Fresh water is becoming one of the most valuable resources of modern society. DNOVO Green designs IoT, SCADA and LoRa-backed irrigation networks — built on hydraulic modelling, sensor-based control, climate-responsive scheduling and reclaimed water systems — for agriculture, plantations, smart cities and climate-controlled farming.
DNOVO Green designs and engineers smart irrigation and water infrastructure — not off-the-shelf installation kits. Every system starts with a site-specific hydraulic model, not a catalogue part number.
We work across IoT, SCADA, LoRa and wired automation, so the control layer fits the site instead of forcing the site to fit the control layer. The result is infrastructure built to conserve freshwater while keeping the systems it serves — agricultural, urban, or industrial — resilient and productive.
Talk to an engineerEvery deployment combines sensing, control and power into a single coordinated network — engineered around your land, not a generic template.
Smart automation designed to optimize irrigation, climate control, and industrial operations across your site.
Complete irrigation infrastructure for agriculture, landscapes, and plantations — modelled before it's ever installed.
Sustainable, solar-backed power for irrigation and industrial applications, on-grid or fully independent.
The core of what we install — each one engineered and sized per site, not sold as a fixed kit.
Precision water and nutrient delivery straight to the root zone of every plant.
Learn moreLow-flow overhead coverage suited to orchards, nurseries and closely spaced plantings.
Learn moreUniform overhead watering at field scale, for open crops and larger plots.
Learn moreSolar-powered pumping and hybrid power for off-grid and grid-constrained sites.
Learn moreField controllers that schedule, log and automate irrigation cycles across zones.
Soil moisture, flow, pressure and climate sensors feeding live data into the network.
Centralized monitoring and control across LoRa, wired and hybrid networks.
Automated flow control at the field and zone level, driven by live sensor data.
Treatment and routing hardware that puts reclaimed water back into the network.
Our engineering process runs continuously in the field — not just at install. This is the loop every DNOVO Green network is built on.
Soil, flow and climate sensors — over SCADA, LoRa and wired links — stream live field data.
Hydraulic modelling maps pressure, flow and demand across the entire network before action is taken.
Automated valves, pumps and actuators respond to real field conditions in real time.
Climate-responsive scheduling and reclaimed-water routing continuously cut waste and cost.
The technical loop above runs continuously once deployed — this is how we get you there.
A site and water audit — soil, source, terrain, existing pipework and power — before anything is designed.
Site & water auditHydraulic modelling and system engineering tailored to your land, crop or facility — not a standard package.
Hydraulic modellingInstallation of sensors, controllers, valves, and power systems, integrated with what's already on site.
Sensors, control & powerOngoing SCADA monitoring, remote support and continuous optimization once the system is live.
Remote SCADA supportEvery system we deploy logs what it does — flow, energy source, water reclaimed. Built on ISO-aligned engineering practice, that same operational data is structured to support your sustainability disclosures and reporting, not just your water bill.
In most cases, yes. Our systems are designed to integrate with existing pipe networks and pump infrastructure — the hydraulic model adapts the control layer to what's already on site rather than requiring a rip-and-replace.
Yes. Solar pumping and hybrid power configurations are built for sites with no reliable grid connection, including remote agricultural and mining locations.
Through SCADA dashboards connected over LoRa, wired, or hybrid networks, giving remote visibility into flow, moisture, valve status and power generation as it happens.
Timeline depends on site size and complexity. Every engagement starts with a site assessment, which is what defines the specific engineering and deployment schedule for your project.
Yes. System data — water use, energy source, volume reclaimed — is structured to support your ESG disclosures and audits, built on ISO-aligned engineering documentation.
A look at the systems in place — placeholder tiles below, ready to swap in real project photography and specs.
Placeholder deployment tiles — swap in real site photography, specs and locations here.
Tell us about your land, your crop or your site — we'll help you design an irrigation network built for it.