Author spotlight: how do crystals protect our drinking water?
Posted by Dawn Cockcroft on 2017-03-28
Chemistry student Laura Lo has recently published an article about her research in our student research journal Fields. We caught up with her for a chat about her work and her experiences getting published.
If I was to explain my research to someone new to the subject, I would firstly ask them if they ever thought about the process of clean tap water. We wash, drink and cook with it, but this water has been recycled for 4.6 billion years. You would hope it’s clean! Now, my project is not just about water, it’s also about growing big shiny crystals. Now I know what you’re thinking, how do crystals have anything to do with water? Well, you see, water travels through pipes to reach our taps; however a time before lead poisoning was more understood, houses built before the 1970s used lead pipes that connected to the mains. At present most pipes have been replaced, although water companies will also use a water treatment called phosphate dosing which stops traces of lead leaching from any remaining lead pipes - there are still quite a few! This action results in the formation of a white precipitate which coats the inner pipe, therefore protecting the water. This white precipitate is the crystals! So in a nut shell my project was to develop a new method to grow pure large versions of these crystals in a controlled environment to enable future research in understanding their properties and how they act in the way they do to protect the water and inevitably, us.Read Laura’s article in Volume 3 of Fields
I have to admit, the process for Fields was very quick in terms of getting published, before you know it 6 months have passed and you’re handed your final proof albeit lots of back and forth communication and changes that need to be made to your article. The whole experience was one of a kind, you spend your time writing a piece of work that was originally only meant as an essay or dissertation to be read by one or two people, but then it gets chosen to go forward to Fields, and your work suddenly gets critiqued and peer reviewed by experts who decide whether your paper is publishable. But it’s all worth it, seeing how far that piece of work has come, from final year dissertation with a few spelling mistakes here and there (I’m a scientist!) to published journal worthy; it’s a great motivational story to tell.
It’s a massive accomplishment for me, as it’s a rarity to get your paper published as an undergraduate and I am very grateful I have been given this opportunity to share my research and findings. I found this project fascinating and gratifying throughout, therefore I hope you enjoy reading it as much as I enjoyed writing it.
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