Business Development, District Energy
Contact Crispin Matson
T: +44 20 7631 5291
“The biggest challenge society faces is climate change. As responsible engineers we must not only design energy efficient buildings but take a proactive role in the community too.”
Crispin Matson joined the practice as a Director in 2009.
Crispin leads the development of renewable energy projects including generation, distribution and use throughout the UK and Ireland. He is responsible for large-scale energy masterplanning, district heating, CHP, biomass and biogas generation, solar energy, geothermal, onshore wind and energy efficiency projects. Crispin leads the continued development of these services, providing strategic direction and actively driving expansion. His emphasis is on technical excellence combined with energy-efficient design.
In addition to his strategic role, Crispin facilitates knowledge sharing across disciplines. He also promotes strong links with our overseas operations and related services in the wider Ramboll group.
With over 25 years in the industry, most recently at the leading edge of the design of renewable systems in buildings, his experience covers a wide range of project types and scales. Always client-focused, his solutions respond to the particular opportunities of each project. He explores every possibility in the service of delivering long-term value in a sustainable way.
Crispin is passionate about the role engineers will play in facing the challenges of climate change. Keenly aware of both the scientific and policy developments in this area, Crispin is a member of the ICE London Energy Panel as well as being a regular speaker at conferences on renewable energy and a director of a wind-farm co-op. Crispin takes an integrated approach exploring how energy is generated, transmitted, stored and used not only in buildings but also in the wider transport infrastructure. Crispin sees a role for Ramboll UK engineers in moving the country towards a zero-carbon economy, drawing on the Ramboll Group's expertise in Denmark and across Scandinavia.
A very positive person, Crispin is excited about the potential the Ramboll network has for tackling complex multi-disciplinary projects and sees a possibly unique breadth of expertise there that will enable the company to help society address the bigger issues. He is a strong believer in engineers being more proactive in their communities.
BP North Sea Operations headquarters
Sometimes it pays to look twice at received ideas about what works and what doesn’t. By questioning some basic assumptions, we were able to provide cost-saving innovations on this HQ development in Aberdeen.
Three buildings are connected by an internal fully-glazed triple-height ‘street’. Comprising a total of seven wings, the buildings project out on either side of the street, so the overall structure is roughly star shaped on plan. Each three-storey building is steel framed and is clad in glazing and rendered panels. Two atria book-end the development, and a long span stair provides a visual focal point.
Precast concrete hollow-core floor panels are used throughout. Following detailed analysis of the interaction between the steel frame and concrete elements, we wer ...
Uppingham School sports centre sustainability services
The first phase of campus redevelopment at Uppingham School in Rutland included the construction of a new two-storey sports centre. The 4,690 sq m facility provides a 25m pool, sports hall, dance studio, gym and associated amenities as well as a reception, catering kitchen and hospitality suites. Uppingham School's chief concern was to have a high-quality facility that incorporated sustainable features and reduced energy consumption.
Ramboll's sustainability consultants analysed the full development plan as part of a feasibility study to determine the overall energy strategy for the new campus. With district heating confirmed as a viable option, we set out the specification requirements for the tender of M&E services provision for the centre. Situated in the plant room, a combi ...
New School, Harringay
The New School in London's Haringey is the first new school to be built in the borough since the 1960s. It provides teaching accommodation and facilities for more than 1,000 pupils. Included in the scheme are 60 new classrooms, a sports hall, an assembly space, a cafeteria and kitchen, and science laboratories. The building is designed to be an exemplar sustainable school and to achieve a BREEAM 'excellent' rating.
The location of the site adjacent to a main railway line led to the need for mechanical ventilation throughout the building. In addition, the high level of IT installations has meant the installation of cooling to most of the classrooms.
The design of the school incorporates a number of low-carbon and sustainability features. These include the provision of ...
Brookwood Farm and Coresbrook Way
Despite its conventional appearance, this 12-dwelling residential development is an innovation for Britain. It achieves Code for Sustainable Homes Level 5 compliance, one of the first such traditional housing projects to do so. We worked with the architect-developer to facilitate this achievement within the constraints of a low-key aesthetic that was central to gaining planning consent.
The development consists of 10 semi-detached and two detached houses, all of which are two storeys plus usable loft space. To help meet the Code's requirement for net zero energy use for heating, we focused on the creation of a highly insulated, air tight building fabric. The buildings are constructed from Insulated Concrete Formwork (ICF) — prefabricated blocks comprising a 100mm concrete core s ...