Taking the Corporate Pound- Why Universities and Companies Collaborate

Much of my job involves creating links between companies and academic researchers, which means coming into contact with a whole range of industry sectors, from Cleantech to pharmaceuticals to energy and oil. Oxford’s new Shell-sponsored research institute has highlighted an ethical dilemma Universities face when working with industry and has, for some, crossed a line of what is in the public good.  This post is a reflection on such collaborations and their purpose.

The opening of Oxford University’s new research institute in Earth Sciences funded in part by oil giant Shell has caused a bit of a stir.  The new institute aims to be a centre for fundamental geoscience research into the exploitation of conventional and unconventional sources of oil and gas, as well as carbon sequestration.  A small protest, organised to coincide with the official opening of the institute by Energy and Climate Change Secretary Ed Davey, took place, and a number of Oxford alumni, staff and students expressed their anger at the decision in a letter to the Guardian.  Environmental campaigner George Monbiot added his voice to the protest, asking if scholars don’t take an ethical stance against corporate money, where’s the moral check on power?

Shell have long faced the ire of activists and campaigners the world over, so it is little surprise they will always be a controversial choice as a research partner for world-leading Universities.  Allegations include human rights violations in the Niger Delta to environmentally-questionable drilling in Canada’s tar sands.  Protesters are also keen to point out that by linking with a multinational oil company, Oxford risk undermining the voice of their scientists working on climate change.

An interesting point was raised by Oxford student and protester Ellen Gibson who said “Ed Davey’s presence (at the opening) suggests that the government is comfortable that its cuts to research funding are pushing our best universities into bed with the world’s worst companies.”  Is Ellen right and do University’s risk legitimising companies’ more questionable activities by working with them? Or do they have duty to share their knowledge and expertise with industry for the sake of the economy and society?

University-industry partnerships in science and engineering are hardly a new invention but these activities have intensified and become more formalised in the UK since the Lambert Review (2003). Strategic alliances such as that between Oxford and Shell are increasingly common and many Universities have dedicated teams to help facilitate these arrangements.  They also often receive government backing, for example the UK Research Partnership Investment Fund (UKRPIF) has matched the industry contributions for several new research institutes like Nottingham’s new GSK-sponsored Centre of Excellence in Sustainable Chemistry.

There are suggestions that companies now prefer fewer, larger strategic interactions over more ad-hoc relationships with individual academics, as they are more cost-effective and can operate on bigger scales.  Strategic partnerships also allow Universities to utilise academics across their whole research base to target so-called grand challenges or the breadth of a company’s operations.  Yet it is the smaller collaborations between one or more academics and companies of many sizes that have been the norm until now.  From sponsoring individual studentships to bank-rolling an academic’s research for a few years, these interactions tend to focus on narrow problems by matching a company’s need with an academic’s expertise.

Returning to George Monbiot’s argument, just how selective should Universities and academics be when choosing a sponsor? Are these corporations simply seeking to “green-wash” or otherwise improve their wider reputation? Monbiot ponders if academics should take an ethical stance, but few large corporations or industry sectors would come out of an ethical audit unscathed.  Energy, oil, pharma, mining, food and drink- all have a few skeletons in their closet, so where should the line be drawn?  Is it even desirable that Universities take any private sponsorship?  Hard and fast rules are surely difficult to apply and risk limiting or restricting new and innovative technologies if no commercial partner can be found to develop them.

Those protesting in Oxford may assume that the Oxford’s Department of Earth Sciences has simply compromised its intellectual independence for the sake of money. Naturally, money is important- science is expensive and someone has to pay for it- and Universities welcome the good publicity generated, but there are other motivations to work with industry.  Science does not operate in a vacuum and, love it or loathe it, the market is the main mechanism to translate the blue sky to the real world.  Understanding the technological problems industry faces opens up new research areas and opportunities for academic scientists, as well as furthering their current interests.

Unsurprisingly, companies want to work with Universities to access the cutting edge knowledge and talent available.  The academic world is a relatively low risk testing ground for new ideas that are far from market or outside the company’s R&D expertise.  Together, the cross-fertilisation of ideas between the two spheres helps create exciting innovations that will benefit the company commercially and the University through associated impacts.  And if we want to produce those disruptive, sustainable solutions for the future, then links between our leading Universities and the world’s biggest corporations will be crucial.

