Two NCL 100 HS Systems for Atlas Copco Energas
At Atlas Copco Energas GmbH, two CONSTELLMAT NCL 100 HS systems are in operation. Together, they provide the company with two clearly designated and protected storage areas for skip containers.
The NCL 100 HS combines robust construction with a functional roof, ensuring safe and organised container storage. Using two systems allows different container storage areas to be flexibly integrated into existing operational processes.
This provides Atlas Copco Energas with a reliable solution for everyday container handling – well-organised, space-efficient and designed for long-term use in an industrial environment.
By installing two CONSTELLMAT NCL 100 HS systems, Atlas Copco Energas has opted for a proven solution for safe and organised container storage.
Objective: Creating Clear Structures for Material Flows
The aim was to organise outdoor waste disposal in such a way that:
- Materials are stored safely and in compliance with applicable legal requirements
- Clearly designated storage areas are provided for collection containers
- Transport distances are reduced and processes simplified
- Container exchange runs smoothly
- The overall appearance of the site is improved
- Groundwater is protected
At the same time, the solution needed to be designed for easy integration into existing production processes.
Solution: Two Organised Storage Areas for Skip Containers – NCL 100 HS
To achieve this, NCL 100 HS container storage systems were installed. These systems were specifically developed for industrial waste disposal areas and allow containers to be loaded from both the front and the side.
The clearly organised layout allows materials to be collected separately and efficiently prepared for further recycling or disposal. The containers are also protected against theft.
A key feature of the systems is their robust construction. It provides a stable, load-bearing working platform and ensures that the containers can be positioned securely – even when handling large quantities of material.
Integration into Existing Operational Processes
The systems were installed outdoors on the company premises, creating a clearly designated waste disposal area.
Loading takes place directly from the production area using a forklift and tipping skip. This keeps transport routes clear and simplifies operational processes.
Another advantage is the easy access for waste collection vehicles. Container exchange can be carried out quickly, allowing full containers to be collected and replaced efficiently.
Results: Organised Processes and Efficient Material Flow
The implementation has created a clearly structured waste disposal process at Atlas Copco Energas:
- Clean and organised storage of production waste and recyclable materials
- Clearly designated storage area for metal chips
- Shortest possible transport routes within and outside the facility
- Smooth container exchange directly in front of the production hall
- No interruptions to production processes
This creates a stable and efficient material flow throughout the facility.
Conclusion: Structured Waste Disposal as the Foundation for Efficient Processes
This project demonstrates how previously unstructured outdoor waste disposal processes can be specifically improved.
The clearly designated storage area provides a practical and sustainable solution for the company’s industrial waste disposal requirements.
Frequently Asked Questions About This Reference Project
Which companies would benefit from a similar solution?
Structured outdoor waste disposal is particularly beneficial even when a company handles only one material stream and needs to optimise its day-to-day waste management processes.
Does the company’s entire waste disposal process need to be redesigned?
No. In many cases, existing processes can be maintained and specifically improved by creating clearly designated areas and introducing a more structured layout.
How customised can such a solution be?
The solution is generally tailored to the existing conditions at the facility, taking into account factors such as available space, material types and internal operational processes.
How can you identify when improvements are needed?
Typical signs include unclear responsibilities, poorly organised collection areas and increased coordination efforts in day-to-day operations.
How is a project like this implemented in practice?
As a rule, the existing situation is first analysed before a structured solution is developed that can be integrated into the company’s existing operational processes.
