LANDSON / FILTRATION APPLICATIONS
SILICON CARBIDE MEMBRANES FOR CHEMICAL PROCESS STREAMS
SILICON CARBIDE MEMBRANES FOR CHEMICAL PROCESS STREAMS
SILICON CARBIDE MEMBRANES FOR CHEMICAL PROCESS STREAMS
Chemical processes lose value when useful liquor, solvent or catalyst leaves with suspended residue. Landson R-SiC separates those particles in compatible systems, helping recover valuable materials and maintain the downstream production capacity that depends on cleaner process streams.
Chemical processes lose value when useful liquor, solvent or catalyst leaves with suspended residue. Landson R-SiC separates those particles in compatible systems, helping recover valuable materials and maintain the downstream production capacity that depends on cleaner process streams.
Chemical processes lose value when useful liquor, solvent or catalyst leaves with suspended residue. Landson R-SiC separates those particles in compatible systems, helping recover valuable materials and maintain the downstream production capacity that depends on cleaner process streams.
Acid and caustic process streams
Acid and caustic process streams
Acid and caustic process streams
Keep otherwise usable process chemicals in service by filtering the suspended residues that limit reuse.
Keep otherwise usable process chemicals in service by filtering the suspended residues that limit reuse.
Catalyst recovery
Catalyst recovery
Catalyst recovery
Recover valuable catalyst and reaction liquor through a cleanable, abrasion-resistant SiC particle barrier.
Recover valuable catalyst and reaction liquor through a cleanable, abrasion-resistant SiC particle barrier.
Organic solvent filtration
Organic solvent filtration
Organic solvent filtration
Return usable solvent to production with fewer suspended impurities, reducing fresh purchases and disposal.
Return usable solvent to production with fewer suspended impurities, reducing fresh purchases and disposal.
Chlor-alkali brine purification
Chlor-alkali brine purification
Chlor-alkali brine purification
Maintain reliable brine preparation by keeping fine softening precipitates out of downstream purification.
Maintain reliable brine preparation by keeping fine softening precipitates out of downstream purification.
Higher flux, a smaller installation and less replacement work
Higher flux, a smaller installation and less replacement work
Higher flux, a smaller installation and less replacement work
Landson’s concentrated-acetic-acid comparison reports around 90% higher flux and approximately 90% less system floor area than the metallic reference. No SiC element replacements were reported during the first five years, against annual element replacement in the metallic arrangement. High flux, dense packing and chemical durability therefore support a compact recovery stage while retaining useful process material and reducing replacement interventions. Case study →
Landson’s concentrated-acetic-acid comparison reports around 90% higher flux and approximately 90% less system floor area than the metallic reference. No SiC element replacements were reported during the first five years, against annual element replacement in the metallic arrangement. High flux, dense packing and chemical durability therefore support a compact recovery stage while retaining useful process material and reducing replacement interventions. Case study →
Landson’s concentrated-acetic-acid comparison reports around 90% higher flux and approximately 90% less system floor area than the metallic reference. No SiC element replacements were reported during the first five years, against annual element replacement in the metallic arrangement. High flux, dense packing and chemical durability therefore support a compact recovery stage while retaining useful process material and reducing replacement interventions. Case study →