Removal of geosynthetics
using a removal spreader bar
clean separation, safe roll-up
Hydraulically driven spreader bar on the excavator: geogrids and geotextiles are recovered, separated from the aggregate and wound into rolls. For rapid operations, lower costs and reuse of materials.
The removal spreader bar is an excavator attachment that extracts geosynthetics such as Secugrid®, Combigrid® and Secutex® in a controlled manner from the base course, cleanly separates the aggregate and winds the geosynthetics under controlled tension.
This enables an orderly, labour-lean removal process for temporary site roads, working platforms and storage areas. The advantages: material purity, reuse or recycling of geosynthetics and aggregate, no soil replacement—areas can quickly be returned to their original use (e.g. agriculture).

Your advantages

Significantly reduce costs
Reuse the base course (aggregate) and roll up the geosynthetics as single-grade material—material, disposal and transport costs drop significantly.

Keep to programme with confidence
The mechanised process reduces manual work, creates reliable cycle times and shortens the removal process.
Return areas quickly to their original use
No soil replacement, minimal intervention: agricultural land is rapidly usable again.
Work safely and ergonomically
Automated removal with the spreader beam relieves crews of heavy, physically demanding tasks.
Video: Deconstruction of a temporary construction road with geosynthetics has never been easier
Reuse the base course
ease budgets
Clean separation of materials means the aggregate can be used immediately, e.g. for the next site road or working platform.

Accelerate completion
less staff tied up
The spreader bar takes over the heavy, repetitive pulling and winding.

Keep logistics lean
a tidy site
Rolled sheets are compact for storage and transport.

How-to: Removing geosynthetics with a removal spreader bar
FAQ


Summary
The removal spreader bar makes geosynthetic removal fast, clean and economical: recover—separate—roll. This improves material purity, enables reuse of geosynthetics and aggregate, reduces costs and speeds up reinstatement of areas. Ideal for temporary site roads, working platforms and storage areas.
The development of this deconstruction method is part of the KuRT: ProGeo-UP research project, funded by the German Federal Ministry of Research, Technology and Space (BMFTR) under grant number 033R391G.

