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New research shows how used tyres can help protect bridges<br />

In UK alone, 50 million tyres are discarded each year. With an ever increasing volume of vehicles in the world, the disposal of spent tyres is a<br />

serious issue.<br />

New research published in the Journal Earthquake Engineering and Structural Dynamics has described a new method of protecting bridge<br />

infrastructure in disaster-prone regions using used tyres that may otherwise be sent to landfill.<br />

The challenge for the researchers was to find an inexpensive and effective material to bolster bridges, providing support but also providing a<br />

buffer able to withstand the force of earthquake situations regardless of the length of the bridge. The team turned to conventional tyres; waste<br />

tyres will be used to create a new product, called the isolator, namely a flexible and elastic layer of reused tyres. This flexible layer will be used to<br />

absorb movements, reducing costs of repair.<br />

The new design will eventually allow for safer and sturdier bridges in areas that do not have the means to erect expensive structures that require<br />

extensive maintenance.<br />

Parliament calls for greater sustainability in<br />

transport infrastructure<br />

Parliament’s Environmental Audit Committee has published a report<br />

calling for greater sustainability from the Department for Transport in<br />

future infrastructure projects.<br />

The Department’s total spending is set to increase during this<br />

Parliament: although its resource spending is due to go down, its<br />

capital budgets will rise, with £73.4 billion of transport-related capital<br />

investment between 2015–16 and 2020–21, including £34.5 billion for<br />

Network Rail and £15.2 billion for its Roads Investment Strategy. In<br />

2014–15 the Department allocated 50% of its gross expenditure to its<br />

roads, traffic and local responsibilities; almost 40% to its rail executive<br />

responsibilities; and 3% to its international, security and environment<br />

responsibilities.<br />

Whilst Parliament acknowledge that many positive steps have been<br />

made towards better sustainability within the transport sector, the<br />

report focuses on those areas where the Department for Transport<br />

might go further to tackle climate change.<br />

This has been welcomed by Campaign for Better Transport who will<br />

be writing to the Department demanding further reduction of their<br />

carbon footprint.<br />

The regeneration of London’s 2012<br />

Olympic Stadium<br />

Balfour Beatty, working with Populous, Buro Happold and the<br />

London Legacy Development Corporation, have repurposed the<br />

iconic London 2012 stadium.<br />

The stadium, which is now home to West Ham United FC, will have<br />

a capacity of 54,000 people for football matches and 80,000 for<br />

athletics events and music concerts.<br />

Sustainability and skills building<br />

Sustainability has been at the very heart of the redesign. So far the<br />

work undertaken has included the reuse of 19,000 tonnes of<br />

recycled demolition materials, 6,000 m of cable, 3,800 lights and<br />

1,000 mechanical and electrical components. This sends a message<br />

to the refurb and retrofit industry of what can be done to reduce<br />

the volume of waste to landfill. (A<strong>cc</strong>ording to a report by the Wates<br />

Group, the UK construction industry sends 36 million tons of waste<br />

to landfill sites each year.)<br />

The regeneration project has also been doing its bit to tackle the<br />

skills shortage, with Balfour Beatty creating 50 local apprenticeships<br />

and over 300 training opportunities across the site.<br />

Reducing carbon usage in the built environment<br />

The University of Wolverhampton has secured £1.2 million in additional funding to help small businesses develop low carbon products which<br />

can be used by the Built Environment and Construction sector.<br />

The Built Environment Climate Change Innovations (BECCI) project is part funded by the European Regional Development Fund and works with<br />

small and medium businesses across the Black Country and the Marches region to develop innovative climate change solutions within the built<br />

environment. Its broad coverage is on products associated with both new and existing housing as well as commercial and public buildings.<br />

Paul Hampton, Director of the BECCI project and Head of Built Environment at the University of Wolverhampton, said: “The University is<br />

delighted to support the team on the whg energy challenge. This is just one example of how we are utilising funding to cut carbon emissions in<br />

line with the government’s commitment to reduce the carbon footprint by 80% over the next thirty years.”<br />

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