The former georgian chapel that was closed in 1984 has now since been refurbished into ‘The Parade Cinema’. Prior to the project taking place, the chapel was in a state of neglect with major renovation works required to be able to bring it up to standard for its new use.
Retaining the aesthetics of the former chapel have remained an integral part of the project, with the external appearance remaining the same. However, the main transformation has taken place internally where the once nave section of the chapel is now a grand one screen cinema with 106 seats, 70 in the stalls and 36 in the balcony. There are now dedicated seating spaces, an auditorium, fully licensed bar and café, industrial kitchen, lobby waiting areas and an external substantial paved garden where food and drink can be served and enjoyed in the fresh air.
CBG Consultants was appointed to provide the mechanical and electrical aspects of the project. In keeping with the client’s brief, the M&E works have been designed to be discrete and to not affect the overall look of the cinema, whilst at the same time providing suitable cooling, heating, and illumination.
CBG Consultants were appointed to complete the modelling and full M&E design works to a new build community centre comprising of a multi-use hall, meeting rooms, office, community shop and changing rooms.
The aim was to provide a local facility for the community, social and sports facilities within this well used public park in Aston Clinton. The existing building no longer satisfied current needs, refurbishing and extending was initially considered however, it was clear at an early stage that a new build solution was the only viable option to meet the client’s aspirations.
Other criteria in the client’s brief was the need to minimise running costs, to be sustainable and to be a attractive addition to the village.
M&E services included arranging Incoming Utility supplies (Electricity and Gas), Power , Lighting (Internal and External), Data, Access control, Fire Alarm, CCTV, LTHW heating system (utilising Underfloor heating, Radiant Panels and a small number of radiators), Electric radiant panel heating in changing rooms, Potable boosted Cold Water system, Domestic hot water service, Above ground drainage, MVHR ventilation (changing rooms and toilets) and Passive ventilation (in the Multi-use Hall). Solar PV panels on the roof provide electricity for the building. Provision was allowed with the design for a catering extract system to be added at a future date.
Community of St Mary the Virgin Convent
The Community of St Mary the Virgin (CSMV) is an Anglican religious order based at Wantage in Oxfordshire, England. It was founded in 1848 by the vicar of Wantage, the Reverend William John Butler and is one of the oldest surviving religious communities in the Church of England.
This ambitious scheme sees the remodelling and extension of the 19th century Church of England convent, to provide a new foyer and reception area, together with a new office for CSMV’s bursary staff, office space for the Oxford Diocesan Schools Trust (ODST) and six new bedrooms for visiting friends of the Sisters.
The previous entrance was poorly sited and poses access issues whilst the new entrance combined with the foyer, provides a large and flexible focal point for the building offering a warm welcome to visitors to the Convent.
The mechanical and electrical services design makes use of existing biomass boiler and PV solar panels on the site, to provide energy for the new accommodation areas.
CBG Consultants also undertook a site wide infrastructure upgrade, to provide new power and water distribution across the site, addressing significant legacy maintenance issues as part of the improvement project.
New Swimming Pool Complex, St George’s Independent Boarding & Day School
Following the opening of the new library and languages centre in 2015, St George’s continued their development plans and we were delighted to be involved with the new Swimming Pool complex commencing in 2018 and opened in the summer of 2019.
Working closely with the Architect, Edgington Spink + Hyne, our Sustainability team worked to optimise fabric first and modelled the building to maximise energy gain whilst avoiding overheating. Dynamic thermal modelling was used as part of our team’s input into the building elements selected. Additional opening windows and window treatment in key areas avoided the requirement for comfort cooling.
Low energy, building with highly insulated fabric
Overheating modelling and analysis to avoid comfort cooling requirement
The team also provided BREEAM assessment services to meet the target of ‘Very Good’.
M&E services were selected based on proven quality and track record as well as efficiency. Plant was carefully located and to ensure access for maintenance and future replacement. We also undertook investigations into the capacity of the incoming gas, water and electricity supplies.
State of Art high efficiency heat recovery pool plant with fully automatic energy saving operation
Highly efficient Mechanical Ventilation and Heat Recovery (MVHR) in wet and dry changing areas
Pool filtration including UV protection to minimise chlorine use
BMS Controls system with run status and energy monitoring
Low energy lighting throughout
Successful commissioning, handover and operation
CBG provided a fully co-ordinated, detailed specification and drawings to ensure the tender documents were unambiguous to permit maximum competition in the tender process.
Founded in the 18th Century, the Royal Botanical Gardens at Kew is the one of the world’s oldest research facilities of its kind.
The site comprises of many historic buildings which are famous in their own right, including the Pagoda, Palm House and Temperate House. Its importance was recognised in 2003 when it became a UNESCO World Heritage site.
The mechanical and electrical infrastructure has evolved constantly as the site has expanded and developed, with many ad-hoc additions made over the decades. Despite the existence of substantial record drawings and archive information, inevitably there were gaps and inconsistencies in the knowledge of the site. We were appointed to undertake both a strategic level review of the site electrical infrastructure, and detailed building by building surveys. This remit included the home of the Millennium Seed Bank at Wakenhurst Place, Sussex.
