Urban irrigation and green spaces
URBAN IRRIGATION AND GREEN SPACES
Solutions tailored to each location
The solutions are sized according to the irrigated area, the type of vegetation, the water source, the flow rate and the available pressure.
The objective is to create a functional and controllable installation that ensures uniform water distribution and limits losses.
The sizing takes into account the type of vegetation, surface, soil, exposure, level differences, flow, pressure and site-specific conditions.
Parks
Public spaces
Residential
Assemblies and properties
Automation
Scheduled control
Efficiency
Optimized consumption
Project types
Irrigation systems for public, residential, commercial and municipal green spaces.
- parks, public gardens, squares and pedestrian areas
- street alignments and roundabouts
- green spaces in residential complexes
- educational institutions and sports facilities
- commercial, administrative and industrial areas
- hotels, guesthouses, leisure centres and private properties
Complete irrigation systems
Site assessment and design
Before execution, we analyze the surface, vegetation types, water source, flow, pressure, level differences, existing networks and areas with different watering needs. Based on this data, pipe routes, division into zones, types of sprinklers or drip lines, positioning of solenoid valves and operating schedule are established.
Construction of the irrigation network
The works may include marking and digging the routes, preparing the laying bed, installing the main and secondary pipes, making branches, installing distributors, technical chambers, sectoring valves, filters, pressure regulators and emptying points. Finally, the surfaces affected by the works are restored.
Sprinkler and drip systems
For lawns and open areas, telescopic, rotary or spray sprinklers can be installed, including solutions for narrow areas or terrain with differences in level. For trees, shrubs, hedges and flowerbeds, we use drip irrigation systems, which deliver water in a controlled manner to the root zone.
Water supply and pumping stations
The systems can be supplied from the public network, wells, tanks, accumulation basins or existing technical sources. When the flow or pressure is insufficient, the installation can include pumps, expansion vessels, filters, pressure switches, electrical panels and protection and monitoring equipment.
Automation and control
The installations can be equipped with programmers, solenoid valves, rain or humidity sensors and local or remote control systems. The programming adapts to the type of vegetation, the season, the soil characteristics and the operating intervals established by the beneficiary.
Testing and commissioning
After installation, we check the tightness of the pipes, the pressure, the operation of the solenoid valves, the coverage of the areas, the adjustment of the sprinklers and the programming of the watering cycles. Any leaks, insufficiently covered areas or non-conformities are corrected before handover.
Modernization, maintenance and fixes
For existing installations, we can carry out extensions, replace pipes, sprinklers or solenoid valves, reorganize areas, install automation and reduce water consumption. Maintenance can include detecting leaks, cleaning filters and nozzles, adjusting sprinklers, checking pumps, emptying the installation before the cold season and putting it back into operation in the spring.
Stages of achievement
The process is organized so that the installation is correctly sized, tested and configured for efficient use.
- requirements analysis and site assessment
- checking the water source and calculating irrigation needs
- facility design and zoning
- installation of pipes, sprinklers and drip systems
- installation of automation and control equipment
- testing, adjusting and restoring affected surfaces
- handover and final configuration
Systems sized for efficient use
The objective is to create a functional and controllable installation that ensures uniform water distribution and limits losses.
The sizing takes into account the type of vegetation, surface, soil, exposure, level differences, flow, pressure and site-specific conditions.
Optimal control and operation
The systems can be configured for local or remote operation, with programming adapted to the season, soil characteristics and different needs of the irrigated areas.
