Case Study - The Royal London Hospital - Reducing the Spread of Infectious Bacteria

Reducing the spread of bacteria in hospitals is aamiable. Architects HOK worked carefully with the
critical task. Armitage Shanks taps and basins,project contractors to create the en-suite
recently fitted in the Alexander wing of the royalbathrooms attractive as well as practical,
London hospital, are playing their part in helping tospecifying high quality Armitage Shanks ceramics
defeat this aggressive enemy.which have a lifespan that exceeds the hospital
Everything about our National Health Service is onrefurbishment cycle.
a lavish scale. It is the largest organisation inThe laminate panels can be removed when
Europe; in a typical week, more than 800,000maintenance is needed. Almost any colour
people will be treated in NHS hospital outpatientcombination is possible, obviously we stayed within
clinics, over 10,000 babies will be delivered by thethe modern disability discrimination act guiding
NHS, and NHS surgeons will perform around 1,200principle concerning colour contrast.
hip operations, 3,000 heart operations and 1,050In these sort of highly utilized areas it makes
kidney operations. And, although over 1.4 millionsense to apply a quality product rather than a
people get treated at home by NHS staff eachcheaper import.
and every week, it is fated that for some aThe infection fight was never far from the minds
hospital stay will be on the cards one of theof the fashion and installation team and products
reasons that a major up-to-the-minute hospitalwere selected with this factor in mind. One of the
building and refurbishment programme is undersimplest ways to transfer infection is by the
technique. Britain's biggest private money Initiativehumble tap or mixer. The modern Markwik range
(PFI) hospital project, with a budget of £1.1reduces contact transmission by eliminating the
billion and a ten-year programme, is theplaces where infectious bacteria conceal. Contact
transformation of healthcare facilities at the Stof any kind can be prevented if a mixer with
Bartholomew's and Royal London hospitals. Theeither a proximity sensor or a time flow sensor is
Alexander Wing in the Royal London hospital hasfitted. The proximity sensor is activated by the
just been fitted with 32 new en-suite bathroomsuser's hand movement within the range of its
and wash stations, part of a '100 bed enablingsensor. It switches off the water when hand
project', featuring products from the HTM 64movement stops or moves out of sensor range;
compliant Armitage Shanks range. Although just athis is predominantly sufficient in areas where
small part of the 'Bart's Scheme', as thewater saving is esteemed. With the time flow
development is referred to, the Alexander Wingsensor which is similarly activated by moving a
provides a tremendous specimen of the highhand over the sensor, the water will flow for a
standard of equipment being used throughout thepredetermined length of time, set when installing
project. In redeveloping the Alexander Wing thethe equipment. This is particularly appropriate for
aim was to supply private hygiene facilities thatclinical scrub up areas.
would be long lasting, easy to preserve and user