Our projects

Construction and demolition projects generate large volumes of drywall waste that create logistical and storage pressure, disposal costs, and unused material potential.

We designed a crushing and separation technology for drywall waste. The solution includes crushing the boards, separating the paper fraction from gypsum, adjusting the output fraction, and preparing the material for further use.

The result is a homogeneous crushed gypsum material suitable for industrial applications. The client gained a stable output, lower disposal costs, and more efficient material handling.

Recycled gypsum can be used in new drywall boards, as an additive in construction mixes, in gypsum-based products, and for further construction material processing.

The project helps minimise construction waste, reduce dependence on primary raw materials, improve on-site material handling, and create a new source of usable material.

Construction operations often generate rubble whose transport and disposal put pressure on both budget and operations. The client needed a way to turn this material into an active resource.

We designed the link between crushing, recycled material processing, and use in concrete block production. The delivery also included casting technology, a special mixer for larger batches, and a set of moulds for efficient repeated block casting.

The client gained better control over processing and a useful output for retaining elements, temporary structures, and site logistics. Waste became a practical construction product.

Temporary retaining walls, storage bays, landscaping works, protective barriers, provisional walls, and safety elements. The blocks do not require anchoring or foundations and can be moved or reused quickly.

Instead of using rubble only as fill or road base, the recycled material becomes part of a new construction element with longer life and higher added value.

The original process could not ensure stable quality of sorted material and required high operator involvement. Growing material volumes increased operational pressure even more.

We designed and supplied a complete sorting solution combining modern technology, automation, and an optimised material flow. The project also included a new specialised sorting machine.

The client gained stronger control over how sorting runs and a more stable output quality. The material is better prepared for further use or commercial placement.

The material returns more effectively into the next cycle and the operation gains a more sustainable model for handling plastic waste over the long term.

The material is characterised by low volume stability, high bulk volume, and limited direct usability in its original state. At the same time, it has high potential for industrial reuse.

We designed a technology for crushing, fibre adjustment, pressing, homogenisation, and logistical preparation of the output.

The processed material can be used as input for fibreglass products, building materials, filler and reinforcement components, or further composite production. Waste becomes a tradable product.

The project returns material back into production, reduces waste volumes, limits the need for primary raw materials, and opens a new revenue source.