Oxford University Chemical Storage Ramp
At a Glance
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Client
Beard Construction
Location
- Oxford
- , England
Services
- Design, Fabrication, Installation
Products
- Access Platforms, Handrails, ramps
Problem/Challenge
The University faced the challenge of providing safe and reliable access to a chemical waste storage building. The corrosive nature of the stored elements and the potential risk of spills demanded a solution that was non-corrosive, safe, and resistant to chemical exposure. Traditional materials would be susceptible to corrosion, compromising the integrity of the access structure and posing safety risks in this sensitive environment. Ensuring compliance with loading requirements and addressing the specific needs of a chemical storage facility further complicated the project.
Solution
Relinea addressed the challenges by designing, manufacturing, and installing a platform and ramp specifically tailored to meet the unique requirements of the chemical waste storage building. The platform was engineered to accommodate a loading capacity of 10 kN/m2, ensuring robustness and safety for personnel and equipment.
The ramp featured high-visibility nosing and handrails on both sides, enhancing safety during ascent and descent. The choice of GRP as the primary material offered a comprehensive solution to the challenges presented by the corrosive elements and potential spills. GRP’s inherent properties, such as being non-corrosive, non-conductive, and chemical-resistant, made it the ideal material for environments with pharmaceutical or chemical use.
Relinea’s expertise in GRP allowed for the selection of resin types tailored to the severity of the chemical environment, ensuring optimal performance and longevity of the access structures. The use of high-visibility nosing contributed to additional safety measures, especially in areas with potential low visibility.
The project demonstrated Relinea’s capability to provide not only structurally sound solutions but also materials and designs that align with the specific demands of environments dealing with hazardous chemicals. The successful completion of this project highlighted the importance of using GRP in critical settings, showcasing its durability, safety features, and resistance to corrosive elements.
