Imagine if every department in a company used a different language to describe the same problem; that is how we currently track chemical pollution. This work creates a single, shared language to measure how different chemicals affect nature. It moves away from separate checklists for pesticides and industrial cleaners to one big picture of environmental health.
Chemical companies must navigate multiple, fragmented regulatory silos (REACH, PPP, Biocides) to prove environmental safety. This creates inefficiency and fails to protect overall biodiversity effectively.
A harmonized, systems-based Environmental Risk Assessment (ERA) structure validated through 6 empirical case studies.
If you are a pesticide manufacturer dealing with fragmented regulatory silos for plant protection products — this project developed a systems-based risk assessment that provides a unified way to prove your products don't harm non-target invertebrates. This reduces the need to navigate multiple conflicting regulatory targets.
If you are an industrial chemical producer dealing with REACH compliance and environmental impact audits — this project developed a harmonized assessment structure that applies to all chemicals and land use functions. This streamlines how you demonstrate safety across different ecological contexts.
If you are a farm management firm dealing with the impact of secondary fertilizers and chemical runoff — this project developed proof-of-concept case studies on contaminants of emerging concern. This helps you implement land management practices that protect functional biodiversity.
Based on available project data, no pricing or cost structures for the resulting assessment tools are provided.
The project is currently conducting 6 case studies to provide proof-of-concepts, suggesting it is in the validation phase rather than full industrial scale.
Based on available project data, there is no specific information regarding patents or licensing agreements for the developed ERA structures.
It aims to move beyond fragmented silos like REACH and the Biocides framework toward a harmonized system applicable to all chemicals and species.
The project period runs from 2024-01-01 to 2027-12-31.
The consortium is heavily research-driven, consisting of 12 partners across 7 countries, with 5 universities and 5 research organizations. Industry presence is low at 8% (1 company), indicating that the current output is primarily scientific validation and regulatory guidance rather than a commercial product.
Contact Wageningen University regarding the SYBERAC project coordination.
Contact us to track the transition of these 6 case studies into commercial compliance tools.
