Project Description

Adequate infrastructure is necessary as measures to mitigate the effects of accidental spills and overflows.

The need to comply with rules and regulations from public authorities to preserve the environment are mandated. Terre Armée offers solutions that will help you to build cost effective, reliable and durable infrastructure allowing you to optimize your liquids storage, treatment and disposal processes.

Safe operations and risk protection

Containment structures can be built as part of various installations where there is a risk of accidental release of liquids into the environment, or simply to safely contain all sorts of materials and goods. Storage tanks and impoundment areas are key to many industrial operations such as Oil and Gas, mining and energy.

Containment breach mitigation

Secondary containment of liquids stored in tanks mitigate risks and damage as a result of tank failures, accidental flooding, spills and leaks. Reinforced Earth® structures are commonly built to create areas of confined space to impound spilled hazardous liquid for treatment, conveyance and controlled disposal.

Storage overflow mitigation

Industrial infrastructure built for controlling liquid spills that occur due to storage overflow require specially engineered soil structures. Typically included within this infrastructure are earthen berms and reinforced soil slopes, channeling walls and tunnels, spillways, reservoirs and catch basins. Terre Armée offers solutions in all of these areas to develop structures that perform in spill conditions.

Engineering expertise and proven solutions

Our engineers are experts in designing containment solutions that are accepted worldwide. For instance, we use soil-structure techniques and materials that are inherently designed to meet cryogenic safety standards for rapid thermal shock and explosions for such catastrophic events.

Reinforced Earth® structures are proven through full-scale cryogenic testing and live accident documentation to perform under extreme conditions. For instance, stable structural performance at temperatures of -160 degrees C° for liquid natural gas, and up to a flame temperature of 1100 degrees C° has been documented.

These structures are also routinely designed to mitigate damage caused by explosions and bombardment. A series of tests spanning 40 years confirms the efficient performance of Reinforced Earth® structures subjected to high-level pressures. Due to their high resilience and ductility, these walls also withstand natural forces such as earthquake, hurricane, rockfall and avalanche.

Related solutions

Reinforced Earth®

Reinforced Earth®

Our flagship technique, Reinforced Earth®, is based on the principle of the friction between soil and reinforcements creating a permanent and predictable bond. At the origin of all mechanically stabilized earth (MSE) walls on the market today, we are continuously perfecting this ingenious technique.

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T-Wall®

T-Wall®

T-Wall® is a precast modular concrete “T”-shaped gravity wall. The solution is perfectly adapted to support heavy dynamic loads, and presents many benefits such as requiring an overall lower backfill volume as compared to other modular wall alternatives.

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TechWall™

TechWall™

A precast retaining wall system, TechWall™ combines the advantages of counterfort with the quality and effectiveness of precast concrete. A great fit for sites with soil bearing capacities allowing for shallow foundations, TechWall™ can also be combined with piling solutions to accommodate different types of soil. Sustainable, cost-effective, and quick to install, TechWall™ may just be the ideal solution for your project needs.

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TerraTextile™ NW

TerraTextile™ NW

Under the umbrella of TerraTextile™, our line of non-woven geotextiles provide excellent strength and hydraulic characteristics necessary for filtration, separation, drainage, damage control, threats to ground stabilization, and erosion control.

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TerraLine GCL™

TerraLine GCL™

TerraLine™ GCL geosynthetic clay liners are factory made hydraulic barriers consisting of very low-permeability bentonite powder supported by geotextiles, non-woven on the covering side and woven on the carrying side.

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