Photo 1 |
On Thursday 21st June, four members of the iGEM
Leicester team, accompanied by Dr. Badge, attended the Styropack Innovations
Conference in Ford, West Sussex. Christopher, William, Emily and Luke put
together a presentation about the project to deliver to the conference, which
included representatives from Synbra (Styropack’s parent company), Roundstone
Nurseries, Jablite and B&Q. For the event we put on our best suits, which
Dr Badge kindly ironed for us! (photo 1)
After a long and very cosy journey to Ford, we were greeted
by the cheery Group Sales Manager, Mike Pocok. We then enjoyed a tour of
Styropack’s polystyrene production factory after the obligatory health and
safety briefing. Our tour was lead by the
site manager John Crossley who delivered lots of fascinating polystyrene facts,
while fielding questions from curious students and company representatives.
Photo 2 |
First of all we were shown around the warehouse, with towers
of polystyrene packaging. (photo 2) The production lines are located in the
same building where we learnt about the manufacturing processes, including the many
recycling initiatives. The process involves using pentane and steam to expand
the raw product (nicknamed “sugar” due to its granular appearance). (photo 3)
Heat is recovered from the waste water from the expansion process, which is used to heat the incoming water to the boiler. The waste water is also recycled, along with any waste polystyrene. We also learned how the Styropack Ford site recycle its EPS with waste that it cannot recycle on site being sent to Envirocare a EPS recycler in Grimsby. South Coast Skips which is based in the same industrial estate take all other waste and recycle it, reducing the transport of the waste products. At the Ford site 2000 tonnes of Expanded PolyStyrene (EPS) is produced approximately each year.
Photo 3 |
Our presentation
The time had come for us to present our project. Nervously
we waited our turn to present our parts while Dr. Badge introduced the iGEM
competition. Christopher was first to speak, introducing our project idea and
the impact that it could make in the disposal of expanded polystyrene. Up next
was Luke, explaining that Pseudomonas
bacteria have been found to degrade polystyrene in the soil. Next he spoke
about the processes we will use to genetically modify the bacteria using a lab
strain of E. coli to host the
modified DNA. This flowed into William’s first part, speaking about the Citizen
Science Experiment as a method for searching for the bacteria we need.
Afterwards, the team’s Computer Scientist, Emily, delivered a small section
about how computer simulation will be used in the project. Computer simulation
is important to this project because the bacteria work at an incredibly slow
rate, not within the time scale of the project. Therefore a simulation can used
to show what may happen a year later or more further. Next it was the turn of
our progress and achievements, presented by William. He spoke about our
fundraising activities and the events we had attended raising awareness, with
Dr. Badge rounding off the presentation.
Silo
Have you ever thought out making art with Polystyrene? Silo,
a two-person team of designers have done just that. Oscar Wanless and Attua Aparicio
make fabric moulds containing un-expanded polystyrene, and the moulds are then
steamed to allow the raw material to expand and harden. The collection includes
furniture and sculptures; it is worth a look www.silostudio.net.
An exciting recycling initiative from B&Q in conjunction
with Styropack was the next presentation. EPS recycling bins have
been placed at B&Q head office to be collected by Styropack for recycling. The
loop is complete by the collected EPS being used in the production of 'recycled-content' horticulture trays that will be sold in B&Q.
Picture 4 |
After returning to Leicester we were
delighted to learn that Styropack wanted to become our latest sponsor – not
only making a substantial financial contribution, but also assisting us with
distribution of the Citizen Science kits through their national network of
customers. All in all a fantastic result!
Emily Halsey - Bioinformatician
and
Christopher Morton - Project leader
Emily Halsey - Bioinformatician
and
Christopher Morton - Project leader
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