Daniel Scholz, DataPhysics Instruments

The textile industry is facing growing pressure from volatile energy costs, infrastructure constraints and tighter regulatory requirements. Against this backdrop, sustainability is no longer just a question of environmental compliance. It has become a practical benchmark for evaluating how robust, efficient and economically viable production processes really are. This also affects how thermal treatment is assessed. Drying should not be seen merely as a downstream step, but as a process parameter that influences stability, thermal load and overall system design. Using the transition to aNIR in thermal processing as an example, this presentation outlines why more sustainable technologies can also deliver clear economic and industrial benefits.

Miriam Bär, Adphos

The textile industry faces urgent challenges in reducing resource consumption, environmental impact, and operational costs in wet processing. To address these demands, advanced technologies, such as atomisation-based systems and controlled-atmosphere dyeing, have been developed to minimise water, energy, and chemical use. These solutions enable precise application of dyes and auxiliaries, cutting water conductivity and chemical waste by up to 90% while maintaining high-quality results. By integrating modular, adaptable systems into existing machinery, manufacturers can extend equipment lifespan and improve process efficiency without major investments. These innovations not only meet current industry needs but also pave the way for a more competitive and sustainable textile sector, particularly in denim processing and garment dyeing/finishing.

Carmina Ferri, CARE Applications