Mobile waste processing stations are advanced recycling systems designed to be easily transported and deployed at various sites. These self-contained units handle waste directly at the source, reducing the need for off-site transportation. CRS NI’s mobile systems include picking stations, air separators, and tracked screens, allowing for efficient material recovery and sorting in locations where permanent installations may not be feasible.

Mobile waste systems allow on-site waste sorting and processing, eliminating the need for costly and time-consuming transport to external recycling facilities. These systems reduce landfill waste, lower carbon emissions, and cut operational costs by efficiently separating recyclable materials like metals, wood, and plastics. Their quick setup and mobility make them ideal for urban environments and temporary projects where space is limited.

CRS NI’s mobile waste recycling systems are designed to handle a variety of waste streams, including:
Construction & Demolition (C&D) Waste – Concrete, wood, bricks, metals.
Commercial & Industrial (C&I) Waste – Packaging materials, plastics, textiles.
Mixed Dry Recyclables (MDR) – Paper, cardboard, plastics, cans.
WEEE (Waste Electrical and Electronic Equipment) – Electronic devices, wiring, metals.
Gypsum – Plasterboard and drywall waste. Each mobile unit is tailored to specific applications, ensuring maximum material recovery.

Mobile waste recycling systems provide several advantages over traditional waste management methods, including:
Cost Savings: Reduced transportation and landfill costs by processing waste on-site.
Operational Flexibility: Quick setup and mobility make them suitable for various locations and industries.
Environmental Impact: Lower carbon emissions and improved recycling rates contribute to sustainability goals.
Efficiency: Designed for high-throughput waste sorting, ensuring maximum material recovery with minimal downtime.

Both mobile and static systems have unique advantages depending on the industry and operational needs:
Mobile waste systems are best suited for temporary sites, urban environments, and projects requiring flexibility, while static systems are ideal for high-volume, long-term waste processing operations.

Best For: Mobile systems are ideal for temporary sites, urban areas, and flexible operations, while static systems are designed for high-capacity, long-term waste management.
Flexibility: Mobile systems can be easily relocated and set up within minutes, whereas static systems require fixed installations, making them best for consistent waste streams.
Capacity: Mobile units are suited for mid-scale processing, while static waste systems are designed for continuous, large-volume operations.
Cost: Mobile systems have a lower initial investment and reduce transport costs, while static systems require a higher upfront cost but offer long-term efficiency and savings.
Environmental Impact: Mobile systems cut emissions by processing waste on-site, while static systems optimise waste handling and recovery but require dedicated infrastructure.

Mobile waste processing systems are ideal for industries requiring flexibility, such as construction, demolition, and event waste management, while static systems are better suited for facilities handling large volumes of consistent waste.