Maintenance of an Agricultural Irrigation System

The profitability of any agricultural holding depends directly on its hydraulic infrastructure. Proper maintenance of an irrigation system guarantees uniform distribution. Ignoring these preventive tasks causes costly breakdowns and production losses. Taking care of each component ensures operational efficiency for many productive seasons.

Why maintenance is important

Preventive maintenance avoids critical stoppages during moments of maximum water demand. It ensures that every drop of water reaches its destination correctly. A well-kept installation extends its useful life and makes the initial investment profitable. Neglecting periodic review compromises the uniformity and quality of the entire harvest.

  • Uniformity Coefficient: If the system fails, some plants receive more water than others.
  • Cost savings: Preventing breakdowns is much cheaper than repairing urgent serious damage.
  • Energy efficiency: Clean and calibrated equipment consumes less energy to function correctly.
  • Crop quality: Regularity in irrigation translates into more homogeneous fruits.
  • Equipment durability: Protects expensive components such as pumps and advanced fertigation head units.

Critical review points

A comprehensive check of vital components guarantees operation. You must pay attention to areas most prone to usual wear and tear. Early detection of failures avoids costly unforeseen stoppages during the campaign. Establish a review schedule for these fundamental elements of the system.

Filtration system

Filters protect the entire system from impurities and solid particles. Periodically clean rings or meshes to ensure constant flow. Perform backwashes on sand filters to maintain their operational effectiveness. Monitor pressure gauges to detect abnormal pressure differences between inlets.

Distribution network and emitters

Inspect secondary pipes for visible leaks or breaks. Measure pressure at the ends to ensure hydraulic uniformity. Replace drippers that show clear signs of clogging or damage. Verify the correct functioning of air valves and vacuum breakers.

The fertigation head unit

This equipment is the brain that controls crop nutrition. Check the status of dosing pumps and injection systems. It is vital to calibrate pH and conductivity probes frequently. Check that there are no leaks in the main equipment connections.

Cleaning and disinfection protocols

A comprehensive hygiene plan is vital for the maintenance of an irrigation system.

It eliminates organic and mineral residues that reduce operating flow.

Avoids serious blockages by applying preventive treatments periodically and in a controlled manner.

  • Treatment against precipitates: Use specific acids to dissolve lime and fertilizers.
  • Organic matter control: Apply peroxides to eliminate algae and bacteria from the interior.
  • End-of-line cleaning: Open the ends to expel sediments accumulated in the network.

INTA Solutions

At INTA we design our fertigation equipment and climate control thinking about durability and operational ease. Our technology not only automates irrigation, but facilitates key preventive tasks to extend the installation’s useful life.

Cleaning automation

Our controllers manage automatic filter washing by pressure difference or time. They ensure the system always works in optimal conditions without constant manual intervention.

Preventive monitoring

Through the SYSINTA platform, you can supervise readings from pressure and flow sensors in real time. This allows detecting leaks, breaks, or blockages instantly, acting before the crop suffers damage.

Specialized technical support

We offer close after-sales service to help you with tuning. We guarantee the supply of original spare parts and the necessary technical advice to keep your equipment like the first day.

Guarantee the success of your crop

Proper maintenance transforms technical efficiency into direct profitability for your agricultural business. Trust in INTA’s advanced technology and expert service to keep your irrigation system running at full performance season after season; contact our team to design a plan tailored to you.

Frequently Asked Questions

How often should I calibrate pH and EC probes?

It is recommended to review calibration at least once a month or whenever suspicious readings are observed. Uncalibrated probes can cause incorrect nutrition and damage the crop.

What product is best for cleaning pipes?

It depends on the type of obstruction. For lime or fertilizer precipitates, acids (nitric or phosphoric) are used, while for organic matter (algae, biofilm), oxidants like hydrogen peroxide are recommended.

How do I know if my drippers are clogged?

The clearest sign is the lack of uniformity in the crop or dry zones. Technically, it is detected by measuring the flow at various points of the line; if the flow has decreased significantly compared to the nominal, there is clogging.

Is it necessary to empty the pipes at the end of the campaign?

Yes, especially in areas with risk of frost. Emptying the network prevents water from freezing and breaking pipes or rigid components, in addition to preventing stagnant water that generates biofilm.

How can I extend the useful life of my installation?

Performing periodic maintenance of an irrigation system is essential. It is the only way to guarantee that components last more years. This ensures they function with the precision of the first day.

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INTA CROP TECHNOLOGY, S.L. HA SIDO BENEFICIARIO DEL PROGRAMA DE AYUDAS PARA LA PARTICIPACIÓN EN LA MISIÓN COMERCIAL INVERSA A PERÚ, MÉXICO Y EGIPTO 2024, COFINANCIADO POR EL FONDO EUROPEO DE DESARROLLO REGIONAL. EXPEDIENTE: 2024.05.MI16.000090