Case Study

| all |

Hammersley House

London, UK

The 16,311 sq ft building on Warwick Street has been stripped back to the core and has undergone a full redevelopment

Total Area

1500 sq m

System
CAM-V Direct Expansion Underfloor supply air, high level return air

2018 Refurbishment

The 16,311 sq ft building on Warwick Street has been stripped back to the core and has undergone a full redevelopment, including redesigned windows and a vibrant green brick façade to grant more architectural definition and visual interest from the street.

Office accommodation featuring underfloor air conditioning has been created on floors 1-4 and the Ground and basement floors are reserved for retail use.  As a speculative office development, the high level return air option was preferred due to the ease of positioning Fantiles for future tenants as there is no underfloor segregation in the plenum.

The project was developed under Royal London Asset Management’s sustainability framework and is expected to be awarded BREEAM “Very Good”.

Architect – Squire & Partners
Consultant – MTT
Developer – Royal London Asset Management
Main Contractor – Virtus


Case Study PDFs

Contact us at sales@flexiblespace.com to request PDF case studies

iQuest Headquarters

Redevelopment of former Flacăra factory site in Cluj Napoca, creating new Romanian Headquarters for German IT company, iQuest.

New Build Refurbishment

16-18 Kirby Street

Underfloor air conditioning and Nesite raised access flooring was installed throughout the 7-storey building offering 26,000 sq. ft. flexible office space for speculative tenancy

Refurbishment

11-12 Hanover Street

Underfloor air conditioning and Nesite raised access flooring was supplied to this building in 2000 as part of a full refurbishment for Japanese developer, Taisei

Refurbishment

17 Devonshire Square

Full refurbishment of the severely height restricted building located on a prominent corner position of Devonshire Square.

Refurbishment

Contact us to discuss your HVAC requirements

See how UfAC can speed up construction time, reduce costs and create space.