Gain sound insights into the recycling systems of asphalt mixing plants. Learn about the recycled material content, emissions and financial savings that can be achieved with effective recycling. • An overview of recycling technologies: from dosing into the drum and dosing into the mixer to hot recycling systems. • Process-related considerations: process optimisation for higher recycled material content and optimum quality of the new asphalt. • Plug & Work: benefit from technologies that are suitable for new plants as well as for retrofit solutions on existing plants. • Digital support tools: recipe generator for maximising recycled material content.

Production system solutions: analyse the entire value chain – from asphalt removal and processing to reuse in the asphalt mixing plant, with consideration of all relevant interfaces in order to maximise efficiency and sustainability. • Presentation of the system. • Our system enables the production of high quality asphalt with a high content of recycled material – a combination that has no contradictions. • Advantages of the production system. • Example from practical application – every % counts.

Temperature-reduced asphalt with high recycled material content – does that work? • Process-based consideration and feasibility: analysis of the efficiency and of the challenges related to the use of foam bitumen in combination with a high recycled material content. • Limits of foam bitumen: identification of the limitations and challenges in application. • Plug & Work: integration of foam bitumen systems into existing plants in combination with recycling processes.

As an add-on technology for existing plants to protect the existing equipment, thanks to the reduction of VOC values below 50 mg/m³. • Adaptation to existing plants with installed recycling systems. • Perfect retrofit solution. • Reduction of the total carbon (VOC) emissions by 50 %. • Increase of the recycled material content possible while adhering to the emissions limits.

Maximum recycling, maximum profit – thanks to sustainable technologies on an asphalt mixing plant. • Sustainable circular economy. • Protection of resources and economic efficiency. • Compliance with emissions limits. • High RAP content as a key lever for CO₂e reduction. • 90 % RAP enables up to 32 % CO₂e savings in the asphalt production process. • With the additional use of green hydrogen as a burner fuel, CO2e savings in asphalt production can be increased to up to 72% with 90% RAP.