On this flood defence site, the previously installed steel access plates which were used to securely stow away flood defence doors had deformed which, together with their weight...
Read MoreOn this flood defence site, the previously installed steel access plates which were used to securely stow away flood defence doors had deformed which, together with their weight...
Read MoreApproximately 625 metres of custom designed and manufactured Fibrelite GRP trench covers and frames were specified for this project at one of the UK’s largest power stations...
Read MoreWith a fleet of 200 buses stationed, serviced, and refuelled at MPK Poznan depot in Poland, the Poznan Municipal Transport Company required an easy access covering solution…
In order to utilize the power generated by nearly 30,000 solar panels installed on 150 acres of unused farmland in southeastern Connecticut, a regional utility needed to install…
In this project we were approached by an OEM who provides Onshore Power Supply (OPS) systems, to quote for this large leisure cruise terminal upgrade project.
A new position paper by the University of Southampton recognizes recognises the growing demand for composite materials and explores how modernizing modernising government regulations could accelerate industry growth.
As economic and sustainability pressures have grown, there is increased pressure to reduce energy consumption (including fuel usage), ‘through-life costs’ and installation times. This has increased demand for stronger, lighter, more intelligent and more durable materials tailor made for purpose.[1]
While leading in innovation, the UK is ‘not the most agile in bringing these new products to market’.
The report suggests an updated government procedure to help businesses create new composite products gain a first-mover advantage into the global market, enabling growth of up to £16 billion by 2030 (£4 billion more than current predictions).
Read the paper here.