Newhaven ERF

Architectural Mesh Cladding

Project Outline

Delivering a structural solution required us to develop a fully engineered aluminium fabric clamping detail that would complement the inherent flexibility of the fabric thereby ensuring that the daily stresses and strains imposed on these very large wind catching sails would dissipate uniformly into the enclosing skeletal steel frame.

 

Newhaven ERF

Our Solution

To help soften the impact of the new buildings presence on the surrounding landscape the 54 metre diameter quarter-sphere end required an over-cladding that would obfuscate the harsh detail of the externally mounted cooling equipment and yet would allow the necessary volume of air through it.

The architect identified a 50% open mesh fabric as delivering on these functional criteria. To enable this relatively light weight architectural mesh material to perform structurally it contains galvanised steel threads which are woven through it to a regular pattern. 

 

Results

Like a vision taken straight from the set of Blade Runner, East Sussex’s new Energy Recovery Facility perches in the estuary of the River Ouse reclaiming the energy stored within our waste which would otherwise end up as landfill.

Architectural mesh cladding at Newhaven Energy Recovery Facility
Architectural mesh over-cladding at Newhaven Energy Recovery Facility
Architectural mesh over-cladding at Newhaven Energy Recovery Facility
Architectural mesh over-cladding at Newhaven Energy Recovery Facility

Project Summary

Client
Veolia
Location
Newhaven, East Sussex
Date
2011
Architect
S’PACE
Contractor
Hochtief
Fabric
PVC Mesh
Product
Fabric Cladding
Services
Design
Design
Project Management
Project Management
Manufacturing
Manufacturing
Installation
Installation
Maintenance
Maintenance