[Job Story] Scanclimber at High-Rise Demolition Work in Berlin

Scanclimber’s Mast Climbing Work Platforms (MCWPs) played a key role in a challenging demolition project in Berlin, which involved dismantling three 80-meter-high chimneys positioned atop a 100-meter-tall structure. Traditional deconstruction methods proved impractical due to the lack of crane access and the logistical difficulties of transporting workers and equipment to such heights.

The Challenge

The project required the safe and efficient dismantling of three steel chimneys, each towering 80 meters above the building’s 100-meter starting height. The primary hurdles included:

• Accessing Heights: Safely transporting personnel and cutting tools to heights of up to 178 meters.
• Crane Limitations: Performing all dismantling tasks without the use of a crane.
• Material Handling: Ensuring the controlled removal of chimney sections without dropping debris into the chimneys themselves.

Prior methods, involving cutting large sections within the chimney and using a crane for removal, were no longer viable. An alternative, efficient approach was essential.

The Solution

Scanclimber supplied a tailored combination of mast climbers to meet the project’s unique requirements:

• Twin SC8000: Twin custom-configured square mast climbing work platform used to transport personnel, tools, and materials to the required heights safely and efficiently.

The twin square mast climber configuration was designed to operate from +98 to +178 meters, offering unmatched stability and versatility for tasks at extreme heights. The ability to dismantle the mast sections independently further optimized the timeline and reduced reliance on additional equipment.

Key Benefits

The deployment of Scanclimber’s MCWPs resulted in numerous measurable benefits:

1. Unmatched Accessibility: Provided seamless access to all work areas, significantly simplifying the dismantling process.

2. Enhanced Safety: Created a secure environment for workers, eliminating risks associated with crane-based methods.

3. Efficient Material Handling: Facilitated the transport of personnel and tools directly to the work site, saving time and effort.

4. On Board Supply for Power Tools: Workers conveniently connected power tools directly to the platform power sockets, reducing downtime and eliminating the need for long extension cables from the ground.

5. Cost and Time Optimization: The easy installation and dismantling of mast sections reduced overall project time and minimized operational costs.