ChemEngDay UK, the UK’s annual chemical engineering conference for the research community, came to a successful close last week. Hosted this year by the University of Bath, it welcomed over 250 delegates to Bath from across the UK and beyond.
ChemEngDay UK was begun to facilitate networking between chemical engineers across UK universities. Attended predominantly by PhD students, post-doctoral researchers and academics, together with delegates from industry, it is the only chemical engineering conference in the UK for the academic community.
I’ve been blogging continuously for 270 days now and I’m beginning to notice a few trends amongst my followers. Many readers are extremely interested in what chemical engineers do and where our profession can take us.
I’ve shared other people’s chemical engineering good news stories and talked about their work and their careers. But I’ve not talked about myself all that much. Unless your were present at the 2014 annual general meeting that is, where I highlighted some aspects of my career to date in my presidential address, a recording of which is available to watch here.
But it’s my birthday today – and given that birthdays are all about the birthday boy or girl – I trust you’ll allow me to offer a brief insight into my own career. So this posting describes a typical day in the life of yours truly and one that happened last week. The exploits of a professor of energy engineering at Imperial College London and IChemE president.
A dark, damp, eerie cave with dripping water and furtive noises echoing through an underground chamber may seem an unusual source of inspiration for a bit of chemical engineering, but today’s blog illustrates that ideas can come from anywhere.
I’m sure you’re familiar with stalagmites and stalactites – those spiky, rocky formations that grow up from the ground and drop down from the roof of caves.
Geologists have known for a while how these form and have established mathematical models for their formation.
Interestingly, stalagmite formation is an issue in nuclear processing plants industry and researchers have used some of the knowledge from geologists to create a versatile model to predict how these stalagmite-like structures form.
The main point of the research is to is to reduce the number of potentially harmful manual inspections of nuclear waste containers.