LANDSON / CHEMICALS, ACIDS & SOLVENTS
ORGANIC SOLVENT CLARIFICATION AND REUSE
ORGANIC SOLVENT CLARIFICATION AND REUSE
ORGANIC SOLVENT CLARIFICATION AND REUSE
Suspended residues can force solvent disposal even when the liquid remains useful. Landson R-SiC clarifies chemically compatible streams for return to production.
Suspended residues can force solvent disposal even when the liquid remains useful. Landson R-SiC clarifies chemically compatible streams for return to production.
Suspended residues can force solvent disposal even when the liquid remains useful. Landson R-SiC clarifies chemically compatible streams for return to production.
Solids make solvent harder to reuse
Solids make solvent harder to reuse
Solids make solvent harder to reuse
Reaction fines and crystals contaminate products or block equipment, while some filter materials are incompatible with the solvent.
Reaction fines and crystals contaminate products or block equipment, while some filter materials are incompatible with the solvent.
Reaction fines and crystals contaminate products or block equipment, while some filter materials are incompatible with the solvent.
A ceramic barrier for compatible solvents
A ceramic barrier for compatible solvents
A ceramic barrier for compatible solvents
SiC retains suspended particles while suitable solvent permeates. Seals and housings are selected for the specific chemical.
SiC retains suspended particles while suitable solvent permeates. Seals and housings are selected for the specific chemical.
SiC retains suspended particles while suitable solvent permeates. Seals and housings are selected for the specific chemical.
Compact separation in an acid case
Compact separation in an acid case
Compact separation in an acid case
In concentrated acetic acid, a Landson comparison reported roughly 90% higher flux and 90% less system floor area than a metallic reference. Those results concern that particular process liquid. Case study →
In concentrated acetic acid, a Landson comparison reported roughly 90% higher flux and 90% less system floor area than a metallic reference. Those results concern that particular process liquid. Case study →
In concentrated acetic acid, a Landson comparison reported roughly 90% higher flux and 90% less system floor area than a metallic reference. Those results concern that particular process liquid. Case study →
Use more solvent, discard less
Use more solvent, discard less
Use more solvent, discard less
Landson R-SiC can return clarified solvent to service, reducing fresh purchases and waste from particulate-laden liquid.
Landson R-SiC can return clarified solvent to service, reducing fresh purchases and waste from particulate-laden liquid.
Landson R-SiC can return clarified solvent to service, reducing fresh purchases and waste from particulate-laden liquid.