Landscape Architecture
2022
Dubai, U.A.E.
MERAAS
BAM International
Buro Happold Engineering
Museum of the Future – GREEN COVERAGE AND DRAINAGE SYSTEM
Flourishing green vegetation around the Museum of the Future
Rapid vegetation establishment on TerraMesh Green
MacWeb geocells installation
BioMac installation and plantation works
Installation details: MacMat HS and concrete anchors
Cross section of Maccaferri green cover solutions
Problem
The Museum of the Future (MOTF) is a unique initiative by the Dubai government that explores the future of science, technology, and innovation and will be located at a prime spot in Sheikh Zayed Road and near the Burj Khalifa. The architect Kila designed MOTF in three main parts: the lower green hill, the upper building, and the elliptical void, representing earth, mankind & innovation, respectively. The inspiration for the green hill was also to elevate the building calmly and unobtrusively above the metro line and create greenery in elevation where visitors can enjoy while engaging with the Museum. The green hill is to be done through a smooth transition from the site as an earthen, vegetated mound with a minimal visible built intervention. A three-story podium structure will be embedded inside the green hill, which will house the lobby, auditorium, cafés, restaurants, retail, car parking, etc. For the aforementioned reasons, the vegetated mount must be done as a THIN CLADDING of varying slopes rather than a solid earth hill.
Solution
Maccaferri was chosen as the technology provider for the GREEN COVER SYSTEM; thanks to the wide range of products in our portfolio that can achieve the varying slope requirements of the artificial green mount in the project. After studying the landscaping requirements, Maccaferri proposed to categorize the green cover system based on final slopes, and accordingly, the products were suitably chosen as (1) Biomac cover for slopes up to 35-degree inclination, (2) Macweb geocell for slopes up to 45-degree inclination and (3) Green Terramesh reinforced soil system for slopes up to 70-degree inclination. For the first two cases, continuous veneer reinforcement was proposed below the thin soil fill by means of Maccaferri wire netting or Macmat HS, which will be anchored on the concrete beams at the top. Additionally, Macdrain drainage composite was proposed below the entire surface area of the green cover system for the easy draining of continuous irrigation water expected in the future. Maccaferri was involved in the design, supply, and construction assistance of the project.TECHNICAL HIGHLIGHTS3,500 m2 of Green Terramesh3,000 m2 of MacWeb12,500 m2 of MacDrain W6,000 m2 of MacMat HS9,000 m2 of Biomac natural3,000 m2 of DT Mesh
Used Products
BioMaterials
Biomaterials Crafted from Natural FibersOur biomaterials are composed of natural fibers like View
Drainage Geocomposites
These specialized product families highlight the versatility and adaptability of drainage composites, ensuring thView
MacMat HS
MacMat HS is the next-generation of high performance geomats, combining a three-dimensional matrix polymeric geomat reinforced with Maccaferri’s StView
MacWeb
Geocells consist of juxtaposed cells normally produced with strips of extrude synthetics materials (either smooth, textured, perforated or not) to View
Netting
Maccaferri DT Mesh is a core component of our MacRO rockfall mitigation and natural hazard protection application area. It is one out of a range ofView
