Supply of Bison Barriers with Mesh Panels in Worthing

Project Overview:

SafeSite Facilities was tasked with providing a secure and visible perimeter for a new Electric Vehicle (EV) charging development in a busy supermarket car park in Worthing. The primary objective was to ensure the safety of both supermarket customers and construction operatives during the installation of the new Electric Vehicle (EV) charging stations. The solution had to be robust, easy to set up, and highly visible to avoid potential hazards in a high-traffic area.

Challenges:

• High Foot Traffic: The supermarket car park is frequently used by customers, so the project needed to ensure no disruption to the daily shopping experience.
• Safety of Workers and Public: With construction work happening in such a public space, it was critical to prevent any accidental injuries or interference.
• Visibility and Durability: The fencing solution had to be durable, weather-resistant, and easily visible to the public to create clear boundaries around the construction area.

 

Solution:

To meet these needs, SafeSite Facilities provided Bison barriers fitted with mesh panels to create a secure compound perimeter. This solution offered several advantages:

• High Visibility: The Bison barriers with mesh panels were strategically placed to ensure the perimeter was clearly visible to the public, effectively guiding supermarket customers away from the construction zone. The bright colour and mesh design made it easy for people to see the boundaries and stay at a safe distance.
• Safe Working Environment: The fencing created a dedicated, secure space for the construction operatives. By keeping the construction site enclosed, the barriers helped prevent accidental access and ensured that the workers had a safe environment to install the EV charging stations.
• Durability and Flexibility: The Bison barriers are designed to withstand various weather conditions and provide a stable, long-term solution for securing construction areas. The mesh panels added extra strength and security while also allowing visibility into the compound.

As a company, SafeSite Facilities specialises in providing high-quality safety solutions, offering products like Bison barriers and mesh panels to ensure both the safety of construction operatives and the public. Our fencing solutions are designed to be not only durable and robust but also highly visible, making them perfect for projects in public spaces. The combination of these features helps maintain a safe environment and reduces any risk of disruption or accidents.

Client Feedback: The client expressed their satisfaction with the service provided, noting that the entire process. From quotation to delivery and collection, they felt the project was handled with professionalism, efficiency and friendliness. The client commented:

“Requirement to fence off a new EV charging development in a supermarket car park so that the area is safe for colleagues and supermarket customers alike. The service from Harry Mason at the quotation stage to delivery and onto collection with David Walker was swift, professional, and friendly as always.”

 

 

Outcome: The project was completed on schedule, with minimal disruption to the supermarket’s operations. The fencing solution provided a safe and secure environment for the construction operatives and ensured the safety of supermarket customers. SafeSite Facilities’ ability to respond quickly and effectively to the client’s needs contributed to the smooth and successful delivery of the project.

Conclusion: This project highlights SafeSite Facilities’ commitment to providing high-quality, practical, and safe solutions for construction projects in high-traffic public areas. By using durable, visible Bison barriers with mesh panels, SafeSite ensured that both operatives and the public were kept safe during the installation of EV charging stations in Worthing. Our flexible, easy-to-implement solutions make us a trusted partner for companies requiring secure and effective perimeter solutions in busy public spaces.