Trace's Impactful Recent Surveys and Waterproofing Projects
Transforming above and below ground space, with Trace
By James Hockey
Excellence in Timber Repair and Commercial Waterproofing for Manchester's Academic Institutions
When Manchester's prestigious universities faced waterproofing and timber challenges across their campus buildings, they partnered with Trace for expert solutions. Our team designed and implemented custom waterproofing systems to protect occupied habitable basement areas, and we've designed and implemented structural timber repairs to preserve significant structural elements.
We delivered comprehensive assessments, tailored designs, and efficient installations that minimized disruption to academic activities. The result: protected facilities that maintain their structural integrity despite Manchester's challenging weather conditions, allowing the universities to make effective use of space.
Transforming Oldham Heritage & Arts Centre
"Working on the Oldham Heritage & Arts Centre since 2016 has been one of our most rewarding long-term projects," notes James Hockey, our specialist waterproofing designer. "The building presented unique challenges that required innovative solutions at every stage."
Trace collaborated closely with Tilbury Douglas and the design team, bringing technical expertise from initial surveys through to practical completion. "What made this project enjoyable was seeing our early design recommendations carried through to implementation, close colaberation with the design and project management team, creating a waterproofing system to preserve an important civic structure."
A hands-on approach ensured that the waterproofing specifications addressed both preservation concerns and functional requirements, resulting in a comprehensive solution.
Survey Work at a Grade I Listed National Art Gallery
We were recently appointed to carry out specialist damp survey investigation work at a Grade I listed National Art Gallery.
Our brief focused on investigating moisture levels within the masonry. Quantitative methods were employed to obtain accurate moisture content readings across 156 positions throuhgout the building fabric. As a result, our team was able to build a detailed picture of the underlying conditions.
Our findings will now inform a sympathetic strategy, tailored to the building's historic construction and ongoing conservation needs.
Projects like this highlight the importance of expert involvement at an early stage. We ensure that sensitive heritage buildings are protected for future generations while remaining safe and structurally sound today.