For the next stage of our Understanding Embodied Carbon series, we are taking a look into our RIBA award winning project, The Garden Room at Cwm Barn, and analysing what worked well, but also what lessons we have learnt for improving the embodied carbon impact of our future projects.

The Southside will be more than a building; it's a visionary attempt to foster unity, inclusivity, and a sense of belonging among people from different walks of life.

Timber cladding is a beautiful and sustainable way to finish a building’s exterior, offering both aesthetic appeal and protection. However, the longevity of timber cladding depends not only on the type of wood used but also on critical factors such as detailing, location, and exposure. Good design and installation practices ensure that timber cladding can stand up to the elements, especially during the harsher winter months.

The need for solutions in building design and retrofit projects is paramount while we are targeting the UK's zero carbon goals, as more than 20% of current British housing was built pre-1919 (read more about retrofitting buildings here) and will need modifying in some format.

Continuing our series on understanding embodied carbon, this case study examines our recently completed project, The Tin Barn, located in the picturesque village of Marshfield.

We have recently secured planning permission for an innovative reconfiguration of a previously approved scheme for 15 new, low-energy flats at Oldbury Court in Bristol. The site, which is currently a brownfield area, has been reimagined to meet more stringent energy efficiency targets and to achieve design excellence in community-focused living.

At Arbor Architects, we continuously seek innovative tools and methods to ensure our projects exceed industry standards. One such cutting-edge technology that we employ is thermal imaging. But what exactly is thermal imaging, and how can it benefit your project?

In sustainable architecture, discussions often revolve around the operational energy use of buildings and the incorporation of renewable resources. However, another critical aspect of a building's environmental impact is often overlooked: embodied carbon. Embodied carbon refers to the emissions produced during the entire lifecycle of building materials, including extraction, manufacturing, transportation, and assembly.

We're delighted that our Passivhaus-principles project in Clungunford, South Shropshire, has been granted planning permission, and we are able to move this scheme into the next stage.

In an increasingly urbanised world, the importance of incorporating nature into our built environment cannot be overstated. As architects, we have a unique opportunity (and responsibility) to design spaces that serve human needs but also support and encourage wildlife to thrive.