Here’s hoping that we will all be at full stretch in 2018!
We would like to thank all of our customers for their business in 2017.
This year has been an exciting one for Camfaud as we have continued to build the business and can now offer our concrete pump hire service in all areas of England, Scotland and Wales.
We look forward to serving you on sites around the country in 2018 but, in the meantime, enjoy your well deserved holiday break!
The Sun has published a great photo of a Camfaud pump working at the new Tottenham Hotspur stadium. The photo is being used to illustrate a story about the rising cost of building the new stadium.
We, and our sister companies, have been privileged to work on many new stadiums and stadium upgrades, most notably Twickenham, Old Trafford, Wembley and the London Stadium (formerly the Olympic Stadium).
Roline pumps are ideal for small pours, pumping from the street and for special materials.
The peristaltic pumping system is robust and has been used to pump concrete for decades. Roline pumps are quiet and have a smooth pumping action. They are easily cleaned and, with the concreting gang, pump operator and mixer driver working together, leave very little concrete waste.
In addition to low volume concrete pours, Roline pumps are especially suitable for pumping flowing floor screeds and foam concrete.
A pioneering wind farm development off the coast of Blyth has reached a notable milestone, with the first turbine foundation making its journey up the River Tyne on route to its final destination.
The GBFs have been constructed at the Neptune dry dock over the past 12 months by BAM Nuttall and these structures will be floated down the river to the Port of Tyne, where extra ballast will be added ahead of their ‘tow-out’ to the offshore wind farm site. Camfaud is involved at the Port of Tyne, pumping the extra ballast to secure the bases on the seabed.
The project will see five wind turbines with a total generating capacity of 41.5MW installed around 6.5km off the coast of Blyth. Once operational, they will generate enough low carbon electricity to power around 34,000 homes.
Concrete gravity based foundations (GBFs) form part of the project and are being installed using a new ‘float and submerge’ method – the first time this method has been used for offshore wind turbines. Designed and built by Royal BAM Group in the Neptune dry dock on the Tyne, the GBFs are being floated into position at sea and submerged onto the seabed to provide the support structures that act as the foundations for the installation of the wind turbines.
Each GBF is made up of more than 1,800 m3 of concrete and weighs over 15,000 tonnes when fully installed on the seabed. The structures have a total height of around 60 metres from the base to the access platform.