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Newson's Yard: Balancing conservation with refurbishment

Newson’s Yard is a high-profile new design hub featuring top end retail outlets and eateries, located in a meticulously refurbished and reimagined former timber yard set amidst the famous Pimlico Road Design District. Created as a mainly residential extension to Belgravia, the Pimlico district of South-West London is known for its garden squares and Regency architecture, first being designated a conservation area in 1968. As befits a former timber yard, timber was a key material for this imaginative refurbishment scheme, and B&K Structures (BKS) - a leading exponent of mass timber and structural steel packages – were instrumental in the delivery of Newson’s Yard.

 

Newson’s Yard has been developed by Grosvenor, with Stiff + Trevillion as architect and Heyne Tillett Steel (HTS) appointed as structural engineer. BKS provided the offsite-manufactured, hybrid steel and engineered timber package, including the use of CLT panels, which formed part of the new internal structure and created an extensive mezzanine level, which stands at the heart of the development’s identity and commercial success.



Design expertise helped address the technical challenges associated with the heavy refurbishment work of Newson’s Yard. Rob Mills of HTS explained: “We were involved in a very detailed survey of the building prior to beginning the design work, which showed the old timbers were actually in quite good condition, but the task of incorporating them, and the retained brickwork, into the new structure was extremely complex. 

 

“Part of the reason we were able to employ a CLT solution was its inherent fire resistance. Each of the units has its own means of escape so we were only required to achieve 30 minutes protection across the mezzanine: which we could justify with the charring characteristic of the CLT; and therefore, installing fire sprinklers was unnecessary.”

 

Michael Polack, Technical Manager at B&K Structures, said:

“BKHS designed the timber and steel connections. The cantilevering internal balconies, and restrictions on loading of the existing masonry piers, led to the challenge of high moments on the CLT to steel connections. This challenge was overcome by using shot fired connections which optimised constructability on site.”

 

Sustainability was a heavily emphasised requirement for the project. As such, developers opted for offsite-manufactured mass timber due to its sustainability benefits and its well-recognised structural capabilities. However, loadbearing requirements sometimes require timber to be married with stronger construction materials – primarily steel – to match specific demands. In the case of Newson’s Yard, a hybrid offsite solution in the form of structural steelwork supporting 700 m2 of CLT floor slabs and the retained frame of the Victorian building, proved the ideal combination. 

 

Just as important was the conservation of the timber yard’s aesthetic, meaning that a totally bespoke design was required. The inclusion of CLT panels for the floor slabs brings a number of aesthetic benefits to the project, with the new tenants choosing to keep the visual appeal of exposed timber, rather than lining the units. In fact, the designers specified ‘Industrial Visual’ grade CLT slabs, which means the CLT is of a high enough visual quality to be left exposed, which suits the ambience of the former timber yard and also offers a long, robust working lifetime.

 

The supply chain for Newson’s Yard including BKS used interoperable Industry 3D modelling to identify clashes and understand how the CLT had to be installed before optimised production began. Collaboration between all parties on the project was facilitated by the digital design software, making time and cost savings and offering the most up-to-date information available.

 

The use of a prefabricated mass timber system had inherent time-saving benefits that cut onsite prelims and supervision cost by 20% and overall construction time by 25-30% compared to traditional construction for this contract’s build phase. Due to the precision cut nature of the CLT, defects and snagging - prevalent in traditional construction - were minimised, helping to increase the reliability of the handover date.

 

BKS Operations Manager, Craig Robinson, commented: “From design to manufacturing, transportation and onsite installation, the team used the latest digital tools collaboratively to ensure the project’s speedy and accurate construction. Prefabricated timber panels meant that all elements and connections were able to be fitted offsite and erected very quickly.”

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