greenhouse RO systems:

Design and production of greenhouse RO systems in accordance with water analysis, type of cultivation and irrigation water standard and depending on water quality, sand filtration systems, carbon, disc and self-cleaning filters, hardeners, reverse osmosis system (desalination plant) And nanofiltration is selected and recommended.

Greenhouse water RO system by reverse osmosis method.

Advantages of using a greenhouse RO system:

Early ripening and good wetting of products and simultaneous ripening of the product and reducing the percentage of small and spoiled fruits

The shelf life of products such as tomatoes and ornamental flowers, etc. is much longer

Increase water permeability in soil

Better absorption of nutrients by plants and reducing the use of pesticides and chemical fertilizers

Reduce water consumption

Increased plant and root growth in soil

Reducing the accumulation of salt on the soil surface

Effective leaching and rinsing of salt from the root development area

Elimination of jaundice and symptoms of leaf deficiency

In the knowledge of RO system technology, there are parameters and indicators that perform calculations related to water and RO system by these parameters. As a consumer of RO system, you may be interested in knowing these parameters, or you may be an activist and enthusiast in this field and need basic information about it. Here are the most important parameters used in the science and technology of RO system.

TDS: Total soluble solids

EC: Electrical conductivity

TH: Hardness at all Turbidity:

BOD: Biologically required oxygen

Coli Coliform: Escherichia coli (intestinal coliform)

Pressure

Watering