APPLICATIONS
EXPLORE FILTRATION POSSIBILITIES.
EXPLORE FILTRATION POSSIBILITIES.
EXPLORE
FILTRATION
POSSIBILITIES.
More clean water, useful product and treatment capacity from the space you have. Explore SiC applications and documented recovery, footprint and operating benefits.
More clean water, useful product and treatment capacity from the space you have. Explore SiC applications and documented recovery, footprint and operating benefits.
More clean water, useful product and treatment capacity from the space you have. Explore SiC applications and documented recovery, footprint and operating benefits.
Click on any application or its headline to learn more
Click on any application or its headline to learn more
Municipal water treatment
Municipal water treatment
Reliable supply. Better use of water and energy.
Maintain drinking-water supply, recover more of the intake and make better use of treatment capacity and abstraction energy.
Drinking water from surface water
High-flux clarification helps sustain drinking-water output through algae and turbidity changes, using the available plant space.
Drinking water from groundwater
Recover more drinking water from the same intake and reduce the abstraction-energy cost allocated to each delivered cubic metre.
Sand filter backwash recovery
Danish SiC trials reported up to 99% backwash recovery with around 80% less treatment footprint than settling.
Algae-rich surface water
Keep useful drinking-water capacity available through blooms with high-flux SiC filtration and repeatable cleaning.
Stormwater and CSO treatment
Treat buffered stormwater in a compact footprint, capturing fine suspended pollution before onward treatment or release.
Arsenic and nitrate treatment support
Retain contaminant-bearing precipitates or treatment biomass with a compact, high-throughput solids barrier.
Click on an application to learn more
Click on any application or its headline to learn more
Municipal water treatment
Municipal water treatment
Wastewater & resource recovery
Wastewater & resource recovery
Oil, gas & petrochemicals
Oil, gas & petrochemicals
Food, beverage & biotechnology
Food, beverage & biotechnology
Chemicals, acids & solvents
Chemicals, acids & solvents
Aquatic & marine systems
Aquatic & marine systems
Advanced membrane pretreatment
Advanced membrane pretreatment
Wastewater & resource recovery
Wastewater & resource recovery
More capacity. Lower water-handling costs.
Use existing treatment infrastructure effectively and recover suitable process water to reduce freshwater demand and wastewater-handling costs.
Membrane bioreactors (MBR)
Increase separation capacity in existing MBR tanks, making better use of infrastructure and limiting new construction.
Sludge thickening
Use high-flux SiC to concentrate sludge, reduce wet-volume handling and fit thickening into less membrane area.
Landfill leachate pretreatment
Protect useful RO operating hours with compact, cleanable SiC pretreatment for changing leachate loads.
Industrial effluent clarification
Reuse suitable process water to reduce freshwater purchases, wastewater volumes and handling costs.
PFAS and fluoride treatment support
Control fine adsorbents and precipitates with reusable filtration, supporting media efficiency and compact treatment.
Oil, gas & petrochemicals
Oil, gas & petrochemicals
High-flow polishing. Small installation footprint.
Water-wet SiC combines sustained flux and dense element packing to support reinjection, reuse and onboard oily-water handling.
Produced water
High net flux and dense membrane packing provide more oil-water polishing per square metre of treatment skid.
Fracturing flowback
Recover more useful field water from a compact mobile skid, reducing freshwater delivery and disposal movements.
Refinery wastewater
Add high-throughput oily-water polishing in limited utility space and protect downstream water-reuse capacity.
Offshore slop and bilge water
Fit dependable oily-water polishing into a small onboard footprint with high-flux, repeatedly cleanable SiC.
Food, beverage & biotechnology
Food, beverage & biotechnology
More saleable product per production footprint.
Recover useful beverages, ingredients and biomass with repeatable SiC separation, less consumable handling and productive batch throughput.
Beer clarification
Recover saleable beer with less filter-aid handling and more useful clarification capacity in the existing brewery.
Wine and juice
Process harvest peaks in limited floor space while recovering clarified beverage and reducing filter-aid handling.
Dairy processing
Recover useful dairy fractions with high-throughput, cleanable separation that fits the available production floor.
Plant-based beverages
Prepare valuable ingredient fractions before blending with compact, reusable SiC separation across recipes.
Sugar juice clarification
Keep evaporators productive with compact high-flux removal of fine mud and precipitates upstream.
Fermentation broth
Recover valuable product or biomass with more batch-separation capacity per installed footprint.
Chemicals, acids & solvents
Chemicals, acids & solvents
Recover process value in less installation space.
High-flux, chemically resistant SiC can retain useful liquor, solvent and catalyst while reducing the equipment needed for solids separation.
Acid and caustic process streams
Landson’s acid-service comparison reports around 90% higher flux and 90% less system floor area than metallic filtration.
Catalyst recovery
Retain valuable catalyst and reaction liquor with high-throughput, compact filtration suited to abrasive particles.
Organic solvent filtration
Return usable solvent to production through a compact, cleanable particle barrier, reducing purchases and waste.
Chlor-alkali brine purification
Deliver more clarified brine from the available purification footprint while protecting continuous production.
Aquatic & marine systems
Aquatic & marine systems
Protect health and avoid operating interruptions.
Support fish health, coordinated pool treatment and dependable closed-loop scrubber operation with compact, cleanable SiC filtration.
Commercial pools and waterparks
Support a healthier swimming environment and lower water, chemical and energy demand with SiC as part of coordinated pool treatment.
Closed-loop marine scrubber water
Control fine soot in a closed-loop side stream to protect equipment and reduce the risk of costly scrubber interruptions.
Recirculating aquaculture (RAS)
Support fish welfare and water reuse with compact, high-flux polishing of recirculating fines.
Flow-through fish farming
Protect fish with consistent intake water, supporting disinfection and reducing contamination risks and costly stock losses.
Advanced membrane pretreatment
Advanced membrane pretreatment
Stable RO performance. Lower delivered-water cost.
Provide consistent, low-particle feed for RO and NF to support reliable water production and lower overall operating cost per delivered volume.
RO and NF pretreatment
Provide stable, low-particle feed to support RO performance, reduce fouling-related cleaning and lower overall operating costs.
Desalination pretreatment
Maintain dependable freshwater production and support lower total cost per cubic metre through stable RO pretreatment.
High-recovery water reuse
Landson’s SiC–NF–RO industrial case reported around 95% overall recovery, helping reduce make-up water and discharge.
LET’S FIND THE RIGHT APPROACH
LET’S FIND THE RIGHT APPROACH
Your application. Our engineering.
Your application. Our engineering.
Odds are that if your application is not listed here R-SiC membranes can still make a positive difference for you. Get in touch with our engineering team if you have any questions.
Odds are that if your application is not listed here R-SiC membranes can still make a positive difference for you. Get in touch with our engineering team if you have any questions.
