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C. ontinued research into these technologies, alongside more evidence of cost benefits, may help in incentivising industries to adopt these technologies.. Energy Efficient Plastic Production: It’s a Team Effort.

This standard kit of parts can be configured to offer a broad range of building products without limiting design ambition.Design effort can be spent where it adds the most value – creating places where people want to live and work.. 105 Sumner Street consists of two new-build commercial office buildings, built around a publicly accessible internal courtyard, in total comprising c. 135,000 sq ft.

Digitising planning | Jack Ricketts, Principal Planning Officer, Southwark Council, and Miranda Sharp, National Digital Twin Programme at the Centre for Digital Built Britain. Part 1 of 2.

It will be nine storeys high with reception and basement areas.The development will be a high quality and sustainable building with a vastly improved streetscape and public realm, continuing the transformation of Southwark..It will use a hybrid steel and concrete structural platform that was developed as part of an Innovate UK First Phase Challenge Fund research project on Automated Construction.

Digitising planning | Jack Ricketts, Principal Planning Officer, Southwark Council, and Miranda Sharp, National Digital Twin Programme at the Centre for Digital Built Britain. Part 1 of 2.

The structural platform developed as part of the R&D project will provide the chassis for the office floor space and the project will include the development of cladding and building services components to create a reusable kit-of-parts-based solution for offices..The project will validate and showcase the benefits that can be delivered using P-DfMA techniques, Modern Methods of Construction (MMC) and digital technologies on a large-scale new build commercial office development.

Digitising planning | Jack Ricketts, Principal Planning Officer, Southwark Council, and Miranda Sharp, National Digital Twin Programme at the Centre for Digital Built Britain. Part 1 of 2.

It is designed to a ‘zero carbon in use’ strategy, and is already achieving gains:.

efficiency: a predicted 9.5% reduction in capital cost, 13% reduction in programme, 40% reduction in steel used and 50% reduction in site operatives for superstructure and facade.As it dries it changes geometry losing original accuracy.

This is a problem as connections cannot be relied on geometrically and presents a challenge particularly for DfMA solutions and other situations where small tolerances are required.. Our response is to:.- Transport and store timber in waterproofed flat stacks.. - Engage early with contractors to produce an on-site maintenance plan with special attention to timber elements.. - Enable sufficient drying periods within the project programme.. - Use preservative natural treatments to prevent woodboring and avoid the use of toxic chemicals such as chromium, chlorophenols or arsenic.. - Use preservative natural treatments on all sides to prevent water ingress.

Oil based primers penetrate wood better than latex or water-based primers, providing greater resistance and are less likely to be scraped off during construction.. - Consider design details to prevent water ingress during construction and use.. Fire and insurance.Since the Grenfell tragedy, public policy has shifted towards a zero-combustibility approach in certain higher risk buildings, making the use of engineered timber more complicated.