Materials for Industry - Derek Birchall Award
The Materials for Industry - Derek Birchall Award rewards an individual for creativity and excellence in the application of materials chemistry in industry.
Professor Andrew Mills, Queen's University Belfast
- Runs biennially - Closed
- The winner receives a cash prize of £2000
- The winner will be chosen jointly by independent selection panels from industry and the Materials Chemistry Division
Guidelines for Nominators
- Nominations open on 01 October and close on 15 January
- Both RSC members and non-members can nominate for this award
- Nominees may NOT nominate themselves
- The award is open to nominees based in the UK and internationally
- Individuals based in chemical sciences industry or academia can be nominated
To make a nomination please use our online awards nominations system. Please make sure you have your RSC membership number to hand before accessing the online system.
During the application process you will be asked to provide:
- A supporting statement (up to 4500 characters, not including spaces) addressing the selection criteria below.
- One page CV for the nominee, which should include a summary of education and career, total numbers of publications and patents.
When nominating previous RSC prize or award winners, please remember that a person cannot be awarded twice for substantially the same body of work
The selection committee(s) will consider the following aspects of all nominations as appropriate:
- The nominee's individual contributions to their research and commercial activities
- The impact of the nominee's industrial activity
There is no requirement for detailed technical or commercial data and applicants can be reassured that complete confidentiality is guaranteed.
Our selection committees base their evaluations primarily on the overall quality of relevant contributions made by nominees and not simply on quantitative measures.
- Roy Sandbach, Newcastle University (Chair)
- Jacquin Wilford-Brown, AkzoNobel
- Mark Gronnow, Biorenewables Development Centre
- Keith Layden, Croda
- Christian Jones, Nanoform Finland Ltd
- Alexander Alanine, Nanna Therapeutics
Materials Chemistry Division Awards Committee
- Milo Shaffer, Imperial College London (Chair)
- Fiona Meldrum, University of Leeds
- David Amabilino, University of Nottingham
- Eddie Cussen, University of Sheffield
- Charlotte Williams, University of Oxford
- Emma Kendrick, University of Birmingham
Karl Coleman, Durham University
Professor Tobin Marks, Northwestern University
Professor John W Goodby, University of York
Patrick McGrail, University of Sheffield
History of the Award
Derek Birchall OBE FRS was one of very few Fellows of the Royal Society who did not have a degree. Instead he started work as an industrial laboratory assistant at the age of 14 where he progressed to carry out chemical analysis. His fascination with the phenomena of fire and his work on activated carbon and flame at the age of 17 led him naturally to employment at John Kerr & co., manufacturers of the first gas-fired porcelain furnaces. During this time he attended night school to gain a HNC in Chemistry and gained recognition as the best student in his year.
At the age of 19 he applied for his first patent, 'a physical improvement to fire extinguishers'. He applied for his last, 'a cold sore remedy', in 1994 shortly before his untimely death at the age of 65 in 1995. There were more than 100 patents in between including; for Monnex, a fire-extinguishing powder; for Saffil, a high strength, highly thermal resistant alumina fibre (this won the Queens Award for Technological Achievement in 1978 and was used in the heat resistant tiles on the Space Shuttle); and those pertaining to many new inorganic materials such as 'smart' cements and ceramics.
Derek Birchall also believed in fundamental science and published more than 100 papers in leading academic journals. Latterly he helped to found the discipline now known as bioinorganic chemistry and in particular he demonstrated how we could learn from nature to develop both new materials and novel applications for existing materials.
In addition to being a polymath one of his great strengths, which this award celebrates, was to successfully translate academic research into materials with myriad industrial applications many of which remain widely used to this day.
Contact and Further Information
Royal Society of Chemistry, Thomas Graham House, Cambridge Science Park, Milton Road, Cambridge, CB4 0WF
Tel: +44 (0)1223 420066