LANDSON / CHEMICALS, ACIDS & SOLVENTS
RECOVERY OF SUSPENDED INDUSTRIAL CATALYSTS
RECOVERY OF SUSPENDED INDUSTRIAL CATALYSTS
RECOVERY OF SUSPENDED INDUSTRIAL CATALYSTS
Fine catalyst particles lost with reaction liquids increase replacement costs. Landson R-SiC retains suitably sized catalyst solids while separating usable process liquor.
Fine catalyst particles lost with reaction liquids increase replacement costs. Landson R-SiC retains suitably sized catalyst solids while separating usable process liquor.
Fine catalyst particles lost with reaction liquids increase replacement costs. Landson R-SiC retains suitably sized catalyst solids while separating usable process liquor.
Fine catalyst escapes coarse separation
Fine catalyst escapes coarse separation
Fine catalyst escapes coarse separation
Small particles can settle poorly or pass through conventional media, carrying value into waste and trapping product-bearing liquid.
Small particles can settle poorly or pass through conventional media, carrying value into waste and trapping product-bearing liquid.
Small particles can settle poorly or pass through conventional media, carrying value into waste and trapping product-bearing liquid.
Hard filtration for abrasive slurries
Hard filtration for abrasive slurries
Hard filtration for abrasive slurries
Tubular SiC retains catalyst particles in a cleanable, abrasion-resistant barrier while filtrate continues to the next stage.
Tubular SiC retains catalyst particles in a cleanable, abrasion-resistant barrier while filtrate continues to the next stage.
Tubular SiC retains catalyst particles in a cleanable, abrasion-resistant barrier while filtrate continues to the next stage.
Recover value in compact equipment
Recover value in compact equipment
Recover value in compact equipment
High useful flux can concentrate catalyst in limited space. Where catalytic activity is retained, recovered solids can return to the reactor instead of being replaced.
High useful flux can concentrate catalyst in limited space. Where catalytic activity is retained, recovered solids can return to the reactor instead of being replaced.
High useful flux can concentrate catalyst in limited space. Where catalytic activity is retained, recovered solids can return to the reactor instead of being replaced.
Keep catalyst in production
Keep catalyst in production
Keep catalyst in production
Landson R-SiC helps retain valuable solids and useful reaction liquid that would otherwise leave the process as waste.
Landson R-SiC helps retain valuable solids and useful reaction liquid that would otherwise leave the process as waste.
Landson R-SiC helps retain valuable solids and useful reaction liquid that would otherwise leave the process as waste.