Reducing ground uncertainty with the

Geo-Risk Management Framework (GRMF)

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Expertise

The subsurface represents challenges that can affect your infrastructure project. Our Geo-Risk Management Framework (GRMF) provides you with flexible solutions and value according to your business needs and requirements.

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Rod Eddies

Global Lead - Geo-Risk Management Framework

At the heart of every structure lies its foundation whose design and performance depends upon a good understanding of the ground conditions. Reducing uncertainty associated with the state and behaviour of the subsurface is critical for effective management of geo-risks and, subsequently, for successful infrastructure development.

The GRMF is our starting point, built around clients’ end games, for developing appropriate solutions that deliver both value for money and certainty of outcome.

Infographic

Discover more about the GRMF in a nutshell

Benefits

01

Early insights

to improve asset design and build resilient infrastructure

02

Shorter project timelines and reduced CAPEX

03

Increased opportunity for value engineering

providing better asset design and performance

04

Reduce uncertainty

through the project and asset's life cycle

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Case study

Ambient noise tomography demonstrates a 50% time-saving screening for pumping station

Case study

Fast tracking the replacement of Canada's Champlain Bridge

Case study

Laying foundations for vital carbon capture power station

Case study

Important risk considerations in city planning: Sand dune migration

Case study

Real-time data keeps ground investigations watertight at Silvertown Tunnel

Related publications

All publications

08 Dec 2022

Link

Evaluation of the relationship between the collapsed mechanism and excavation method in tunnels excavated in schists

27 Oct 2022

Link

Time is of the essence

01 Oct 2022

Link

Geotechnical Integrated Approach to evaluate the karst hazard potentiality in the Qatar Coastal Eocene carbonate bedrocks

10 Jun 2022

Link

A CPT-based method for monotonic loading of large diameter monopiles in sand

01 Jun 2022

Link

A CPT-based method for estimation of undrained shear strength of sands and transitional soils

Contact us

Get in touch for more information about our GRMF

Rod Eddies no bg.png

Rod Eddies

Global Lead - Geo-Risk Management Framework

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Environmental services and remediation

Worried about contamination? Or facing other environmental challenges? We’re here to help. We apply state-of-the-art methods and technologies to assess your site.

Find out more