A seed-maize field with fertigated drip irrigation, block-level hydraulic control and soil-moisture monitoring, observed with operating data through one production season.
Implemented and commissioned
AGIMEX role: Design, product supply, field implementation, automation and commissioning of the drip irrigation and fertigation system; then collection, validation and reporting of field data to the operating team through one production season.
In seed maize, irrigation is more than getting water onto the field. Each irrigation block has its own requirement, fertigation has to be applied under control, moisture movement in the root zone has to be followed, and equipment has to be confirmed to run as planned. On this project AGIMEX brought the fertigation unit, block-level hydraulic valve manifolds, the field controller and the soil-moisture stations into one operating logic. The work did not stop at commissioning: through the season, irrigation records, meter and flow data, soil moisture, weather and satellite vegetation indicators were read together, and findings were passed to the responsible team.
These indicators describe the scope of monitoring carried out through one production season; they are not a performance result.
Information moves through five layers: field intelligence carries what is physically happening, engineering intelligence what the installed system was designed to do, operational intelligence how the infrastructure is running, decision intelligence which decision needs evaluating, and performance intelligence the gap between expected and actual. The relationship between the engineering and operational layers is verification: it compares intended behaviour with observed behaviour and carries the difference into the decision layer. What performance shows feeds back into operation and design.
Performance intelligence → Operational intelligence / Engineering intelligence
The diagram shows the general structure of the layers; what was done at each layer in this study is set out below.
The indicators come from an anonymised season report produced with AGIMEX’s own reporting tools. The report and source data are retained within the company; the client is not identified.
Monitoring followed the same five layers described across this site. What was done at each layer in this study:
Soil-moisture profile, water meter and flow, valve states, rainfall and weather conditions were followed from the field station; vegetation development was followed from satellite imagery.
Applied water, effective rainfall, crop water use, root-zone storage change and drainage below the root zone were calculated in one water balance. Calculated root-zone water was compared with sensor readings over 85 days, which showed how reliable the estimates are when no measurement exists and where the model may drift.
Irrigation cycles, valve run times, programme overlaps, controller connectivity and field-unit power were recorded through the season. Water demand and stress risk were read against crop growth stages; critical phenological periods were treated separately.
Every number was questioned before it became a finding: are there frozen sensor values? Are there physically impossible jumps? Are values observed outside the measurement range? Was a moisture rise without an irrigation record, or unmeasured water while a valve was running, detected? Field measurements were cross-checked against weather data, forecast models, reference evapotranspiration calculations and satellite vegetation indicators. Items needing attention were passed to the responsible team.
Engineering intent was compared with observed behaviour. Without comparable baseline data, reliable cost records and verified production results, no water, fertiliser, energy or yield saving is published.
The method in general: Data-Driven Agriculture · From data to decisions: every indicator needs a counterpart
The checks in season monitoring respond when something unusual occurs and pass the condition to the responsible team.
Condition:A single application delivers more water than the root zone can hold.
What the check does:Drainage risk is flagged, and shorter, more frequent applications are put up for review.
Condition:Water moves below the root zone during fertigation.
What the check does:The risk of nutrients leaving the active root zone is flagged separately.
Condition:Measured flow departs from the recorded system value.
What the check does:Capacity, area and application-rate definitions go onto the check list.
Condition:A valve stays open or closed outside its programme, or two programmes overlap.
What the check does:Flagged as a warning.
Condition:A sensor freezes at one value, makes a physically impossible jump or reads outside its measurement range.
What the check does:The data is set aside from analysis and the sensor goes onto the check list; decisions do not rest on wrong data.
Condition:Moisture movement does not reach the effective root depth and the row layout.
What the check does:Lateral spacing, irrigation duration and emitter selection come up for review.
Condition:Soil moisture rises with no irrigation record, or no water is measured while a valve is running.
What the check does:The event is flagged as a record inconsistency and investigated.
Condition:Controller connectivity drops, field-unit power falls or the same warning repeats.
What the check does:Passed to the team for early intervention.
An operating drip irrigation and fertigation system with field control and soil-moisture monitoring, and a season evaluation report that reads the system’s operating data through one production season.
Client identity, site location and identifying layout details are withheld for confidentiality.
If you are planning a new irrigation and fertigation investment, or want to make the behaviour of water, fertiliser and field equipment visible in your existing system, talk to the AGIMEX project team.
Let’s review your project togetherIrrigation design and engineering for commercial farms, orchards and greenhouses, and turnkey irrigation and field irrigation projects: AGIMEX carries crop-led hydraulic design and system specification and, within the agreed scope, procurement and supply, fertigation, automation, installation, testing and commissioning. AGIMEX does not manufacture irrigation equipment.
For farms, greenhouses and agricultural investments with installed or planned infrastructure: AGIMEX defines the measurement architecture and monitoring requirements, reads operating data against the engineering design, and sets up decision support and performance evaluation. This is engineering and agronomic decision support, not a software product.
For investors and agricultural operations, AGIMEX undertakes turnkey and integrated agricultural projects — turnkey greenhouse, orchard, irrigation and field irrigation projects — combining project development and engineering, procurement and supply, systems integration, installation, automation, testing and commissioning within one agreed scope. “Turnkey” describes that integrated delivery scope, not a fixed EPC or lump-sum contract model; responsibilities are defined in each contract.
A sound irrigation project depends on separating what has been measured from what has been assumed, from the very first conversation.
A water analysis is not a formality. Salinity, sodium balance, clogging risk and change over time affect every decision from equipment selection to daily operating routine.
In subsurface drip, depth, spacing and dripper flow are solved in one calculation, and the acceptance criteria are written before the line is buried.
A pump is not a product but an operating point formed with the system; selection follows the system curve, zone sequencing and suction conditions.
Filtration is decided by the clogging risk factors in the water, not by a general assessment; backflush and headworks layout belong to the same calculation.
Design completed
Irrigation & Water Management
Orchard · measurement-backed irrigation automation · Türkiye · 2026
AGIMEX role: Engineering & design
Block-level valve control, flow and water meter measurement, soil moisture monitoring in reference blocks, fertigation control, alert scenarios and irrigation reporting.
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Irrigation Engineering & Water Management
Multi-zone, automated and expandable irrigation infrastructure · Türkiye · 2026
AGIMEX role: System architecture · Hydraulic design · Automation design
Irrigation and automation design with multiple water sources, zone control and room to expand, for orchard, vegetable, pasture and landscape areas.
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