The new SIRA introduces major changes from the past SusChem Strategic Research Agenda (SRA) by addressing new topics such as ICT and manufacturing, the value chain impact, mobility and health. It also outlines the crucial links between SusChem’s priorities and the Key Enabling Technologies (KETs) that Europe has been pushing forward. Chemical value Some 20% of the annual Gross Domestic Product (GDP) of the European Union (EU) is due to the direct and indirect contributions of the chemical industry to EU Gross Value Added (GVA). The industry works along nearly all value chains and across industrial sectors ranging from pharmaceuticals and crop protection to the automotive sector, defence, construction, textiles and consumer goods. The European chemical industry plays a pivotal role in supporting Europe 2020: the EU’s growth strategy for the next decade that aims to transform the EU into a smart, sustainable and inclusive economy. The SIRA explains the strategy and role of SusChem in this context. It highlights a portfolio of sustainable chemistry research and innovation actions that the platform believes can make a significant contribution to improving competitiveness and sustainability in the EU, address societal challenges and contribute to achieving jobs and inclusive growth. 'Everything we do should be focused on ultimately improving societal conditions, in particular, with respect to sustainability – working for "People, Planet and Profit"', says Dr Klaus Sommer, Chairman of the SusChem Board. 'Our work will be fully justified if we can simultaneously create jobs, improve the environment and generate greater economic success and wellbeing.' 'In this spirit, the new SIRA is a great opportunity for SusChem and sustainable chemistry research and innovation across Europe,' continues Dr Sommer. 'The SIRA will add value to the societal, scientific and industrial debate and help us to focus on the real challenges we face.' Societal challenges The SIRA is organised around five of the seven key societal challenges described in Horizon 2020 and highlights a portfolio of potential sustainable chemistry solutions. Each challenge is covered in a dedicated SIRA chapter: •Climate action, resource efficiency and raw materials (SC5) addressing issues around the circular economy, raw materials and feedstock, water and waste management, resource and energy efficiency, and process intensification for the chemical plant of the future. •Food security, sustainable agriculture and the bioeconomy (SC2) contributing solutions along the full bioeconomy value chain from planting to new biobased products and fuels. •Secure, clean and efficient energy (SC3) shows benefits for energy efficiency gains (due particularly to new materials) within industry and in wider society and contributes to low carbon energy production and advanced energy storage technologies. •Health, demographic change and wellbeing (SC1) illustrates SusChem’s potential to enable personalised healthcare and advanced diagnostic techniques. •Smart, green and integrated transport (SC4) shows how sustainable chemistry will contribute to greener vehicles providing mobility with low or no emissions. Two further SIRA chapters cover Information and Communication Technologies (ICT) and Horizontal Issues illustrating SusChem’s ambitions to build skills capacity, better assess sustainability in manufacturing, address issues of societal uptake of technologies, and promote innovative business models.
Chemistry, Sustainable Chemistry, European Technology Platform, Innovation, Research,