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Guiding themes
Sustainability
For us, holistic sustainability means striking a balance between ecological responsibility and economic feasibility. We develop innovative solutions that combine resource conservation, energy efficiency and the circular economy. Through data-based analyses and optimized processes, we create sustainable value chains that strengthen both the environment and industry in the long term.
Competencies
Ecological and economic sustainability in balance
Life cycle analyses to assess the environmental impact
Optimization of material and energy efficiency
Circular economy concepts for closed material flows
Digital methods for sustainability assessment
Innovative recycling and upcycling technologies
Strategic focus areas
Life cycle analyses
Assessing the environmental impact of materials and processes is crucial for making sustainable decisions. Our life cycle assessments (LCA) can cover the entire product life cycle - from raw material extraction to use and recycling. This allows optimization potential to be identified in a targeted manner in order to reduce CO₂ emissions and increase resource efficiency.
Sustainable material development
The responsible use of resources starts with the choice of materials. Among other things, we rely on bio-based and recycled materials to reduce the use of fossil raw materials and promote closed material cycles. We develop materials that meet the highest technical requirements and at the same time have an improved environmental footprint.
One focus is on the use of foams to save materials and increase efficiency. Targeted foaming technologies make it possible to produce components with an optimized structure and low weight without sacrificing stability and functionality.
Circular economy
Closing material cycles is a central component of sustainable production strategies. We develop recycling concepts that generate high-quality secondary raw materials and integrate waste into new value-added processes. In this way, we enable resource-conserving production and reduce dependencies on primary raw materials.
Energy-efficient processes
Energy efficiency is a decisive factor for sustainable production technologies. Our process developments aim to minimize energy consumption along the entire value chain - be it through optimized production processes, the use of waste heat recovery concepts or the integration of renewable energies. In this way, we lower operating costs and reduce the ecological footprint of industrial processes.
Digitalization for sustainability
Digital technologies play a key role in optimizing sustainable processes. By using AI-supported analyses and data-driven simulation methods, we identify potential savings along the entire value chain. Digital tools enable precise monitoring of key sustainability figures, allowing resource consumption to be optimized in real time and waste streams to be reduced.
We also use digital twins to simulate recycling and production processes. These make it possible to evaluate sustainable materials and production techniques in advance and make environmentally friendly decisions as early as the development phase. In this way, we increase efficiency, reduce emissions and actively contribute to the sustainable transformation of the industry.