Choose the right greenhouse for your agricultural goals. The structure and equipment should match the crops, site conditions, production method, and level of environmental control required.
We review the site, available space, crop requirements, expected production, and environmental conditions before developing the project approach.
Our Agricultural Engineering approach considers the Steel Structure, greenhouse covering, ventilation, irrigation, and other required systems.
Depending on the project, planning can include Irrigation, climate control, cooling systems, Cooling System, Ventilation and Hydroponics.
The structure and supporting systems are installed, tested, and prepared for operation. Commissioning helps confirm that key systems are functioning as intended.
Customer training provides operators with practical guidance on system operation and routine care after installation.
Commercial Crop Production
Vegetable Farming
Fruit Cultivation
Floriculture
Nurseries
Seed Production
Research & Agriculture Facilities
Organic Farming
From concept to completion, we handle everything. Our turnkey approach can bring different parts of a greenhouse project together through a coordinated process.
Site assessment and planning
Structural design and engineering
Material supply and installation
Irrigation, cooling and ventilation systems
Electrical and control systems
Testing, commissioning and handover
Our Experienced agricultural engineering team can support structural planning, system selection, and installation requirements.
We focus on suitable Quality materials and steel structures according to project specifications and environmental requirements.
Each project can be planned around the client's crop, site, production goals, and required growing environment.
Construction and installation activities should follow appropriate Safety Standards and site safety practices.
Our Maintenance Team can support routine inspections and maintenance requirements for greenhouse structures and installed systems. Maintenance support and AMC can be discussed according to project needs.
Customer training and guidance help operators understand the basic operation and care of installed greenhouse systems.
A well-planned greenhouse can support Sustainable Farming by improving control over water, growing conditions, and resource use.
Possible sustainability features include:
Water-efficient irrigation
Energy-saving climate systems
Better resource management
Support for local food production
Environmentally responsible solutions
Greenhouse construction costs vary according to size, structure, covering, irrigation, cooling, automation, and crop-production requirements.
Greenhouse Type | Price Range (AED) |
Polycarbonate Greenhouse | 24,500–53,800 |
Glass Greenhouse | 80,000–200,000+ |
Hydroponic Greenhouse | 50,000–150,000+ |
Shade House | 15,000–50,000 |
Agricultural Greenhouse | 40,000–120,000 |
Nursery Greenhouse | 20,000–60,000 |
These prices are indicative and may change according to size, materials, systems, and project requirements. A detailed quotation is recommended for commercial projects.
The potential ROI also depends on crop selection, production volume, selling price, operating costs, water use, and the level of environmental control.