LANDSON / MUNICIPAL WATER TREATMENT
DRINKING WATER FROM GROUNDWATER
DRINKING WATER FROM GROUNDWATER
DRINKING WATER FROM GROUNDWATER
Groundwater treatment should deliver more finished water from each abstracted volume. Landson R-SiC removes iron- and manganese-rich precipitates after oxidation in a compact, cleanable stage.
Groundwater treatment should deliver more finished water from each abstracted volume. Landson R-SiC removes iron- and manganese-rich precipitates after oxidation in a compact, cleanable stage.
Groundwater treatment should deliver more finished water from each abstracted volume. Landson R-SiC removes iron- and manganese-rich precipitates after oxidation in a compact, cleanable stage.
Conventional filters lose treated water
Conventional filters lose treated water
Conventional filters lose treated water
Oxidized mineral particles foul filter beds and require backwashing, reducing net water production.
Oxidized mineral particles foul filter beds and require backwashing, reducing net water production.
Oxidized mineral particles foul filter beds and require backwashing, reducing net water production.
Retain mineral precipitates
Retain mineral precipitates
Retain mineral precipitates
After aeration or oxidation, SiC removes iron- and manganese-rich solids. Backwashing restores flow while high permeability limits active membrane area.
After aeration or oxidation, SiC removes iron- and manganese-rich solids. Backwashing restores flow while high permeability limits active membrane area.
After aeration or oxidation, SiC removes iron- and manganese-rich solids. Backwashing restores flow while high permeability limits active membrane area.
Published high-recovery installation
Published high-recovery installation
Published high-recovery installation
An external SiC retrofit reported 99% recovery, about 50% higher output in the existing filter space and roughly 65% less filter area than a proposed sand-filter expansion. Study →
An external SiC retrofit reported 99% recovery, about 50% higher output in the existing filter space and roughly 65% less filter area than a proposed sand-filter expansion. Study →
An external SiC retrofit reported 99% recovery, about 50% higher output in the existing filter space and roughly 65% less filter area than a proposed sand-filter expansion. Study →
More water delivered for each volume pumped
More water delivered for each volume pumped
More water delivered for each volume pumped
For that external recovery comparison, intake-pumping energy per finished cubic metre calculates to roughly 20% less under unchanged pumping assumptions. Landson R-SiC addresses the same source-water losses. Study →
For that external recovery comparison, intake-pumping energy per finished cubic metre calculates to roughly 20% less under unchanged pumping assumptions. Landson R-SiC addresses the same source-water losses. Study →
For that external recovery comparison, intake-pumping energy per finished cubic metre calculates to roughly 20% less under unchanged pumping assumptions. Landson R-SiC addresses the same source-water losses. Study →