The answer is simple and difficult.
/m², good practice would be below 970kgCO.and best practice below 550kgCO.
This lower threshold is only achievable by refurbished buildings and timber structures that account for carbon sequestration and design with ambitious low carbon specifications.. Bryden Wood aspires to design new buildings that achieve at least the good practice thresholds shown in Figure 4 and where feasible deliver best practice performance.In order to be able to meet these aspirations, it is necessary to develop a clear strategy for both embodied and operational carbon..From LETI: graphic showing the range of performance based on benchmarked projects..
Comparison embodied carbon targets from RIBA, LETI and GLA.Achieving net zero operational and embodied carbon with lean design and modern methods of construction.
Bryden Wood’s strategy to achieve net zero carbon building is based on the adoption of a clear hierarchy for operational and embodied carbon..
In order to substantially reduce operational carbon, our designs will adopt the following hierarchy:.All in all, the technical spaces in a building become a lot smaller.
This will also mean the capital cost should come down and certainly the running costs will decrease.Ultimately, you will have a happy client who won’t have to pay as much to run the building every year.With the Circle Reading project, architects Bryden Wood have employed a design ethic powered by both clinical practicality and build efficiency, delivering a hospital not only visually distinctive, but one which utilises insightful, use-driven design and cutting edge manufacturing processes.
It’s a space which continually upends expectations - a structure of steel and concrete, much of which was built offsite..The achievement has been made possible by the implementation of a bespoke Design for Manufacture and Assembly system, which Bryden Wood developed in conjunction with Circle and tailored specifically for their needs.
(Editor: Beginner Gadgets)