The Institution of Chemical Engineers (IChemE) is a global professional engineering institution with 30,000 members in 114 countries.[2] It was founded in 1922 and awarded a Royal Charter in 1957.
The First World War required a huge increase in chemical production to meet the needs of the munitions and its supply industries, including a twenty-fold increase in explosives.[8] This brought a number of chemical engineers into high positions within the Ministry of Munitions, notably K. B. Quinan,[9][10]Frederic Nathan[9] and Arthur Duckham.[11]
The increased public perception of chemical engineers renewed the interest in a society, and in 1918 John Hinchley, who was a Council Member of the SCI, petitioned it to form a Chemical Engineers Group (CEG), which was done, with him as chairman and 510 members.[10] In 1920 this group voted to form a separate Institution of Chemical Engineers,which was achieved in 1922 with Hinchley as the Secretary, a role he held until his death.[12] The inaugural meeting was held on 2 May 1922, at the Hotel Cecil, London.[13]
Despite opposition from the Institute of Chemistry and the Institution of Civil Engineers,[14][15] it was formally incorporated with the Board of Trade on 21 December 1922 as a company not for profit and limited by guarantee.[16] The first Corporate meeting was held 14 March 1923 and the first Annual General Meeting on 8 June 1923: Arthur Duckham was confirmed as President, Hinchley as Secretary and Quinan as Vice-President.[15][16] At this time it had about 200 members.[16] Nathan was the second President in 1925.[17]
The American Institute of Chemical Engineers, which had been founded in 1908, served as a useful model. While suggestions of amalgamation were made and there was friendly but limited contact, the two organisations developed independently.[18]
The same year the Institution set the first examinations for Associate (i.e. professionally qualified) membership, bringing it into line with the Civil and Mechanical Institutions.[21] In addition to four set examinations of three hours each, there was a 'Home Paper' requiring the candidate to gather information and data and design a chemical plant, accompanied by drawings and a written design proposal within a time limit of a month.[22]
In 1942 Mrs Hilda Derrick (née Stroud) was the first female member, in the category Student, taking a correspondence course in chemical engineering during the war. She was active in promoting the Institution and profession to women.[24]
On 8 April 1957 IChemE was granted a Royal Charter, changing it from a limited company to a body incorporated by Royal Charter, a professional institution like the Civil and Mechanical ones,[26][27] with HRH Prince Philip, Duke of Edinburgh as patron,[28] a role he continued for over 63 years.[29]
In 1971, the membership grades were changed: Associate became Member and Member became Fellow.[30]
In 1976 the Institution moved its Headquarters from London to Rugby.[30]
In 2023, IChemE entered into a 'hydrogen alliance' with the American Institute of Chemical Engineers (AIChE). The collaboration aims to support industry's adoption of hydrogen as an energy carrier in the drive to net zero.[32]
Function
IChemE's vision is to "engineer a sustainable world" and its mission is to "put chemical and process engineering at the heart of a sustainable future, to benefit members, society, and the environment." These aims will be achieved by working towards two strategic goals: "Supporting a vibrant and thriving profession" and "serving society by collaborating with others", which are underpinned by five strategic enablers.[33]
Membership grades and post-nominals
IChemE has two main types of membership, qualified and non-qualified, with the technician member grade being available in both categories.[34]
Qualified membership grades.
Fellow – A chemical engineering professional in a very senior position in industry and/or academia. Entitling the holder to the post-nominal FIChemE and is a chartered grade encompassing all the privileges of Chartered Member grade.
Chartered Member – Internationally recognised level of professional and academic competence requiring at least 4 years of field experience and a bachelors degree with honours. Entitles the holder to the post-nominal MIChemE and registration as one or a combination of; Chartered Engineer (CEng), Chartered Scientist (CSci) and Chartered Environmentalist (CEnv). This also entitles the individual to register as a European Engineer with the pre-nominal Eur Ing.
Associate Member – This grade is for young professionals who are qualified in chemical & process engineering to bachelors with honours level or a higher. Typically this is the grade held by those working towards Chartered Member level or those graduates working other fields. This grade entitles the holder to the post-nominal AMIChemE. This grade can also lead to the grade of Incorporated Engineer (IEng) for those with some field experience but which falls short of the level required for Chartered Member grade.
Technician Member – Uses practical understanding to solve engineering problems and could have a qualification, an apprenticeship or years of experience. This grade can lead to the Eng Tech TIChemE post-nominal and now in conjunction with the Nuclear Institute the post-nominal Eng Tech TIChemE TNucI.
Non-qualified membership grades.
Associate Fellow – Senior professionals trained in other fields of a level comparable to Fellow in other professional bodies.
Affiliate – For people working in, with or with a general interest in the sector.
Student – For undergraduate chemical & process engineering students.
