LANDSON / AGRICULTURE
PRE-RO AGRICULTURAL WATER TREATMENT
PRE-RO AGRICULTURAL WATER TREATMENT
PRE-RO AGRICULTURAL WATER TREATMENT
Membranes in FRP housings replace sedimentation and sand filtration for agricultural surface water pretreatment.
Membranes in FRP housings replace sedimentation and sand filtration for agricultural surface water pretreatment.
Membranes in FRP housings replace sedimentation and sand filtration for agricultural surface water pretreatment.
Treatment challenge
Treatment challenge
Treatment challenge
A large agricultural farm needed more compact pretreatment of seasonal surface water and high-salinity surface water before RO for irrigation.
A large agricultural farm needed more compact pretreatment of seasonal surface water and high-salinity surface water before RO for irrigation.
Landson SiC membrane solution
Landson SiC membrane solution
Landson SiC membrane solution
Landson SiC membrane elements in specially designed FRP housings replace large sedimentation basins and conventional sand filters.
Landson SiC membrane elements in specially designed FRP housings replace large sedimentation basins and conventional sand filters.
Reported performance and operating conditions
Reported performance and operating conditions
Reported performance and operating conditions
Reported operating flux >8,000 LMH; TMP 0.5 bar; permeate turbidity ≤1 NTU; membrane pore size 3 µm.
Reported operating flux >8,000 LMH; TMP 0.5 bar; permeate turbidity ≤1 NTU; membrane pore size 3 µm.
Technical configuration
Technical configuration
Technical configuration
Recrystallized SiC elements · Integrated large-scale membrane system in FRP housings · 3 µm membrane pore size.
Recrystallized SiC elements · Integrated large-scale membrane system in FRP housings · 3 µm membrane pore size.
Project status and significance
Project status and significance
Project status and significance
Commissioned November 2025. The project demonstrates a compact pre-RO arrangement with reduced land requirements and simpler routine operation compared with the previous pretreatment configuration.
Commissioned November 2025. The project demonstrates a compact pre-RO arrangement with reduced land requirements and simpler routine operation compared with the previous pretreatment configuration.
Interpreting the results
Interpreting the results
Interpreting the results
Figures reflect the project information in the Landson case-study materials and are application-specific.
Figures reflect the project information in the Landson case-study materials and are application-specific.
>8,000 LMH Reported operating flux · ≤1 NTU Permeate turbidity
>8,000 LMH Reported operating flux · ≤1 NTU Permeate turbidity