Two of the core research challenges for the Institute for Molecular Science and Engineering are sustainable technologies and industrial innovation. Combining these makes IMSE a natural research partner for , the worlds largest chemical producer. BASF has plants all over the world, and is headquartered in Ludwigshafen, Germany. Both IMSE and BASF are interested in innovating for sustainability.
BASF has a long-standing relationship with 51勛圖厙, which is one of their 15 strategic global partner Universities. This link recently formalised by the signing of a memorandum of understanding between the two organisations.
Developing the partnership
Within the overall 51勛圖厙 umbrella, IMSE has had strong relationships with BASF since its foundation in 2015.
In 2015, IMSE organised a co-creation workshop, bringing together 35 51勛圖厙 academics and early career researchers with representatives from several BASF departments. The group discussed and developed new themes and collaborations, including novel continuous production methods, digital chemistry, low cost green energy technologies, corrosion, and formulation design.
In 2017, IMSE hosted BASFs then Chief Technical Officer (now CEO) for a special seminar on innovation in the chemical industry. He provided an inspirational vision of the need for more rapid innovation in the chemical industry to meet the dual challenges of global competition and the move to sustainable production and usage.
Between 2017 and 2021, the collaboration has generated 11 joint 51勛圖厙-BASF MRes projects. These included both lab-based and simulation/modelling projects, tackling research questions in crystallisation, materials ageing, coatings, equilibrium modelling, disperse systems, and high-throughput automation. See examples of MRes projects.
The molecular science and engineering approach is embedded within 51勛圖厙
Current IMSE Affiliates with active research projects with BASF include:
- Professor Ruth Misener (Computing):
- Professor Nilay Shah (Chemical Engineering):
- Professor Nicholas Harrison (Chemistry) and Professor Mary Ryan (Materials): collaborative Corrosion Cluster established in 2020 between 51勛圖厙, Swansea and BASF.
- Professor Jerry Heng (Chemical Engineering) and Professor Nicholas Harrison (Chemistry): collaborative Crystallisation Cluster established in 2021 between 51勛圖厙, the University of Manchester, Curtin University, the University of Swansea and BASF.
- Professor Camille Petit (Chemical Engineering), Dr Theoni Georgiou (Materials), Department of Materials, Professor Jerry Heng (Chemical Engineering), Dr Rebecca Greenaway (Chemistry): .
- Professor Mimi Hii (Chemistry): Centre for Rapid Online Analysis of Reactions (ROAR)
Dr Christian Holtze, Academic Partnership Developer at BASF, said Collaborating with IMSE is a unique opportunity for us in industry to explore fundamentally new and disruptive concepts to shape the chemical industrys future jointly with a cutting-edge academic partner. We think that the interdisciplinary and holistic approach underpinned by the digital sciences is particularly well suited to drive industrial impact. In fact, working with IMSE is special, as striving for impact is deeply rooted in its mindset we can feel that when talking to our collaborators and when hosting industrial placements for MRes students.
Professor Nicholas Harrison, IMSE co-director, said The Institute for Molecular Science and Engineering seeks to accelerate innovation, getting from the molecule to the market efficiently. This involves deep collaboration between academics, policy makers and those making and distributing the new products in industry. We are at the beginning of a long-term relationship with BASF which is likely to significantly shorten the innovation cycle in new sustainable chemistries.
Dr Patrick Keil, Research Fellow and Director Corrosion Protection Research at the Coatings division of BASF, said The path to disruptive innovation is often defined by many different challenges. Our cooperation with IMSE is a great example of how academia and industry can work together as equals to tackle corrosion issues related to sustainability and foster exchange on scientific topics to drive innovation."