Drip irrigation on raised beds and in containers

Open fields and raised beds

Drip lines are selected for the crop, row layout, terrain and water source. On fabric-covered raised beds, line placement is planned around the root zone.

Crops in containers

We select filtration and emitters for the container, substrate and available flow. Pressure-compensating anti-drain emitters can help with short irrigation cycles.

A blueberry example

ProAgro’s material discusses four emitters per container on two lines. Final layout and cycle duration are determined by the project and measurements.

Fertigation and monitoring

A fertigation unit doses nutrients and, where needed, acid into irrigation water. Substrate moisture, EC and temperature, plus drainage EC and pH, provide useful management information.

Illustration

Manufacturer information

FROM PLAN TO OPERATION

One project.
Four clear steps.

01 /

Understand your farm

Review your crops, area, water supply and existing infrastructure.

02 /

Design & proposal

Define the system layout, equipment and agreed scope of work.

03 /

Install & commission

Install, test and show your team how to operate the system.

04 /

Ongoing support

Plan maintenance and upgrades within an agreed service scope.

YOUR QUESTIONS

Before we get started

How much does an irrigation system cost?

Cost depends on area, crop, water source, required pressure and automation level. We prepare a proposal after reviewing the initial project information.

Can you upgrade an existing system?

We assess the equipment, hydraulics, controller and connectivity first. Where appropriate, the upgrade can be planned in stages.

What information should I send?

Your site location and area, crops, water source and photographs of existing equipment will help us prepare for an initial discussion.

PROAGRO / Solutions

Drip irrigation on raised beds and in containers

Open fields and raised beds

Crops in containers

A blueberry example

Fertigation and monitoring