Kiosk in London
A new structure will offer a vastly improved information service within a distinctive building which is itself destined to become a local landmark. The project site lies on what has fast become one of London's principal tourist routes, as the opening of the Millennium Bridge has directly connected St Paul's Cathedral and the City with the South Bank and Tate Modern.
The new building is established on the site of the existing kiosk, to the south-west of the South Transept of St Paul's Cathedral. This positioning ensures that the building does not impinge on key views of St Paul's, but maintains a visible presence within the immediate area.
In form, the new information centre combines simplicity and efficiency of structure with a distinctive visual presence. The building's triangular plan has primarily evolved from a consideration of the principal movement of pedestrians around the site.
At the same time, the orientation and profile of the building have been developed to establish a sympathetic relationship with St Paul's South Transept, and the Cathedral as a whole: the building quite literally looks up to its prestigious neighbour and opens out to embrace the people who approach it.
A folded metallic envelope seamlessly wraps 140m² of internal accommodation, giving the building an air of lightness that allows it to sit gently in its context while achieving the necessary stability and strength required for the large spans and cantilevers of the scheme.
The basic structure is provided by a steel frame which is braced by a structural ply skin and clad in stainless steel panels. The steelwork was prefabricated in large panels and erected virtually over night. Public facilities are located at the widest part of the triangular plan, with staff facilities housed in the angle at the tip.
The roof is inclined in profile, rising from 3m to 5m so that its tallest point embraces the public entrance and tapers down towards the rear staff entrance point.
The building meets exacting environmental standards and has been engineered to exceed current Part L targets for CO2 emissions by over 20%. The structure's envelope is well insulated, the interior environment is regulated using borehole cooling and rain water is collected for use as flushing water.