Structural Material for Reinstatement

When you need stable foundations – SMR delivers every time.

Meeting all highway repair needs

Backfilling a trench or stabilising a large area – SMR is the solution

Zero failure means zero revisits

When you need reinstatement done right first time – it’s got to be SMR

Reduce your landfill and transport costs

SMR provides on-site stabilisation and reinstatement services

Welcome to SMR (UK)

Founded in 1999, SMR (UK) has developed and delivers one of the leading technologies to stabilise excavated soil; cost effectively transforming it into high quality products that outperform traditional materials such as Type 1 GSB and this can be reused on existing construction sites, therefore negating the need to send material to landfill.

HAND-MIX

SMR Hand-Mix is the ultimate solution for small excavation reinstatements. When added to excavated spoil, it's transformed in minutes into high quality sub-base replacement - saving time and cost.

HAND-MIX

BATCH-MIX

For routine utility works and mid-sized projects, SMR Batch-Mix is a ‘drop and collect’ service that provides an unbeatable combination of performance, environmental and cost benefits.

BATCH-MIX

CIVIL APPLICATIONS

For larger projects, SMR Civil Equipment can be moved to site to provide an in-situ solution – providing greater cost savings and eliminating unnecessary transport of materials to and from site.

CIVIL APPLICATIONS

In the Media – March 2018

An informative four page article has been published in the March issue of Civil Engineering Surveyor that extols the benefits of SMR. Read the full piece here.

18th July 2017

SMR shortlisted for three New Civil Engineer ‘TechFest’ Awards

SMR has been shortlisted as a finalist in three of the categories of the New Civil Engineer’s Festival of Innovation and Technology ‘TechFest’ Awards

26th May 2017

This project involved the construction of a temporary haul road capable of withstanding the weight of HGV vehicles and heavy plant at the Holford Gas Storage Project near Middlewich for E.ON UK and Jacobs Engineering. The existing ground area within the brine fields was thick clay and slurry with no adequate drainage. The ground underneath was also mostly salt and minerals left from oceans that had evaporated millions of years ago...

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