Modulogreen - Vertical Vegetal Wall - 30X43Cm - No Substrate

ModuloGreen, the vertical solution for creating green walls

The patented technique Modulogreen ® vertical solutions offers you honeycomb modules for the creation of green walls, both indoors and out.

The vertical greening concept Modulogreen ® vertical greening concept offers around 4 liters/plant of substrate, which is ideal for plant root development.

ModuloGreen principle

• a: Self-regulating pipe retaining clip
• b: Gasket
• c: Module mounting holes
• d: Planting openings
• e: Filter
• f: Specific culture support

Dimensions of Modulogreen 30cm long

Installation of Modulogreen

The modules are fixed to an aluminum structure anchored to the wall, which serves as a support. This creates an air gap between the wall and the plant complex, avoiding any risk of contamination of the support.

To purchase aluminum structures, please visit our Moldable structures category.

• a: Aluminum angle bracket
• b: Stainless steel self-drilling screw
• c: Stainless steel anchor bolt
• d: Aluminum profile
• e: Stainless steel self-drilling screw + EPDM gasket

Irrigation system modulogreen

The internal movement of the modules distributes the water supply evenly over the entire available substrate, considerably optimizing the system's water consumption (average process consumption Modulogreen vertical solutions: 220L/year/m²).

• a: Self-regulating pipe
• b: Layer separation filter
• c: Drainage layer
• d: Evacuation of excess water
• e: Internal movement for water distribution
• f: Growing medium
• g: Gutter for collecting excess water

Hydraulic distribution of the plant wall

• a: Amanded water inlet
• b: Self-regulating pipe
• c: Perimeter cladding
• d: Drain valve
• e: Disposal of excess water (waste water system)

Irrigation of the plant wall requires a dedicated water supply. In some cases, a rainwater reservoir can be used to supply the system with water. The pressure and flow rate will depend on the project's specific characteristics (surface area, number of networks, pressure losses due to the location of the technical room and the plant wall, etc.)