The International Council of Chemical Associations (ICCA) provides global co-ordination for the Long-Range Research Initiative.
Through the ICCA, the European Chemical Industry Council (Cefic), the American Chemistry Council (ACC), and the Japan Chemical Industry Association (JCIA) have co-ordinated research strategies and research projects in key areas. Download now the latest ICCA-LRI Brochure for an overview of the program.
ICCA's goals for the international Long-Range Research Initiative are to:
Extend knowledge world-wide on potential effects on the health, safety, and environment of the chemical industry's products and processes
Support informed decision-making by providing the scientific data and understanding that are the foundation of good public policy decisions
Develop new tools to promote the safe use of chemicals, especially as new questions emerge about the potential health and environmental effects of chemical
The research funding invested in these three areas is often leveraged through collaboration with publicly funded projects that can maximize project value up to five times. Through a rigorous governance structure involving chief executive officers (CEOs) and directors general from the three LRI regions, strategic alignment, complementarity, efficient use of financial resources, and effective dissemination of research results are achieved. The ICCA-LRI is recognized as a brand that demonstrates industry engagement with Responsible Care, provides early warning on emerging issues, achieves outreach to opinion leaders through its network, and supports capacity building within industry to ensure knowledge-based decision-making by companies and by public policy makers.
The 2010 ICCA-LRI Research Portfolio, 21st Century Approaches to Risk Sciences, program targets the science-policy interface to modernize and improve chemical management. The program represents nearly a $12 million investment in research that encompasses three priority areas:
Emerging Technologies: Assessing innovative tools, approaches, and data for robust evaluations for chemicals as well as new technologies, such as nanotechnology.
Exposure Science: Improving the tools to quantify everyday and incidental exposures to consumer chemicals and to guide intelligent testing.
Translation Relevant to Health and Environment: Developing approaches and tools to improve understanding of links between exposures to chemicals and human health and environment effetcs.