Greenhouse Climate Engineering for Saudi Arabia

There is no single best system. Coastal humidity, inland dryness, water quality, greenhouse geometry and crop targets all shift the answer. Pad-and-fan, fogging, hybrid and mechanical cooling each have a defined operating window — the engineering task is matching that window to your site data.

Its effect is reduced during peak humid hours because evaporative cooling depends on the gap between dry-bulb and wet-bulb temperature. Coastal projects usually pair it with shading, high air-exchange ventilation and control logic that shifts strategy when humidity rises.

When a project needs uniform cooling and humidity management across the structure — especially for wide or long greenhouses, propagation and sensitive crops — and when treated water can be provided. Zoning and automation are what make fogging effective in practice.

Yes, subject to a technical review. Existing structure, covering, ventilation and electrical capacity are assessed first; the cooling concept is then designed around what the structure can support.

Location, greenhouse dimensions and total area, covering material, crop, available water flow and analysis, electrical supply, and the scope you require (design, supply, supervision or turnkey planning). The RFQ form above collects exactly this set.

Yes. Green Climate manufactures and supplies internationally from Türkiye and has experience with export projects, including engineering support and commissioning planning for overseas sites.

No — and you should be cautious of any supplier who does. Achievable results depend on site wet-bulb conditions, water quality and the structure itself. Green Climate defines expected performance only after reviewing your project data.