
Soapworks Bristol
Watkins Payne carried out the Independent Design Review role for Block A at The Soapworks development.

The Minerva House redevelopment works will include the partial demolition of the existing building and extension comprising of additional upper floors and a new lower ground floor. The development is a 9 storey building comprising 12,659 m² (NIA) of office area over basement to eighth floor and 289 m² of retail area located at ground floor.
The office HVAC consists of variable refrigerant flow fan coil units and on floor fresh air ventilation systems. Domestic hot water for office toilets and showers are served by central storage served by dedicated air source heat pumps.

Watkins Payne carried out the Independent Design Review role for Block A at The Soapworks development.

Situated in Southwark on the intersection of Great Suffolk Street and Union Street, the iconic red brick Union House, historically a warehouse converted into offices, has undergone a substantial redevelopment.

The building services use a 4-pipe fan coil unit arrangement with various ventilation systems to suit the different use areas. Full building power back-up standby generation, UPS, security and access control and automatic blinds all formed part of the fit-out.

The Practice was responsible for designing the complete refurbishment of the mechanical, electrical and public health services to all of the guest rooms, together with the penthouse units in The Claridge’s Hotel.

The 47,900ft² area of The Smithson building in Farringdon was refurbished to high quality office accommodation, for which Watkins Payne supplied building services engineering, vertical transportation engineering and energy consultancy to achieve an EPC B rating. The refurbished area is spread across basement and ground floor.

The Grade II listed building at 2 New Burlington Street has been redeveloped to offer 5,000ft² of high quality residential accommodation, for which Watkins Payne supplied building services engineering and energy consultancy to achieve an EPC D rating.