01.10.2015 Views

DesignBuyBuild_16_2015

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

TERRAM GEOCELL<br />

The versatile and lightweight cost effective solution<br />

TERRAM GEOCELL is a 3D cellular confinement solution ideal for<br />

use in construction and civil engineering projects for erosion control,<br />

soil stabilisation on flat ground and slopes, load platforms, tree<br />

root protection, channel protection, and structural reinforcement<br />

for load support and earth retention.<br />

Supplied as flat pack panels, which are expanded on site to form<br />

a honeycomb-like structure, TERRAM GEOCELL’s can be filled<br />

with local compactable infill such as sand, soil, rock or other site<br />

material, reducing transport and installation costs. Flexibility and<br />

strength eliminate the potential for cracking, spalling, splintering<br />

and corrosion commonly seen in alternative concrete, steel and<br />

timber systems.<br />

TERRAM GEOCELL’s are perfect for highway applications and<br />

can be seen on the 6m high embankment between junctions<br />

<strong>16</strong> to 23 and 27 to 30 of the M25. Approximately 1,800m 2 of<br />

TERRAM GEOCELL was supplied to contractors Skanska and<br />

Balfour Beatty, working for Highways England, for stabilisation<br />

and erosion control where the motorway was widened, which,<br />

once installed, was filled with a layer of topsoil and hydro-seeded.<br />

As TERRAM GEOCELL is made from permeable material, it<br />

allowed for the free flow of water, promoting a healthy growing<br />

environment for vegetation. This vegetation, coupled with the<br />

strong and flexible structure of the GEOCELL, ensured the<br />

constructed embankment was stable, protected from weather<br />

erosion and blended into the natural environment.<br />

TERRAM GEOCELL’s have also been used in Kent for the<br />

construction of an access road for a new housing development,<br />

which crossed over an area where tree roots were at surface<br />

level. Spread laterally to reduce loads on the underlying soil and<br />

protect the tree roots from damage, GEOCELL’s were installed on<br />

top of a geotextile and filled with type 1 road stone before being<br />

compacted flat. A geotextile and binding layer were then added on<br />

top of the cells and the surface finished with small granular gravel.<br />

Offering the perfect solution for tree root protection, TERRAM <br />

GEOCELL stops compaction from vehicle tyres whilst also allowing<br />

for the passage of airflow and water to provide essential nutrients<br />

to roots and preventing root rot - making them ideal for Sustainable<br />

Drainage Systems (SUDS).<br />

As TERRAM GEOCELL is made from permeable material, it allowed<br />

for the free flow of water, promoting a healthy growing environment<br />

for vegetation. This vegetation, coupled with the strong and flexible<br />

structure of the GEOCELL, ensured the constructed embankment<br />

was stable, protected from weather erosion and blended into the<br />

natural environment.<br />

TERRAM pre-design software<br />

TERRAM has launched a GEOCELL pre-design software<br />

tool to aid users in selecting the correct product for erosion<br />

control and retaining walls. By entering application<br />

information into the user-friendly tool, users will be given<br />

fast and specific information regarding the suitability of<br />

GEOCELL for their project. If applicable, the user will be<br />

given the product code and pin density for the most<br />

suited GEOCELL product.<br />

For more information on TERRAM GEOCELL<br />

please visit www.terram.com/products/geocells or email terram.geocell@avintiv.com<br />

094

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!