LANDSON / MUNICIPAL WATER TREATMENT
ALGAE-RICH SURFACE WATER FILTRATION
ALGAE-RICH SURFACE WATER FILTRATION
ALGAE-RICH SURFACE WATER FILTRATION
Algal blooms can quickly overload surface-water clarification. Landson R-SiC retains algal cells and suspended solids before downstream drinking-water treatment.
Algal blooms can quickly overload surface-water clarification. Landson R-SiC retains algal cells and suspended solids before downstream drinking-water treatment.
Algal blooms can quickly overload surface-water clarification. Landson R-SiC retains algal cells and suspended solids before downstream drinking-water treatment.
Bloom conditions change fast
Bloom conditions change fast
Bloom conditions change fast
Algae, organics and turbidity may rise suddenly. Filters foul sooner and lose the capacity needed to maintain finished-water production.
Algae, organics and turbidity may rise suddenly. Filters foul sooner and lose the capacity needed to maintain finished-water production.
Algae, organics and turbidity may rise suddenly. Filters foul sooner and lose the capacity needed to maintain finished-water production.
Cleanable filtration through blooms
Cleanable filtration through blooms
Cleanable filtration through blooms
SiC holds back cells and fine particles. Backwashing and compatible chemical cleaning restore flow; dissolved algal toxins are handled by other treatment stages.
SiC holds back cells and fine particles. Backwashing and compatible chemical cleaning restore flow; dissolved algal toxins are handled by other treatment stages.
SiC holds back cells and fine particles. Backwashing and compatible chemical cleaning restore flow; dissolved algal toxins are handled by other treatment stages.
More capacity per membrane area
More capacity per membrane area
More capacity per membrane area
A surface-water pilot reported around 30% higher SiC flux than the alumina comparison. This result was not measured specifically during algal blooms but illustrates the potential for compact clarification. Study →
A surface-water pilot reported around 30% higher SiC flux than the alumina comparison. This result was not measured specifically during algal blooms but illustrates the potential for compact clarification. Study →
A surface-water pilot reported around 30% higher SiC flux than the alumina comparison. This result was not measured specifically during algal blooms but illustrates the potential for compact clarification. Study →
Maintain supply during seasonal peaks
Maintain supply during seasonal peaks
Maintain supply during seasonal peaks
Landson R-SiC helps remove the bloom solids and regain filtration capacity without a large seasonal expansion of the waterworks.
Landson R-SiC helps remove the bloom solids and regain filtration capacity without a large seasonal expansion of the waterworks.
Landson R-SiC helps remove the bloom solids and regain filtration capacity without a large seasonal expansion of the waterworks.