CAN to install rockfall catch fence at Port of Dover

Geotechnical engineering specialist CAN Geotechnical Ltd, has been awarded the contract to install rockfall catch fences within the Port of Dover in Kent, a project commissioned by Dover Harbour Board.
CAN to install rockfall catch fence at Port of Dover CAN to install rockfall catch fence at Port of Dover CAN to install rockfall catch fence at Port of Dover CAN to install rockfall catch fence at Port of Dover CAN to install rockfall catch fence at Port of Dover

CAN Geotechnical will be replacing catch fencing at the Port of Dover

CAN will remove over 220 linear metres of existing life-expired catch fence from the lower Eastern Docks cliff and install a new a Geobrugg GBE500A 500kJ impact energy-rated catch fence, designed by JUBB Consulting Engineers. Posts for the new fence will be secured to anchorages drilled and grouted into the chalk rock face, with the 250 linear metre new 5m-height catch fencing secured to these posts and anchors.

With safety paramount, scaling of the upper cliff will be undertaken utilising CAN Goetechnical's rope access team to make the lower worksite safe, with the remainder of the work being undertaken using mobile elevating work platforms from the Port below, to ensure safe access.

Speaking about the project, CAN's business development director, Ben Foulger, said: "With the cliff face and surrounding land designated a site of special scientific interest, as well as a special area of conservation, all work has to be planned carefully to protect these environmentally and ecologically sensitive areas. In particular, there is a rare chalk grassland environment containing species such as the Adonis Blue butterfly and the nationally rare Early Spider orchid and it is important that CAN's work has absolutely zero impact on the area's recognised features."

The award of the contract follows on-going annual inspections of the chalk cliffs above the Port, undertaken as part of the Port's holistic asset management strategy, the inspections assist the Port to identify any areas for potential instability and rockfall from the existing rockface.

 

 

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