Water Treatment Drainage Water Recycling System
DISMART UV and NSMART deployed for safe recirculation in high-value crop production. 40% fertiliser cost recovery.
View case studyWater Treatment for Precision Agriculture
Water is not just an input—it defines how irrigation and nutrition systems behave. Farmnet designs water treatment strategies based on source characteristics, crop sensitivity, and system behavior, integrating treatment into the full control architecture.
50+ Commercial Operations Supported
14+ Years of Engineering
18+ Countries Deployed
facing the challenges of water treatment
What Keeps the Full System Operating as Intended
Farmnet water treatment systems are engineered so water enters the operation already prepared—stable, predictable, and aligned with what irrigation and fertigation require to perform consistently.
Talk to an EngineerWater Drives All Downstream Systems
In precision agriculture, water behavior impacts every operational layer. Source variability in salinity, alkalinity, or contamination doesn't stay isolated—it travels through irrigation lines, alters EC and pH targets, and influences crop response across every growing zone.
Source Variability Disrupts Precision Targets
Inconsistent water chemistry acts as a systemic disruptor. Fluctuations in salinity or contamination travel through irrigation networks and force deviations from the precise EC and pH targets required for effective fertigation.
Treatment Creates System-Wide Stability
Farmnet water treatment systems are engineered so water enters the operation already prepared—stable, predictable, and aligned with what irrigation and fertigation require to perform consistently across all zones.
Preparation Protects Operational Integrity
Conditioning water at the source keeps the full system operating as intended. This proactive approach ensures everything from filtration to crop delivery functions precisely, without interference from water-borne inconsistencies.
Our approach includes
Designed From Analysis to Complete Integration
Farmnet does not start with equipment. We start with water behavior and system requirements. Treatment scope is defined by source characteristics, crop sensitivity, and what the downstream system demands.
Source Analysis
Water behavior and target specification defined before any equipment is selected.
Risk-Based Scope
Treatment scope matched to clogging, salinity, pathogen, and alkalinity risk specific to the operation.
Engineering for Reality
Every component sized and specified to the actual load, flow rate, and operational cycle.
Full Integration
Connected to storage, blending, fertigation, and control logic as one operational unit.
how it works
Explore the Systems Behind Water Treatment
Each Farmnet water treatment project is built from integrated systems. Explore the core components that make the operation work as one.
Conditioning
Stabilize pH behavior, control alkalinity, and manage source blending.
Explore SolutionsWhat Water Treatment Delivers
- Predictable water behavior entering every downstream system
- Stable EC and pH performance throughout the irrigation network
- Reduced chemical correction cycles in fertigation
- Safe water reuse through verified disinfection
- Treatment matched to actual source risk—not generic specifications
Designed for
- Greenhouse and indoor operations with high water quality requirements
- Regions with saline, alkaline, or contaminated water sources
- Recirculating systems requiring pathogen control
- New installations where treatment is part of the initial design
our projects
Integrated Intelligence Across the Entire Operation
From water treatment to greenhouses, indoor farms, and open-field operations, each project is engineered so every layer of the system works in concert—ensuring stable growing conditions, precise resource delivery, and long-term crop success.
Water Treatment 
Open Field Commercial Fertigation Network
200-hectare drip fertigation with multi-zone EC/pH management. Stable nutrient delivery across variable field conditions.
View case study
Open Field Arid Climate Irrigation Efficiency
Water-efficient drip irrigation in semi-arid conditions. iSMART with flow metering and soil moisture feedback.
View case studyFrequently Asked Questions
Can you work with our existing water source?
Farmnet starts with source analysis. Treatment scope is defined by what your water actually requires.
Will it integrate with our irrigation and fertigation?
Treatment is engineered as part of the full stack—not added after the fact.
What about ongoing reliability and service?
Systems are designed for capacity, duty cycle, and serviceability from the start.
Can it scale as our operation grows?
Treatment architecture is sized for current demand and future expansion.
Define the control architecture for your next project
Need a Water Treatment Strategy for Your Project?
Tell us your water source, capacity, irrigation method, and crop sensitivity. We'll define a treatment and integration approach that supports stable irrigation and fertigation performance.
Talk to an Engineer