Is this service the right solution for you or your company? Send us an inquiry.
A fully integrated mechanical processing line for mineral construction and demolition waste designed for continuous separation of concrete, asphalt, masonry and mixed mineral fractions. The system combines crushing, screening, air separation and magnetic extraction technologies to upgrade recovered fractions into secondary raw materials compliant with EU construction standards.
The solution enables processing capacities between 80,000 and 150,000 tons of construction and demolition waste annually. The technology achieves screening accuracy of ±5% and supports operation up to 6,000 hours per year. Recovered fractions include recycled aggregates, mineral fillers and ferrous metals suitable for reuse in cement and asphalt production.
The recycling line can be integrated into existing construction material recovery operations and adapted depending on crusher and module configuration. The system footprint ranges from 800 to 1,200 m² depending on site requirements.
Implementation support, operational training and maintenance services are provided for the recycling system. Technical support covers process optimization, compliance requirements and operational efficiency improvements.
The technology complies with the EU Waste Framework Directive, EU Construction & Demolition Waste Recovery Targets and Slovenian Construction Products Regulation (CPR). The solution reduces landfilled mineral waste by up to 90% while replacing primary aggregates with recycled alternatives.
The solution is suitable for municipalities, recycling operators and construction companies that require efficient treatment and recovery of mineral construction waste streams.
The technology significantly improves waste recovery rates and reduces dependence on virgin mineral extraction. ROI is estimated between 4 and 7 years depending on local demand for recycled aggregates.
https://alpacem.si/
CAPEX: €2.5–4.0 million depending on configuration. OPEX: €6–12 per ton of processed waste. Expected ROI: 4–7 years.
N/A