On a final cautionary note, when Universities do seek partnerships with the corporate sphere they should be able to do so from a strong bargaining position, based upon their research expertise and backed up by robust funding support.  In comparison to its international competitors, the UK has, until recently, been reticent in partnering its leading research institutions with large corporations.  The UK government is clearly keen to change this by fostering strong University-corporate links but it must ensure the right incentives are in place to maximise returns.  Researchers should not be driven into working with companies out of desperation, but because their research interests match those of the potential sponsor.  Although collaborations with industry are important, so are the freedoms scientists enjoy to explore new ideas unrestricted by commercial arguments.  Academics should be free to work with companies when they want to, but also remain free to choose not to.

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Canals, Trams and Recycling Old Ideas for a Sustainable Future

I was intrigued to read today about Aecom’s big idea to build a 24m wide canal from Northumberland, via the Lake District, Manchester, Leeds and Birmingham to the South-East. A big idea to solve a big problem, namely the imbalance between water supply (North and West) and water demand (South and East) in the UK. It is also suggested that the canal may be used as a sustainable, environmentally friendly means of transporting biomass and high voltage electricity cables (all in the direction North to South apparently).

Only a few days ago I was in a motorway service station and noticed an advert for a new charity asking for £2 donation a month to help save Britain’s canals (unfortunately I couldn’t find the charity online).  Apparently about 500 miles of canals were “lost” in the UK in the last century. I’m not sure why I should be sufficiently saddened by this to want to part with my money. Canals had a purpose, their use was superseded by new technology and, apart from those still used and maintained by canal boat enthusiasts, they have slowly faded away. In some places the slow return to nature has a haunting beauty to it.

Now, however, we are told there may be reason to build new canals. Although I’m not sure the idea will ever get off the ground, the recycling of old technologies brings in mind Nottingham’s Tram. The first line was opened in 2004 and “Phase 2″ is currently being built at great cost and inconvenience (but hopefully great results).  Trams aren’t new to Nottingham and an extensive service ran all across the city up until 1936 until it was closed down with the intrusion of something called the motorbus.  (Interestingly, the debt left over from 1936 is still being paid off.) I don’t know if the new tram intends to replace the modern version of the motorbus (there being at least three separate bus routes already running down the Phase 2 line) but it is clearly the jewel in the crown of Nottingham’s drive (sorry) towards being the UK’s greenest city.

I’m sorry for sounding sceptical about trams and the canals, I’m against neither, honest!  Both may well turn out to be important in our strive to a low-carbon, sustainable future. But, strangely, I’m brought around to thinking of archaeologists scratching their heads trying to interpret the meager and contradictory findings from an excavation of some long-forgotten historical site. When our future selves dig up our remains and come across tramlines built upon tramlines will they be equally confused?

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My most elegant chemistry result

I was at a talk by Professor Richard Schrock recently and he put up some very elegant NMR spectra taken by his researchers. Although not an organic chemist, it was an NMR spectrum I measured during my Ph.D. that remains the single result I am most proud of. This post is a diversion into more technical realms of chemistry and posted as part of #realtimechem week.

13c adduct nmr

A pretty (13C) NMR spectrum?

We were trying to distil the ionic liquid 1-octyl-3-methylimidazolium tetrafluoroborate (see the reaction scheme below), which might not seem a big deal. Distilling liquids is something most chemists will do routinely during their career. But ionic liquids are a bit unusual. For a long time it was thought that most ionic liquids simply did not evaporate and would stay as a liquid until they thermally decomposed. At atmospheric pressure and on a standard vacuum line this is still the case, but heat them up at very low pressures and, eventually, they can be forced to evaporate.

distillate

We had distilled a number of other ionic liquids with success and were expecting the same with this particular ionic liquid. Sure enough, we distilled over a few mL of liquid in our custom-built ultrahigh vacuum distillation kit. Then, bizarrely, our nice distilled ionic liquid crystallised (see right)!

NMR, mass spectrometry, elemental analysis were all wrong. Things didn’t smell right- in fact the sample smelt, whereas a pure ionic liquid shouldn’t. Most confusingly, the carbon NMR was “missing” a peak corresponding to the NCN carbon of the imidazolium ring. Starting to piece together the data I had and doing a bit of background reading I became convinced the reaction in the scheme below had occurred during distillation.

adduct drawings

We expected the ionic liquid on the left to distil unaltered, but instead at a temperature of 250 °C the cation and anion reacted to the give the carbene-borane on the right which distilled instead.

