The Brief:
Rochester Bridge, an iconic structure with a rich history dating back to the Roman era, has long been a vital crossing over the River Medway in Rochester, UK. The bridge, which is now managed by the Rochester Bridge Trust, required extensive cleaning and bird control measures by experienced rope technicians to maintain its structural integrity and aesthetic appeal. The project was awarded to Avisan by a larger contractor working directly for the Rochester Bridge Trust. The brief was twofold: first, to thoroughly clean the bridge, removing traces of bird guano and roosting debris, and second, to replace the existing bird control measures to prevent future roosting and nesting by pigeons and other birds.
The Solution:
Given the complexities of accessing the intricate and high parts of Rochester Bridge, rope access was identified as the most cost-effective and efficient method to carry out the work. Avisan deployed two highly skilled rope technicians, all IRATA-certified, to execute the project. Over a span of two weeks, these rope technicians meticulously cleaned the bridge, ensuring that all areas affected by bird guano were addressed. They used specialised cleaning agents suitable for historical structures to avoid any damage.
Following the cleaning phase, the rope technician team installed high-quality pigeon netting. This netting is designed to be both durable and unobtrusive, effectively preventing pigeons from roosting while maintaining the bridge’s visual appeal. The use of rope access allowed the rope technicians to reach all necessary areas without the need for disruptive scaffolding, thus minimising the impact on the bridge’s daily usage and its surrounding environment.
The Outcome:
Upon completion of the project, Rochester Bridge was restored to a pristine condition, free from bird guano and debris. The newly installed pigeon netting ensures that the bridge will remain protected from the detrimental effects of roosting and nesting birds. The historic bridge not only looked revitalised but also safeguarded against future bird-related issues. The client, representing the larger contractor and the Rochester Bridge Trust, expressed their immense satisfaction with the outcome. They appreciated the efficiency, professionalism, and high standards maintained by Avisan’s rope technicians throughout the project.
Avisan’s Rope Technicians Get the Job Done Quickly and Efficiently
Avisan’s commitment to excellence is evident in every project we undertake. Our team of rope technicians is highly skilled in a variety of services, including silo cleaning, high-level cleaning, rope access repairs and maintenance projects, and bird control services. Our rope access technicians are multi-skilled tradesmen who can complete a whole host of rope access services at height, including high rise window cleaning, cladding cleaning and brickwork, and stone and masonry repairs. These services are crucial for maintaining the integrity and appearance of buildings and structures, especially those with historical significance like Rochester Bridge.
What sets Avisan apart is our dedication to Service, Safety, and Satisfaction. By utilising advanced rope access techniques, we ensure that projects are completed more quickly and cost-effectively compared to traditional methods such as scaffolding. Our rope technicians are not only experts in their field but also undergo rigorous training to handle the unique challenges presented by each project.
Our bird control solutions, including the installation of pigeon netting, play a vital role in protecting structures from the damage caused by roosting birds. This proactive approach helps in preserving the structural integrity and aesthetic value of buildings, thereby extending their lifespan and reducing maintenance costs.
If you require the expertise of professional rope technicians for high-level cleaning, maintenance, or bird control services, look no further than Avisan. Contact our team today to discuss your project needs and learn how we can support you in achieving the highest standards of safety and efficiency.