Fresh treated mains water is becoming more precious, expensive and carries a large carbon footprint, we see recycling and reuse as the future. Watermatic faces up to and helps resolve the escalating environmental problems that affect all of us.
Water conservation is essential to help achieve a more sustainable society. With major concerns over UK water supply, enforced hosepipe bans, escalating water costs and severe weather, an increasing number of people are turning to sustainable irrigation solutions:
The solutions is in using recycled grey water and rainwater harvesting systems to irrigate their gardens. This not only saves water and saves money; it clearly benefits the environment.
Drip line irrigation has been officially approved for use since the hosepipe ban in 2012. Drip irrigation helps to optimise the use of water when irrigating vegetated areas (flower beds, hedges & trees) by allowing water to drip slowly to the roots of plants via a 16mm Drip line with drippers positioned every 30mm.
Our special drip line has built in self cleaning mechanisms. It is a self regulating, anti siphon device providing even distribution throughout the line. This allows us to know exactly how much to irrigate the trees and hedges at different times of the year.
The drip line is installed on the surface and evenly spaced for optimised watering. In borders and beds, this pipe can be covered using bark or mulch for aesthetic proposes. This Drip line can be used also for irrigating Living Walls and Green roofs.
Modern drip irrigation has arguably become the world’s most valued innovation in agriculture, parks, gardens & sub surface lawns irrigation. Subsurface drip irrigation (SDI) uses permanently or temporarily buried dripper line located at or below the plant roots. It is popular irrigation solution, and can also be used in water conservation areas where recycled water or rainwater is used for irrigation. Watermatic carefully study all the relevant factors like land topography, soil, water, plants and agro-climatic conditions are needed to determine the most suitable drip irrigation system and components to be used in a specific installation.
Our professional teams carefully plan, design, install and manage drip irrigation systems to help in achieving optimal plant growing conditions and water conservation where possible by reducing evaporation and deep drainage when compared to other types of irrigation such as flood or overhead sprinklers since water can be more precisely applied to the plant roots.
These innovative harvesting systems will help conserve increasingly scarce water resources efficiently, responsibly and intelligently. Clearly the benefits can be realised for the environment and for us all.
We use the very best of engineering principles together with professional, high quality tested products to ensure your investment in our system will give you a cost effective water efficiency system with reliability to last, and of course a beautifully sustained garden.
Our design team can individually design a simple and effective Rainwater Harvesting system to help irrigate your garden. We have a wide range of options from a small roof collection from your green house or shed to a 55,000 litre galvanised tank for larger needs. We can evaluate the average rain water in your area, work out the size of your roof area and recommend a tank and installation especially to suit you and your garden’s needs.
Grey Water Recycling
Grey water is non-industrial wastewater generated from domestic processes such as showers and baths. We will be able to give you best advice to find out how you can utilise this water for garden irrigation by designing a system tailor made to suit your budget and your garden’s needs.
Can I use Grey water to irrigate the landscape areas?
You can utilise grey water from baths and showers to irrigate your thirsty trees, shrubs and plants, not vegetable gardens though. The most efficient method is via surface or sub surface drip irrigation directing the water to where your plants need it; which is at the root zone, and of course water is directed.