The studioNWA Winter Party! What an incredible evening we had celebrating all our collective achievements over the past year. It was great fun to bring lots of the team together to catch-up face to face, with a delicious meal and drinks – topped off with a breath-taking sunset across the London skyline. Thanks to our brilliant team for their continued hard work and dedication.
studioNWA is committed to a carbon management plan to reduce operational carbon emissions, in line with the UK and global Net Zero target by 2050 to limit the effects of climate change.
The framework:
Embodied carbon represents the accumulative emissions a particular material or product generates throughout its lifetime, from manufacturing stage to installation during construction, maintenance and disposal at its end of life.
Classified as critical infrastructure buildings, data centres are required to meet high levels of security, performance and insurance conditions, thus having to rely on traditional high performing, durable materials such as concrete, steel and aluminium – amongst the highest in embodied carbon content.
As material specifiers, we engage with stakeholders in the supply chain to stay up to date with advances to manufacturing processes of traditional materials and to encourage a growing portfolio of lower carbon alternatives. We analyse embodied carbon data from EPD certificates and prioritise reduced upfront carbon (A1-A5) and circularity whenever possible.
studioNWA has also developed ECMat, its own carbon management tool to produce project case studies and to benchmark embodied carbon of materials as we continue to improve our carbon-conscious spec.
Measure. Monitor progress. Push for change. That’s studioNWA‘s approach to advancing Net Zero.
Life Cycle Assessment Stages: BS EN 15978:2011
Urban greening has become more prevalent as a planning requirement in urban settings, where contributions can be made in the form of green roofs, green walls and amenity areas.
studioNWA engages with Local Planning authorities and specialists to identify the best solution for a given project site to mitigate heat island effect, air pollution, rainwater storm management and
contribute to on-site carbon capture, whilst meeting relevant policy targets.
BREEAM & LEED assessments are the leading and most widely adopted environmental assessment methods for data centre buildings today, often pursued at planning stage and to reinforce client’s ESG goals.
studioNWA’s in-house knowledge of these certification schemes allows us to work closely with our clients, sustainability consultants and wider design team to maximise the potential for architecturally-driven credits and meet project targets.
Implementation of green roof and walls for a number of benefits:
“Fabric first” approach optimises thermal performance of the building envelope to reduce energy use demands from the outset of the design process.
In data centre typologies, this methodology is particularly effective for the design of administration blocks, as daylighting and views out are an inherent requirement for office areas with permanent workstations, meeting rooms and amenity spaces.
Glazing ratios and solar shading devices designed to suit solar orientation ensure the building façade becomes more resilient to excessive heat gains and losses.
In addition, the optimisation of U-values in external walls, roofs and floors, and effective airtightness details result in a thermally efficient building envelope that reduces Energy Use Intensity (EUI) per square metre and associated carbon emissions.
studioNWA continues to invest in its own sustainability capabilities, including software that can provide real-time design feedback on elements that affect thermal performance of the building fabric. Our design toolkit can also assist the team to identify optimal areas for the installation of solar panels, based on incident solar irradiation values on horizontal and vertical planes.
studioNWA’s early stage design approach facilitates coordination with other disciplines and alignment of energy model targets, contributing to reduction of energy consumption and associated carbon emissions.