Going back to the NMR technician I asked if there was a way we could try and resolve the missing peak. There were some suggestions in the literature that in carbene-borane compounds similar to the one I thought I had made, fast relaxation processes supress this peak. The technician suggested we tried running another carbon NMR on our most powerful spectrometer and by increasing the time between the pulse and data acquisition. Sure enough, out of the noise came the beautiful multiplet shown in the spectrum at the top of this post. In fact, the peak is a quartet of quartets caused by splitting of the carbon signal with the adjacent boron and through two bonds to the three fluorine atoms.

This result came from a combination of serendipity and planning ending up with a result perfectly matching a hypothesis. That is why I’m probably most pleased with it. Is it an earth-shattering finding? Probably not, but for me it’s a good example of how science really works, with a bit of luck and a lot of hard work!

The work was published in the paper “Borane-substituted imidazol-2-ylidenes: syntheses in vacuo.

Reference details: A.W. Taylor, K.R.J. Lovelock, R.G. Jones, P. Licence, Dalton Trans., 2011, 40, 1463-1470.

I will write more about ionic liquids in the future, explaining a bit more about why they are interesting. They were recently voted the number one future innovation in the UK.

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From the Lab to the Laptop: Writing your Thesis

I finished my Thesis in 2010, but am reliving the process again as several friends are currently writing theirs.  Hearing some of their discussions brings both a wry smile to my lips but also a sense of anxiety as I remember the darker and more difficult moments.  This post is intended to give a few tips to those currently writing their own Theses or planning to do so soon- I consider them lessons learned from writing my own and reading others.  N.B. I write entirely here from a Science perspective as this is a personal reflection, I hope some of my comments are applicable to those in the Arts and Humanities but I don’t guarantee it.
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Science and the Budget: A letter to my MP

As a member of the Royal Society of Chemistry I was recently contacted to write to my MP in order to support their “Chemistry: We Mean Business” campaign, which is part of a broader campaign to maintain and even improve funding for science and engineering research in the UK.  Below is the final draft of the letter I sent.

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Making Sense of Science Communication: a history and review

I recently attended a lecture given by Peter Broks at the University of Nottingham’s Institute of Science and Society.  Peter is a Lecturer at Hereford College of Arts and has had a keen interest in popular science and science communication.  Peter’s talk was a reflection on the history of science communication in the UK, the approaches used and associated problems.  More information can be found at his blog.
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Brian Cox and the IChemE’s Collier Medal

This week I went to see Brian Cox receive the IChemE’s Collier Medal for his outstanding contribution to the public understanding of science.  The event was hosted by IET London and was free to attend.  The auditorium was packed with a diverse crowd of young and old, male and female and while I am not sure all were engineers it was clear most were excited to see the iconic face of British science in person.  I’ve created a Storify containing a number of tweets from the event here.
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At the Launch of Making Science Public

I recently attended the launch day of Making Science Public , a new Leverhulme funded research programme at the University of Nottingham that aims to look at “the challenges involved in making science more public.” Although I have attended social science lectures before, this was my first real foray into the area of “Science and Technology Studies.” I enjoyed the day and it was interesting to see new perspectives on the science communication and how science and the public(s) engage. As a rookie to the area and a scientist, this is my take on the day and some of the issues that were raised.
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My current role as a Business Science Fellow

This is the last of my entries describing my career to date, describing how I left the lab behind. 

Research can be both a thrilling and tedious activity.  Periods of monotony, carrying out similar experiments, interspersed with those exciting, potentially ground-breaking results, papers getting published or visits to conferences in exotic locations.  However, towards the end of my second post-doc position I no longer got the same enjoyment from doing fundamental research to justify the slower times.  This didn’t reflect on the work itself, which could well end up as something very exciting.  I was becoming more interested in learning about the processes that convert, or translate, the results of research into something that makes a difference economically, politically or socially.

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To publish or not to publish during a Ph.D.

Recently, Jon Tennant (@Protohedgehog) tweeted during a professional development course:

Queue much bemused response on Twitter along the lines of this by @GeoHerod

This got me thinking about my experience of publishing during and after my Ph.D. and whether, looking back, it was  a good thing overall.  For the record, I never received the same dubious advice that Jon did and probably wouldn’t have considered it particularly useful if I had!
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