6. March 2026
Case Study: Installing Lightweight Conveyor Guarding on a Ship-to-Shore Conveyor in London
Large conveyor systems operating in marine environments present a unique set of safety and logistical challenges. Recently, our team completed a major guarding installation at a UK marine terminal involving a ship-to-shore conveyor suspended above the River Thames. The project required careful planning, lightweight materials, and a fast installation schedule to ensure minimal disruption to operations.
Despite the difficult access conditions, our team successfully installed nearly 200 meters of conveyor guarding in just three days.
Project Overview
The conveyor system plays a critical role in moving bulk material from vessels at the dock to onshore processing facilities. With a capacity of approximately 1,800 tonnes per hour, it is a high-throughput system operating continuously when ships are unloading.
Key project details included:
- Conveyor length: ~200 meters
- Capacity: 1,800 tonnes per hour
- Location: Marine terminal on the River Thames, London
- Guarding solution: Lightweight plastic conveyor guarding
- Installation time: 3 days
The primary objective was to improve safety along the full length of the conveyor while maintaining access for inspection and maintenance.
The Challenges
Narrow Walkway Access
One of the biggest obstacles was the very narrow access walkway running alongside the conveyor. The limited working space meant that traditional heavy steel guarding would have been extremely difficult to transport and install.
Large panels or heavy fabricated sections would have required lifting equipment and significantly more installation time, neither of which were practical in this environment.
Conveyor Suspended Over the River
The conveyor structure runs directly above the River Thames, which creates additional safety and logistical concerns.
Working above water restricts certain installation methods and requires careful handling of materials and tools. Any dropped components could create environmental and safety risks.
The installation team needed a solution that minimized manual handling risks while also being easy to secure in position quickly.
Restricted Working Area
Because the conveyor is positioned within an active marine facility, access windows were limited. Work had to be completed efficiently to avoid interfering with ongoing terminal operations and ship unloading schedules.
This meant every step of the installation had to be planned in advance, from material staging to the sequence of guard installation.
The Solution: Lightweight Plastic Guarding
To overcome these challenges, the project utilized lightweight plastic conveyor guarding.
Compared to traditional steel guarding systems, lightweight plastic panels provide several advantages in difficult environments:
- Reduced weight, making them easier to carry and position along narrow walkways
- Faster installation, with simplified mounting systems
- Corrosion resistance, which is especially important in marine environments
- Improved safety, reducing manual handling risks for installation teams
Because the panels were easy to maneuver, installers could safely move them along the narrow walkway and secure them without the need for cranes or complex lifting equipment.
Rapid Installation
Thanks to careful planning and the lightweight guarding design, the full guarding system was installed in just three days.
For a conveyor approaching 200 meters in length, this timeline represents a significant efficiency improvement compared to traditional guarding installations.
The streamlined process included:
- Pre-planned mounting points along the conveyor structure
- Modular guarding panels for quick installation
- Minimal disruption to terminal operations
The Result
The completed guarding system now provides continuous protection along the ship-to-shore conveyor, helping prevent access to moving components and pinch points while maintaining visibility and accessibility for maintenance personnel.
The project demonstrates how modern guarding systems can dramatically simplify installations in challenging environments, particularly where access is restricted or structures are located in sensitive areas such as marine terminals.
Final Thoughts
Guarding long conveyor systems—especially those suspended over water—requires more than just a standard safety solution. Material choice, installation strategy, and site constraints all play an important role in achieving a safe and efficient outcome.
By using lightweight plastic conveyor guarding and a carefully coordinated installation plan, this project delivered a safer conveyor system for the client while completing the work in a remarkably short timeframe.
For facilities operating large conveyors in ports, quarries, or bulk handling terminals, projects like this highlight the value of guarding systems designed specifically for challenging environments.