Timber kit supply begins at former hospital site near Penicuik
Muir Timber Systems has commenced the delivery of timber kits for the construction of 24 new homes at the former Rosslynlee Hospital site near Penicuik in Edinburgh.
The significant project strengthens the firm’s ongoing partnership with Scottish homebuilder, Carmichael Homes, following a successful collaboration on an affordable housing development in Plean earlier this year.
The project involves building 24 detached, two-storey villas to meet the growing demand for high-quality, private housing in the area. These homes will not only add to the local housing stock but also improve the community by offering modern, energy-efficient living solutions.
The timber kits for the development are designed with a focus on sustainability. They are made from renewable materials and are manufactured at Muir Timber Systems’ cutting-edge facility in Inverkeithing. The factory is powered by a solar array, showcasing the company’s commitment to eco-friendly practices and reducing carbon emissions within the construction industry.
Gary Gray, general manager of Muir Timber Systems, commented on the collaboration: “We’re excited to continue our successful partnership with Carmichael Homes continuing to contribute to new residential schemes across the region. By utilising our sustainable timber solutions, we’re helping to shape communities with homes that not only meet the highest quality standards but also align with the growing need for energy-efficient construction.”
Scott Carmichael, managing director of Carmichael Homes, said: “We’re thrilled to continue our partnership with Muir Timber Systems on this exciting development in Penicuik. Their commitment to sustainability and quality aligns perfectly with our vision of creating homes that stand the test of time, both in terms of design and environmental impact. By using timber kits that are sustainably sourced and manufactured with solar power, we’re ensuring that these new homes will provide long-term value to the community while minimising our carbon footprint.”