LANDSON / WATER TREATMENT APPLICATIONS
CERAMIC FILTRATION FOR INDUSTRIAL WASTEWATER
CERAMIC FILTRATION FOR INDUSTRIAL WASTEWATER
CERAMIC FILTRATION FOR INDUSTRIAL WASTEWATER
Industrial water treatment creates value when useful process water is recovered instead of replaced and discharged. Landson R-SiC removes fine production residues before suitable reuse or further treatment, supporting lower freshwater consumption and reduced wastewater-handling costs while keeping manufacturing supplied.
Industrial water treatment creates value when useful process water is recovered instead of replaced and discharged. Landson R-SiC removes fine production residues before suitable reuse or further treatment, supporting lower freshwater consumption and reduced wastewater-handling costs while keeping manufacturing supplied.
Industrial water treatment creates value when useful process water is recovered instead of replaced and discharged. Landson R-SiC removes fine production residues before suitable reuse or further treatment, supporting lower freshwater consumption and reduced wastewater-handling costs while keeping manufacturing supplied.
Production changes create a changing filtration load
Production changes create a changing filtration load
Production changes create a changing filtration load
Metal finishing, machining, chemical production and other industries generate different solids and cleaning demands. Fine particles can escape settling, block cartridges and foul downstream RO. Reliable clarification helps keep the water-treatment line aligned with the factory output.
Metal finishing, machining, chemical production and other industries generate different solids and cleaning demands. Fine particles can escape settling, block cartridges and foul downstream RO. Reliable clarification helps keep the water-treatment line aligned with the factory output.
Metal finishing, machining, chemical production and other industries generate different solids and cleaning demands. Fine particles can escape settling, block cartridges and foul downstream RO. Reliable clarification helps keep the water-treatment line aligned with the factory output.
SiC separates particles and recovers filtration capacity
SiC separates particles and recovers filtration capacity
SiC separates particles and recovers filtration capacity
The membrane retains suspended material while clarified water passes through. A hard ceramic structure suits abrasive solids, and chemical resistance provides flexibility to remove deposits. Tubular and submerged configurations bring this cleanable barrier to different process arrangements.
The membrane retains suspended material while clarified water passes through. A hard ceramic structure suits abrasive solids, and chemical resistance provides flexibility to remove deposits. Tubular and submerged configurations bring this cleanable barrier to different process arrangements.
The membrane retains suspended material while clarified water passes through. A hard ceramic structure suits abrasive solids, and chemical resistance provides flexibility to remove deposits. Tubular and submerged configurations bring this cleanable barrier to different process arrangements.
High treatment capacity with fewer membrane elements
High treatment capacity with fewer membrane elements
High treatment capacity with fewer membrane elements
Landson’s industrial ZLD comparison used around 45% less active membrane area and about 97% fewer elements than the previous tubular-ceramic installation. Large-format elements can help integrate solids removal within existing utilities. Returning suitable water to production then reduces purchased-water demand and the liquid volume sent to discharge or off-site treatment. Case study →
Landson’s industrial ZLD comparison used around 45% less active membrane area and about 97% fewer elements than the previous tubular-ceramic installation. Large-format elements can help integrate solids removal within existing utilities. Returning suitable water to production then reduces purchased-water demand and the liquid volume sent to discharge or off-site treatment. Case study →
Landson’s industrial ZLD comparison used around 45% less active membrane area and about 97% fewer elements than the previous tubular-ceramic installation. Large-format elements can help integrate solids removal within existing utilities. Returning suitable water to production then reduces purchased-water demand and the liquid volume sent to discharge or off-site treatment. Case study →
Keep manufacturing supplied with useful recovered water
Keep manufacturing supplied with useful recovered water
Keep manufacturing supplied with useful recovered water
The return depends on the duty: process-water reuse offsets fresh purchases, oily-water polishing protects downstream assets, and solids separation reduces the burden on recovery equipment. Landson R-SiC contributes high usable throughput and a surface that can be regenerated as feeds change, helping water treatment support production continuity.
The return depends on the duty: process-water reuse offsets fresh purchases, oily-water polishing protects downstream assets, and solids separation reduces the burden on recovery equipment. Landson R-SiC contributes high usable throughput and a surface that can be regenerated as feeds change, helping water treatment support production continuity.
The return depends on the duty: process-water reuse offsets fresh purchases, oily-water polishing protects downstream assets, and solids separation reduces the burden on recovery equipment. Landson R-SiC contributes high usable throughput and a surface that can be regenerated as feeds change, helping water treatment support production continuity.