Activities
Medals
The Institution has been awarding Medals for different areas of chemical engineering work since the first Moulton medals were issued in 1929. The medal was named after Lord Moulton who helped develop chemical engineering during World War I when he took charge of explosive supplies.[35] Today the institution gives out eleven medals related to research and teaching,[36] six medals in special interest groups,[37] four medals relating to publications,[38] two medals for services to the profession[39] and two medals for contribution to the Institution.[40]
Annual awards
The IChemE Global Awards take place in November in the UK. The awards are highly regarded throughout the process industries for recognising and rewarding chemical engineering excellence and innovation. The first awards took place at the National Motorcycle Museum in Birmingham on 23 March 1994.[41]
There are 16 categories in total that applicants are invited to enter, including Business Start-Up, Industry Project, Process Safety, and Sustainability, offering a broad scope for entries.[41]
The organisation also holds awards ceremonies in other locations across the globe. 2024 will see the return of the IChemE Malaysia Awards alongside the first-ever IChemE Australasia Awards.[42]
Ashok Kumar Fellowship
The Ashok Kumar Fellowship is an opportunity for a graduate to spend three months working at the UK Parliamentary Office for Science and Technology (POST). The fellowship was jointly funded by IChemE and the Northeast of England Process Industry Cluster (NEPIC). However, NEPIC was unable to contribute in 2018 and the Fellowship was not offered in 2019.[43] As of 2021 it is jointly funded by IChemE and the Materials Processing Institute (reflecting Kumar's employment with British Steel).[44]
In 2023, the Institution launched DiscoverChemEng,[45] an initiative focused on the development of a package of education outreach activities to help inspire future process and chemical engineers and raise awareness of the profession as a career option for young people. A range of resources have been created for IChemE volunteers and STEM ambassadors to use within schools and at careers fairs, alongside an Educator Network that informs volunteers of upcoming events in their local area.
ChemEng Evolution
In order to celebrate its centenary, in 2022 the Institution produced a website with short articles about historic matters in the history of chemical engineering and IChemE, hosting videos and webinars throughout the year. ChemEng Evolution
Coat of arms
The coat of arms is a shield with two figures.[46] On the left a helmeted woman, Pallas Athene, the goddess of wisdom, and on the right, a bearded man with a large hammer, Hephaestus the god of technology and of fire. The shield itself shows a salamander as the symbol of chemistry, and a corn grinding mill as a symbol of continuous processes. Between these is a diagonal stripe in red and blue in steps to indicate the cascade nature of many chemical engineering processes. The shield is surmounted by helmet on which is a dolphin, which is in heraldry associated with intellectual activity, and also represents the importance of fluid mechanics. Just below the dolphin are two Integral signs to illustrate the necessity of mathematics and in particular calculus.
The Latin motto is "Findendo Fingere Disco" or "I learn to make by separating".
John Coulson (1910–1990) Co-writer of classic UK textbooks
M. B. Donald (1897 - 1978) Fourth Ramsay professor of Chemical engineering at University College London. Former honorary secretary and vice-president of IChemE, Institution's Donald medal named after him.
Sir Arthur Duckham (1879–1932) First President of the IChemE
Ian Fells Noted energy expert and popular science broadcaster
Frank Lees (1931–1999) author of major safety encyclopaedia
Bodo Linnhoff His 1979 PhD thesis led to Pinch Technology which has enabled companies to save large amounts of energy
K. B. Quinan (1878–1958) An American who, according to Lloyd George "did more than any other single individual to win the (First World) War" [52]
Jack Richardson (1929–2011) Co-writer of classic UK textbooks
P. N. Rowe (1919-2014) Fifth Ramsay professor of chemical engineering at University College London. He was president of the Institution between 1981 and 1982.
Meredith Thring (1915–2006) prolific inventor, futurologist and early proponent of sustainability
^ ab"IChemE in numbers". www.icheme.org. Institution of Chemical Engineers. June 2023. Archived from the original on 13 June 2023. Retrieved 13 June 2023.
^Rogers, F. H.; Underwood, A. J. V; Donald, M. B; Greene, F. A. (1939). "Annual Report of the Council". Transactions of the Institution of Chemical Engineers. 19: i–ix.
^Nathan, F.L; Rogers, F. H.; Hinchley, J. W. (1932). "Annual Report of the Council". Transactions of the Institution of Chemical Engineers. 32: 7–8.
^ abRogers, F. H.; Underwood, A. J. V; Donald, M. B; Greene, F. A. (1939). "Annual Report of the Council". Transactions of the Institution of Chemical Engineers. 18: 1–5.
Divall, Colin; Johnstone, Sean (2000). Scaling Up - The Institution of Chemical Engineers and the Rise of a New Profession. Dordrecht: Kluwer Academic. ISBN0-7923-6692-1.
Freshwater, Don (1997). People, pipes and processes. Cambridge: Burlington Press. ISBN0 85295 390 9.
Hinchley, Edith (1935). John William Hinchley: Chemical Engineer. South Kensington: Lamley & Co.