Real-time detection of microplastics
Increasing regulatory requirements, including the REACH Regulation and new wastewater directives, are intensifying the need for reliable microplastic detection. The German startup ZAITRUS has developed a sensor-based flow system that identifies plastic particles in liquids in real time. The system enables early-stage identification, classification and quantification directly at the source. The technology is currently in a pilot phase, with further pilot partnerships planned. A monitoring-as-a-service solution is scheduled for market introduction in 2026/27.
Biological treatment of chemical pollutants
The Swiss startup CellX Biosolutions is working on bacteria-based processes to degrade contaminants such as microplastics, PFAS, pesticides and pharmaceuticals. The company isolates bacteria from contaminated environments and cultivates them into consortia for targeted pollutant degradation in industrial applications. Current activities focus on laboratory and pilot projects with industrial partners. Market introduction is planned for 2028, with applications in wastewater and soil remediation.
AI-based detection of hazardous waste
Lithium batteries and gas cartridges represent a safety risk in sorting and recycling facilities. The Norwegian company Litech AS has developed an AI-supported sensor system based on magnetic induction spectroscopy. The technology identifies metallic objects through electromagnetic signals and differentiates hazardous materials from other waste on conveyor belts. The system is already in use at a municipal facility in Oslo. Target groups include operators of sorting plants, municipal waste companies and system integrators, particularly in Northern Europe and the DACH region.
Robotics for e-waste processing
The Swedish startup Enodo Robotics combines artificial intelligence with a robotic gripping system for automated sorting of electronic waste and non-ferrous metals. The system enables flexible handling of objects with varying shapes and materials. In addition to sorting, the AI-based image analysis provides data on material composition and stream quality. The retrofit solution is already deployed in industrial recycling environments.
Conversion of organic waste into chemicals
The German startup EveryCarbon uses organic waste and wastewater to produce 2,3-butanediol, a precursor for polymer production. The process is based on genetically modified microorganisms and is currently being tested in a pilot plant near Stuttgart. The aim is to establish continuous fermentation processes under real conditions and develop applications such as construction materials. Potential partners include waste management companies, municipal utilities, bioenergy providers and materials manufacturers.