We initially carried out visual surveys and inspections of the record information. Following this, we advised where intrusive investigations were needed, and supervised the undertaking of these by qualified specialist contractors. Ranging from the upper galleries of the famous glass houses, to concealed Victorian tunnels and state of the art laboratories, our surveys took us to all areas of this unique and important site.
The client now has a comprehensive accurate record of their assets, and an understanding of what capacity is available for future developments. This will support their work through the next few decades.
Stockwell Hall of Fame, Stockwell Park Estate, London
The Stockwell Hall of Fame was originally built in the 1950s, to be used for sports by the children of the Stockwell Park Estate.
As part of their estate regeneration, Network Homes have invested in this area to promote the space as a place to showcase artwork (including legally painted street art), whilst also improving the conditions for sports and events usage.
It was highlighted that the site suffered from poor drainage and lighting, and a general need of improvement to ensure the safety of users of the local community. New wall openings, steps, and lighting opened the space up to the outside world.
CBG Consultants were appointed to design the lighting to make the area very welcoming and more importantly safe. Whilst working very closely with the architects, the design team, and the client to ensure that the lighting chosen, and the location of the lighting enhanced the area and realised their vision.
The project was completed in Spring 2019 and is a new cultural destination in the Brixton/Stockwell area, providing a great space for sports, art, and performances to bring together the local community and visitors from all over the globe.
Civic Trust Awards 2020 – Highly Commended
Civic Trust Awards 2020 – Regional Finalist
Building Awards 2020, Social Value category – Finalist
Located directly to the north east of Chathams town centre, Fort Amherst is one of the country’s best preserved Napoleonic Fortresses. It is a Scheduled Ancient Monument, previously on Historic England’s ‘at risk’ register, with numerous listed structures and sites.
The ambition for the ‘Command of the Heights’ project was to restore and enhance Fort Amherst, as a space of historic significance, with a strong vision for the future, and to inject new lifeblood into the area, by engaging people from all walks of life to help shape the future of the site.
The vast site poses many logistical challenges, with a network of tunnels, barrier ditches and hilly terrain. The project includes the conversion of former gun casemates at the summit of the site into an open-air theatre; creation of a new visitor access to the site from the main road; installation of a new WC block and demolition of a former MOD office building to reinstate the historic lines of the lower site defences.
Engineering services include new power and water distribution across the site, M&E services to the theatre, landscape lighting, and diversion of a former UK Power Networks substation.
Performance photographs are of ’The Chatham Witch’ by Icon Theatre, Chatham, Kent.
Collaborating with potential service users – including those experiencing homelessness – the building had been designed as a calm and functional environment, with a provision for dogs and a mix of different spaces including private space.
Floyds Row will provide assessment services and shelter for up to 60 people experiencing homelessness or at risk of rough sleeping. 20 spaces will be temporary shelter of up to a week for people whose needs are being assessed, with another 20 beds reserved for people who have been assessed and are engaging with services to find suitable move on accommodation. The remaining beds will be winterlong emergency accommodation available to anyone experiencing homelessness.
In addition to the range of accommodation, the building offers washing facilities, kitchens, treatment rooms, and intensive support to help people move on from a life on the streets.
CBG designed all mechanical and electrical services for the new facility, ranging from boiler replacement, hot and cold water, power, lighting, fire alarm, security, and brand new purpose-built ventilation system.
The project was completed and opened just two months before the pandemic struck, and had to be temporarily re-purposed as a triage centre because residents could not isolate safely in the building.
His Royal Highness The Earl of Wessex visited the completed project in May 2021 and heard how the council had forged new partnerships to provide COVID-safe accommodation in hotels and student rooms, and how Floyds Row was and continues to be an integral part of the recovery from the pandemic.
Images supplied by Jessop and Cook & Cyrus Mower Photography
Daneshill School Swimming Pool and Sports Hall – Hampshire
New sports hall, swimming pool and MUGA set within an existing school.
The building shall include a number of low energy measures including building physics approach to optimise the orientation and fabric. Low carbon plant including Solar PV and heat pump.
Christ Church Cathedral
CBG Consultants were appointed by Christ Church, for the phased renovation of the Cathedral in 2017.
Dating from the 12th Century, the Grade I Listed Cathedral was last rewired in the mid 1990s. A proposed project to clean and restore the high level building fabric gave the opportunity to renew electrical distribution and the lighting installation, which had become dated.
We worked closely with the Cathedral’s nominated lighting designer, and Purcell Architects, to develop the new electrical infrastructure proposals. This had to be installed over several phases of work whilst the Cathedral remained in use. Much of the servicing of the building is done using the high-level clerestory walkways. While these provide a convenient route, they also pose a risk to maintenance personnel, with access available only with safety harnesses to two people at a time. We developed a scheme to minimise the need to access these walkways, by locating the drivers and power supplies for the lighting system in central locations away from the clerestories. These are more likely to require future maintenance than the light fittings themselves.
We designed a new central battery emergency lighting system, bringing the building up to compliance with current regulations. Night time validation was undertaken to record delivered illuminance levels.
Phases 1 and 2 of the project are now complete, with the design of Phases 3 and 4 due to start later in 2019.