Overhead spray line watering with Micro sprinklers allows large cropped areas in greenhouses to be watered using watering lines suspended in the roof of the structure, single or multi-line operation can be designed with offer a high degree of uniformity and an automated way of watering the crop.

Using the same principle with overhead spraylines but removing the micro sprinklers and replacing with a fogging/humidification nozzle allows different crops to be watered, again an automated approach to watering can be taken which allows the spraylines to be automatically turned on by a timer process or by the means of a moisture deficit controller which senses the crop requiring water.

The nozzle design delivers a very fine mist that allows most of the water to evaporate before reaching the crop, the ideal solution for cooling and humidifying of greenhouses, again we are able to offer an anti-drip facility on the nozzle which prevents drainage from the spraylines when the nozzle closes and allows simultaneous start-up of the system next time round.

For those growers that are looking for the optimum in developments in overhead watering a boom system is the preferred choice of watering, each boom system is independently designed to the growers needs and has several advantages over the traditional sprayline watering system.

The key benefits of boom watering are the ability to water run lengths of up to 200 metres long and 13 metres wide at any one watering, multiple booms to be run at once and interchangeable nozzles which allow for misting and spraying in adjacent cropping areas.

The boom system has many available options in its watering programme including a remote Wi-Fi link back to the customers computer allowing him to see how his application of water over his crop is measured and a hand held remote control unit which allows the system to be started if the grower requires a watering whilst he is walking in the crop

If the crop requires watering under the foliage then drip irrigation is the preferred option, single lead emitters from a mains pipe running at low pressure allow large areas to be watered at once using the individual drip irrigation pegs to place for every single plant allowing the same amount of water to be given each watering.

Drip irrigation allows crops to be watered in the soil such as vegetables, tomatoes, cucumbers and peppers in suspended guttering and hanging baskets in the roof of the greenhouse. The latest drip irrigation systems again can be linked into controlled automated watering which allows water deficit in the soil to be recorded by sensors and turn the watering programme on automatically, uniformity of the crop with drip irrigation allows each plant to be grow to the same standard which is a great selling tool.

Fertigation is an automatic equipment for injecting fertilizers into the watering system that provides greater control over your operation. We install fertigation systems that have high-performance farming both in greenhouses and outdoors

Our fertigation systems benefits:

• Extended benefits with the installation of a new software that makes handling the equipment easier and also enhances its features.
• Offers solutions for all requirements in terms of the different crop types and their development phases
• Saves in manpower.
• Provision of nutrients in a balanced and uniform manner.
• Improvement in the quantity and quality of the harvests.
• Designing a tailored system is easy, because it adapts to any flow, farm size, existing watering head and crop type.
• Adjusts to the number of outlets or sectors.

Proper water management is crucial for every farmer, with increasing costs and competition, saving money when it comes to water and fertilizer has become necessary to keep production costs down.

Recirculation irrigation drainage systems via hydroponics optimize the use of water by reusing it so that it could be reincorporated in irrigation systems after treatment, achieving significant water savings.

How it works

One advantage of using hydroponics is the use of recirculation system. Drainage collection trays are placed with low substrate bags, which have a certain slope and collected in nozzles at the end of each row of crops, which in turn is sent to deposits collected by gravity (which are connected to all lines of culture).
Ideally, in drainage recirculation disinfects water in order to prevent risks of microbial contamination in the irrigation water due to its recirculation.