LANDSON / WATER TREATMENT APPLICATIONS
SiC MEMBRANES FOR DRINKING WATER TREATMENT
SiC MEMBRANES FOR DRINKING WATER TREATMENT
SiC MEMBRANES FOR DRINKING WATER TREATMENT
Groundwater and surface water need different clarification strategies. Landson R-SiC removes suspended particles before downstream drinking-water treatment in compact, cleanable membrane systems.
Groundwater and surface water need different clarification strategies. Landson R-SiC removes suspended particles before downstream drinking-water treatment in compact, cleanable membrane systems.
Groundwater and surface water need different clarification strategies. Landson R-SiC removes suspended particles before downstream drinking-water treatment in compact, cleanable membrane systems.
Different intakes, different filtration loads
Different intakes, different filtration loads
Different intakes, different filtration loads
Groundwater forms iron and manganese precipitates after oxidation; surface water brings algae, silt and changing turbidity. Both can shorten filter runs and restrict supply.
Groundwater forms iron and manganese precipitates after oxidation; surface water brings algae, silt and changing turbidity. Both can shorten filter runs and restrict supply.
Groundwater forms iron and manganese precipitates after oxidation; surface water brings algae, silt and changing turbidity. Both can shorten filter runs and restrict supply.
Surface water: lower chemical demand
Surface water: lower chemical demand
Surface water: lower chemical demand
In an AMTA pilot comparison, the tested SiC design projected about 70% lower annual coagulant costs and around 17% fewer cassettes than alumina. These were design estimates for the evaluated systems. Study →
In an AMTA pilot comparison, the tested SiC design projected about 70% lower annual coagulant costs and around 17% fewer cassettes than alumina. These were design estimates for the evaluated systems. Study →
In an AMTA pilot comparison, the tested SiC design projected about 70% lower annual coagulant costs and around 17% fewer cassettes than alumina. These were design estimates for the evaluated systems. Study →
Groundwater: output and recovery
Groundwater: output and recovery
Groundwater: output and recovery
An external SiC retrofit reported about 50% more output, 99% recovery and roughly 65% less filter area than a proposed sand-filter expansion. Study →
An external SiC retrofit reported about 50% more output, 99% recovery and roughly 65% less filter area than a proposed sand-filter expansion. Study →
An external SiC retrofit reported about 50% more output, 99% recovery and roughly 65% less filter area than a proposed sand-filter expansion. Study →
Choose the barrier for the source
Choose the barrier for the source
Choose the barrier for the source
Landson R-SiC offers a repeatably cleanable solids barrier. The gain is dependable drinking-water capacity, with recovery and installed area tailored to the intake.
Landson R-SiC offers a repeatably cleanable solids barrier. The gain is dependable drinking-water capacity, with recovery and installed area tailored to the intake.
Landson R-SiC offers a repeatably cleanable solids barrier. The gain is dependable drinking-water capacity, with recovery and installed area tailored to the intake.