The fast-track route to commissioning fan-coil units

SAV
A major contribution to reducing the installation and commissioning time for the fan-coil-unit air-conditioning system in this building near Tower Bridge was made by using SAV commissioning modules.
SAV’s commissioning modules are playing a key role in the installation of an air-conditioning system comprising over 400 fan-coil units in the City of London. Bridge House comprises seven floors of prime office space and is a development by Credit Suisse. All seven storeys above ground level are served by 4-pipe FCUs with hot and chilled water supplied by a roof-mounted boiler and packaged chiller plant. These FCUs are linked to 172 commissioning modules by flexible, plastic-coated pipework in groups of three to five. By breaking the system down into self-contained groups, each served by a smaller actuator and with a differential-pressure control valve in each commissioning module, energy-efficient operation is achieved and capital cost reduced. All the modules were delivered in the same week and first-fix installation completed in a few days. The second team could then begin their work on the flexible pipework. Commissioning was also much faster, with all the FCUs connected to a module balanced from that point. Ove Arup was M&E consultant, and Axima was responsible for the fit-out of the fan-coil system.



modbs tv logo

ICOM celebrates Noah Gaunt as Apprentice of the Year 2026

Noah Gaunt of Vaillant Group UK has been named ICOM’s Apprentice of the Year 2026, recognising his outstanding commitment, technical excellence and passion for advancing the future of low carbon heating.

BCIA warns non-domestic buildings risk being overlooked despite decarbonisation drive

Commercial and public buildings risk being left behind in the UK’s transition to Net Zero despite more than £40 billion of funding, investment and policy support being directed towards building decarbonisation, according to the latest Policy Pulse report from the Building Controls Industry Association (BCIA).