Our delivery definition: not a structure, performance
We don't see greenhouse investment as just steel, glass, plastic, and equipment installation. At Fertima, delivery means commissioning a measurable and manageable operating standard that produces performance in the field.
We deliver the project as a "working system" - from engineering design to commissioning, from recipe sets to alarm thresholds. The investment becomes traceable and optimizable from day one.
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01
Engineering and design
One plan for climate, water, energy, and workflow.
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02
Automation and data
Sensors, control, and software in one architecture.
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03
Operational commissioning
SOPs, recipe sets, and team training reach the field.
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04
Performance tracking
In-season optimization with a measure-and-improve loop.
Delivery: not installation, a working system
At Fertima, delivery means a production standard that works, is measured, and is manageable in the field. We make the structure not just installed, but performance-producing.
- An operating standard delivered to the field with recipe sets and alarm thresholds.
- Scenario and automation design that reduces operator dependency.
- Optimization through a measure-and-improve approach in the first season.
End-to-end delivery scope
Four core steps that connect the entire project to one standard.
Engineering and design
Climate, water, energy, and workflow handled within one framework.
Automation and data layer
Integration of sensors, control equipment, and software.
Operational commissioning
SOPs, recipe sets, alarm scenarios, and training.
Performance tracking
In-season targets, reports, and optimization plans.
Production architecture built in one plan
We handle climate-water-energy-workflow alignment within one framework. An infrastructure is designed to match greenhouse type, location, and crop strategy.
- Climate architecture is planned by greenhouse type and location.
- Irrigation infrastructure, water source, and hydraulic design are handled together.
- Capacity is planned based on energy loads and operational rhythm.
- Workflow covers labor, logistics, maintenance access, and safety design.
Measurement, control, and logging in one language
Field sensors, control equipment, and the software layer speak in a single architecture. Measurement is not only monitored; it turns into automated action and is logged.
- Measurement: temperature, humidity, VPD, flow, pressure, EC/pH, root zone moisture.
- Control: windows, fans, circulation, irrigation zones, pumps, and valves.
- Logging: time-stamped data, alarm history, reports.
- Integration: compatible with Munters and Fertima controllers.
Not just pressing a button, standard operations
The critical part of delivery is not just that it "works," but that it runs sustainably with standard operations. SOPs, recipes, and training are deployed in the field.
- SOPs and daily/weekly checklists.
- Recipe sets and application rhythm by crop stage.
- Alarm thresholds, action scenarios, and safe modes.
- Operator training and field acceptance tests.
Manage the first season with a measure-and-improve loop
The first season is not uncertainty; it is a measure-and-improve loop. Targets, deviations, and improvement plans are clarified in the field.
- Season start targets: yield, quality, waste, water/energy consumption.
- Deviation analysis and parameter optimization.
- Visible performance through reporting and management dashboards.
- Improvement plan: recipe, alarm, and equipment scenarios.
Single system logic
Technology-Driven Greenhouse Delivery is a single operating logic that feeds itself.
Not documents, a working system
What we deliver in the field: a working infrastructure and its standard.
Let's move your project to a performance standard
Let's design discovery, planning, and commissioning together to unite design, automation, and operations under a single delivery standard.