Stopsley High School
Stopsley High School is a mixed Comprehensive and Community College that is located in the northern suburb of Luton. Achieving ‘Specialist Sports College’ status in 2002, the school educates children from 11-16 years old. In 2013, the school received funding from the Government, via the Priority School Building Programme (PSBP), which aims to address the needs of schools most in need of urgent repair. For Stopsley High School, this meant a combination of some buildings being demolished and rebuilt while others receive upgrades. To support the increase of pupil capacity from 990 to 1350, a new school building was built to provide 64 classrooms, a four court sports hall, creative and music spaces and a special needs facility.
With the aim to complete construction in August 2016, main contractor, Interserve worked with sub-contractor, Briggs Amasco and Acoustic consultant, Arup to deliver a modern, purpose-built and well-insulated school building. The brief was to provide pupils with a thermally efficient and acoustically sound environment that is conducive to learning.
Stopsley High School had to be built to the highest thermal and acoustic performance specifications. The roofing solution for the new school building needed to overcome a number of performance challenges. The team at Briggs Amasco was tasked to achieve a thermal performance of 0.15 W/m2K in the school building. It was also required to meet the stringent acoustic performance requirements of BB93, in order to achieve a target noise reduction of Rw44Db. Alongside this, a roofing solution that could control the noise generated in high traffic areas of the school, such as the sports hall and music rooms was desired.
The ROCKWOOL Solution
The team at Briggs Amasco devised a roofing solution that would meet the high thermal and acoustic performance standards that were set out in the brief. ROCKWOOL insulation products, including HARDROCK® Multi-Fix (DD) Underlay and ROCKWOOL HARDROCK® Multi-Fix (DD) were specified.
Approximately 600m2 of the 150mm HARDROCK® Multi-Fix (DD) Underlay and 600m2 of the 105mm HARDROCK® Multi-Fix (DD) were installed on the flat roof of the newly built school building which includes 64 classrooms, a four court sports hall, creative and music spaces and a special needs facility.
Offering maximum density and exceptional dimensional stability, HARDROCK® Multi-Fix (DD) boards were adhesively applied on the roof of the building. The HARDROCK® Multi-Fix (DD) Underlay was placed across the roof, followed by the HARDROCK® Multi-Fix (DD) roof boards providing a non-combustible surface that was ideal for the application of the torch applied bitumen waterproofing system.
The HARDROCK® Multi-Fix (DD) boards have helped to deliver a comprehensive thermal, sound and fire safe solution that is suitable for this type of multi-purpose application. HARDROCK® Multi-Fix (DD) products are excellent sound level controlling products and fully compatible for use with other flat roofing systems.
“I have used ROCKWOOL products on several projects previously, so I was confident that the ROCKWOOL HARDROCK® Multi-Fix (DD) roof boards would deliver outstanding results,” comments Tony Sutton, Contracts Manager at Briggs Amasco. “The ROCKWOOL products act as an excellent sound deadening layer, which helped in controlling the high level of noise coming from the sports and the music halls of the school. The products also deliver optimum levels of thermal and acoustic performance, which helped us achieve the set requirements.”
The thermal, acoustic and fire resistance properties of ROCKWOOL products have provided Stopsley High School with a roofing solution that is thermally efficient and provides great acoustic properties to enable effective teaching and learning. Additionally, the excellent fire resistance properties of the ROCKWOOL products provide a high level of fire protection that will last the lifetime of the school building.
Set within the northern Manchester suburbs, Collyhurst is an economically rundown area that houses some of the most deprived communities in the country.
The challenge The design of the O2 arena’s roof had to incorporate state-of-the-art acoustic engineering to eliminate virtually all nuisance ambient noise (bass thumping) outside the arena while ensuring fantastic acoustics inside the structure.
Wilmcote House is a sheltered housing scheme in Portsmouth, featuring three connected 11 storey blocks of 107 residential maisonettes, originally constructed in 1968.
In December 2007, RCT Homes Ltd became Wales’s largest social landlord after taking over the ownership and management of nearly 11,000 homes from Rhondda Cynon Taf County Borough Council. A not-for-profit organisation, RCT Homes provides high quality housing and manages housing services for more than 60 housing estates and 27 sheltered housing schemes.
Stopsley High School is a mixed Comprehensive and Community College that is located in the northern suburb of Luton. Achieving ‘Specialist Sports College’ status in 2002, the school educates children from 11-16 years old. In 2013, the school received funding from the Government, via the Priority School Building Programme (PSBP), which aims to address the needs of schools most in need of urgent repair.
REECH (Renewables and Energy Efficiency in Community Housing) is a European Regional Development Fund (ERDF) funded project aimed at improving energy efficiency in some of the most deprived communities in Liverpool. Social housing provider, One Vision Housing, accessed ERDF funding to help fund the improvement of the Hornby Flats Estate development in Litherland.
Aldgate Tower is a brand new, state-of-the-art office development, the first phase of a wider regeneration of the Aldgate area in London.
A tightly grouped housing development, less than 500m from the south bank of the Dee estuary, Dee Cottages is an early example of corporate involvement in housing design directly associated with the arrival of the Courtaulds company during the closing years of the First World War.
The task was to extend the life of three 1960s residential tower blocks by significantly improving the insulation, thereby increasing thermal comfort and making the flats more economical for residents to heat.