About the Project:
Client: Loughborough University
Our client, Loughborough University is a leading UK public research university renowned for excellence in sports, engineering, and business education, with a strong focus on practical learning and student experience.
This project involved the refurbishment and restoration of an existing glasshouse structure to improve both its appearance and functionality while preserving the integrity of the original framework. The works included a full internal and external non-chemical pressure wash clean of the glazing, replacement of damaged glazing panes, repairs to failed wall blocks, adjustment of bowed structural sections, and restoration of the existing ventilation system.
The aim of the project was to extend the lifespan of the glasshouse, improve light transmission, and ensure the structure was fully operational and safe for continued use.
The Process:
The project began with a detailed inspection of the glasshouse to identify damaged glazing, failed wall blocks, structural movement, and issues affecting the ventilation system. A thorough non-chemical pressure wash was then carried out internally and externally to remove dirt, algae, and built-up debris from the glass surfaces. This significantly improved the clarity of the glazing while avoiding the use of harsh cleaning products.
Broken and cracked glass panes were carefully removed and replaced using matching reclaimed panes in order to maintain the appearance of the existing structure. During the refurbishment, failed and blown blocks within the wall sections were removed and replaced to restore both stability and appearance.
Attention was also given to areas where side cills had bowed over time. These sections were repositioned and securely refixed to improve alignment and structural integrity.
Finally, the existing vent gear was freed up, adjusted, and tested to ensure smooth and reliable operation, restoring proper airflow and ventilation throughout the glasshouse.
The Result:
The completed refurbishment transformed the overall condition and usability of the glasshouse.
The cleaned glazing dramatically improved natural light levels within the structure, while the replacement panes and repaired wall sections restored both appearance and weather resistance.
Structural adjustments to the bowed side cills improved the stability and presentation of the glasshouse, and the restored vent mechanisms ensured effective ventilation and day-to-day functionality.
Overall, the project successfully extended the working life of the glasshouse, delivering a cleaner, safer, and fully operational growing environment without the need for full replacement.
Gallery
Before…
After…
