Sustainability
Dorking Business Park
Unit 3 at Dorking Business Park has just received Practical Completion following a comprehensive refurbishment.
Unit 8, in Tangmere Business Park near Chichester has been provided with a complete refurbishment giving both the warehouse and associated office space attached a much needed re-fresh and new feel.
The office space consists of circa 20,000 ft2 and has been provided with new VRF heating and cooling plant coupled with natural ventilation and some supplementary ventilation to internal meeting rooms. It also benefits from a new fire alarm and LED lighting giving it an as new feel.
The warehouse space, which is vast, provides the majority of the NIA and was stripped back to a shell with only a small amount of the existing services retained which were left by the previous tenant.
In addition to the new plant, an existing photovoltaic array was cleaned, rebuffed and reinstalled on the roof to further improve the buildings sustainability credentials.
With the installation of the new plant, high efficiency LED lighting and the photovoltaic panels the scheme comfortably achieved the clients targeted ‘B’ rated EPC.
The space has already been let with the new tenant having input into the design and fit out of the space to minimise wastage when they move in.
Unit 3 at Dorking Business Park has just received Practical Completion following a comprehensive refurbishment.
11 Waterloo Place is located in St James’s London. The newly refurbished CAT A office space on the 1st floor is complete with amazing views of Big Ben and St James’s Park.
Client
Gross Internal Floor Area
The Crown Estate’s redevelopment of Albany House and 80-82 Mortimer Street has been an extensive and vital project to the area’s revitalization. Among the project’s numerous tasks,
Sustainability is incredibly important for the Client and as such the building is BREEAM ‘Outstanding’, WELL ‘enabled’ Gold, alongside WiredScore Platinum. In addition, the Design for Performance approach is been adopted in order to minimise operational energy and hence carbon emissions.
