Project: Burger King 20/20 Energy Efficient Restaurants
Location: Worldwide Burger King Restaurants
Product: GA Anolight (Aluminium) Corrugated Sheets
Specifier: Hurstwood Design Group
Client: Burger King
A core objective of the Burger King 20/20 Energy Efficient Restaurant concept was to create a contemporary, edgy, futuristic look for the Burger King restaurant dining experience. The eco-friendly designs utilise state-of-the-art technologies and renewable energy to power one-third of the restaurant’s energy consumption, in an effort to reduce energy consumption costs and CO2 emissions every year.
London Festival of Architecture use Super lightweight aluminium treadplates, making Duke of York Steps accessible for all.
The project brief was to make the historic site of the Duke of York Steps (running between The Mall and Waterloo Place near Lower Regent Street) accessible for all. Previously, the steps were completely inaccessible to wheel chair users. Gooding Aluminium’s super lightweight aluminium treadplates (GA HGP1601) were the perfect partner for this weight sensitive and innovative project.
Project: Zero-Energy Lift Tower
(partly sponsored by Gooding Aluminium)
Event: London Festival of Architecture 2010
Location: Duke of York Steps, St James’s
Park, London SW1
Product: GA HGP1601 Aluminium Treadplate
Architect/Designer: Matthew Lloyd Architects
Client: The Royal Parks
The core objective was to facilitate the passage of a person in a wheelchair or mobility scooter up and down the steps using dignified and independent means without connecting to mains electricity. This installation has become one of the key highlights of the West End focus for the London Festival of Architecture 2010 and there is future development planned for a more permanent solution for the London Olympics in 2012.
Gooding Aluminium’s workshop fabricated the slip resistant alloy material into folded trays for use as flooring plates on the access ramp and lift floor. Aluminium is perfect for incorporating into weight sensitive applications, such as this one. Aluminium is only 1/3rd the weight of steel.
Aluminium’s surface has a self generating and repairing oxide coating which makes it corrosion resistant and therefore less expensive to maintain than steel and other corrodible metals.
Aluminium perforated ceiling trays at Scottish Ballet HQ help create an award-winning building
Gooding Aluminium’s perforated ceiling trays have been used to assist with acoustic control in the new head quarters building for Scottish Ballet. The new HQ has been awarded two prizes at the prestigious Scottish Design Awards: ‘Best Public Building’ and the ‘Architecture Grand Prix’.
Project: Scottish Ballet
Location: Tramway, Glasgow
Product: Aluminium Ceiling Trays, CP1
Finish: Ano-Sil Anodised
Specifier: Malcolm Fraser Architects
Seemingly floating en l’air the suspended perforated aluminium ceiling trays are filled with absorbent material to control and manage the acoustics within the technically demanding dance rehearsal studios.
Gooding Aluminium’s ceiling trays, effectively combining with florescent battens, produce a contemporary, elegant and simplistic solution to the overhead detailing in these exciting award-winning studio spaces.
The new headquarters building for Scottish Ballet replaces a derelict section of the Tramway arts centre on the Southside of Glasgow. The brief for the building comprised of three distinct areas – large technical workshops at ground floor, administration, wardrobe and music departments on the first floor, with three large rehearsal studios situated at the very top of the building. A large concrete stair connects Tramway’s existing foyer up to a new wood lined social space at the heart of Scottish Ballet’s building.
The external elevations of the building had a textured, pigmented concrete cladding panel applied at ground level, designed to deal with the robustness of the day-to-day life of the street. Above this, the remainder of the building has been clad in an aluminium profiled sheet which has varying profiles and colour (from dark grey to silver and gold), all intended to achieve a subtle layering that gives proportion and scale to the building.
The sustainable project has been delivered in partnership with Glasgow City Council, Scottish Enterprise Glasgow, the Scottish Government and the Scottish Arts Council (National Lottery Fund).