Chemistry Challenge 2020 results announced

The results of the RSC Belgium Chemistry Challenge 2020 were announced at our first webinar event on the evening of 24 September 2020. Due to the COVID19 restriction, this year's Chemistry Challenge was also a virtual event that was undertaken remotely by students.

For the 2020 Challenge, we received some 50 entries from six international and European schools in the Brussels area and beyond for this testing challenge of young people's chemical knowledge and initiative. This year the more chemistry orientated questions in Section A and B were a little more accessible, which resulted in more prize winners than for previous years. A selection of our participants are pictured below!

And the 2020 winner of the Keith Price Prize for best overall performance in terms of chemical knowledge came from a school that has not won previously.

The RSC Belgium Chemical Challenge has three sections:

• A chemistry multiple choice paper (Section A)
• A structured questions on chemistry (Section B), and
• A 'Thinking Matters' paper that is not chemistry based (Section C)

The top results were as follows:

Section A - Multiple choice

First prize for this section was shared by Maria Stanescu and Mia Williams from European School Brussels IV in Laeken (EEB4) and Riana Sadretdinova of St John’s International School in Waterloo (St John's) who each received a €50 award. There were seven winners of €25 second prizes: Ashling Neill from EEB4, Yosra Al Hayani of the ISF International School in Waterloo (ISF), Louis Baranger and Matteo Pourbaix, who both study at St John’s, Nefeli Giannaloo from the European School at Mol (ES Mol), and Sofia Mori and Martin Prucha both from the British School of Brussels in Tervuren (BSB). Third prizes of €10 went to Alia Meek of St. George’s International School in Luxembourg (St George's), Nicholas Smits and Issie Bentley from BSB, and Tyler McGee and William Dobney both at ES Mol.

Section B - Structured questions

In this section the first prize of €50 was awarded to Yosra Al Hayani from ISF with Martin Prucha of BSB picking up the second prize worth €25. Three third prizes of €10 were awarded to Nicholas Smits of BSB, Alia Meek from St George’s and Louis Baranger of St.John’s.

Section C - Thinking Matters

For this section the top prize of €50 went to Matteo Pourbaix of St John’s, with ESMol's Tyler McGee picking up a second prize of €25, and two third places worth €10 awarded to Alia Meek of St George’s and Nefeli Giannaloo ES Mol.

The Keith Price Award

With an excellent performance in both chemistry sections, Yosra Al Hayani from ISF, pictured below, also received the prestigious Keith Price Prize for the best best overall score worth an additional €100. This is the first time that a student from ISF has won our Chemistry Challenge.

Well done to everyone who took part in this year's Chemistry Challenge! Every student that entered the competition receives a certificate of participation. We will be running the Challenge again in 2021 and look forward to widening participation!

2018 Belgium Top of The Bench results

Our annual 'international eliminator' for the Royal Society of Chemistry's Top of the Bench (ToTB) competition was held at the British School of Brussels (BSB) on Saturday 18 November 2017 with ten teams from six schools taking part. An exciting afternoon of chemical problem solving ended with the announcement of the 2017 winner of the Keith Price Cup: Team Selenium from BSB. They will now represent RSC Belgium at the TOTB grand final in the UK in 2018.

As ever our TOTB eliminator was a close run competition with only a few marks between the top four teams on the individual written quiz components and five out of the ten competing teams correctly classifying the three mystery solutions in our 'Can you tell your acid from your alkali' practical challenge.

Wining formula
The teams completed individual written question papers and then enjoyed a challenging team Practical Problem Solving Exercise. As usual both the 'hands-on' practical and the paper-based component were developed by our resident competition guru, Rita Woodward. The competition was designed to really test the teams’ chemistry knowledge and problem-solving abilities and (hopefully) encourage young talented chemical scientists to consider further education and careers in Chemistry.

The individual scores from the written paper were added together for each team with the placings from the practical to give an overall score with BSB team Selenium coming out on top just a head of Team Vanadium from St. Johns International School (St John’s) in second place and Team Strontium from European School Brussels 2 (EEB 2).

Members of the winning team (pictured below with Rita) each received a RSC heat sensitive mug and the school will hold the TOTB Keith Price Cup during 2018. All the student participants will receive a certificate.

Our huge thanks to all the teachers and other volunteers involved to prepare and organise the event, in particular William Darnley and Luke Stagno Navarra from BSB, and, of course, Rita.

The full line up of participating teams for the 2018 competition was:

Cadmium - British School of Brussels (Tervuren)
Calcium - International School of Flanders (Rhode St Genese)
Krypton - International School of Flanders (Rhode St Genese)
Mercury - European School Brussels 3 (Ixelles)
Nickel - European School Brussels 2 (Woluwe)
Rubidium - European School Brussels 4 (Laeken)
Selenium - British School of Brussels (Tervuren)
Strontium - European School Brussels 2 (Woluwe)
Tellurium - European School Brussels 4 (Laeken)
Vanadium - St Johns International School (Waterloo)

The TOTB Finals will take place in the UK on Saturday 3 March 2018 at Birmingham University (TBC) and RSC sponsors the travel arrangements for our winning team. The RSC Belgium team is usually the only competing school team not based in the British Isles.

Our next TOTB Eliminator Round will take place in Q4 2018. Get your school involved!

St. George's retain the Keith Price Cup

The results of the RSC Belgium Top of the Bench (ToTB) eliminator for 2016 have been confirmed and the winners announced. And the winner of the Keith Price Cup (pictured right) for 2016 - and the Belgian representative in the TOTB grand final in the UK in 2017 - will be team Vanadium from St. George's International School in Luxembourg! St. George’s made a winning debut in the competition last year and now retain the cup for 2017. 

We were unable to hold our usual practical Saturday event in 2015, due to the Brussels security lock down, so it was a great relief to get back to normal on 3 December and welcome 11 eager teams from six schools to the chemistry labs at the British School of Brussels (BSB) for our ToTB ‘international’ eliminator.

The teams completed individual written question papers and then enjoyed a challenging team Practical Problem Solving Exercise. As usual both the 'hands-on' practical and the paper-based component were developed by our resident competition guru, Rita Woodward. The competition was designed to really test the teams’ chemistry knowledge and problem-solving abilities and (hopefully) encourage young talented chemical scientists to consider further education and careers in Chemistry.

Winners
The individual scores from the written paper were added together for each team with the placings from the practical to give an overall score. And for the second year in a row a team from St. George’s won out- the Vanadium team. Members of the winning team (pictured below) each received a RSC heat sensitive mug and the school will hold the TOTB Keith Price Cup during 2017.

Two teams were joint runners up: the Scandium team from BSB and a second team (Gallium) from St. George’s with members receiving a RSC phone battery charger. Every student that took part in the competition received a certificate.

 The two teams from St George's are pictured above with the Keith Price Cup, their prizes and certificates. 

Full results

As ever, the RSC Belgium ToTB eliminator was a close-fought competition with a total of 11 teams from six schools taking part.

The full line up of participating teams for the 2015 competition is listed below:

• Actinium – European School Brussels 4 (Laeken)
• Copper – International School of Flanders (Rhode St Genese)
• Francium – British School of Brussels (Tervuren)
• Gallium – St. George’s International School (Luxembourg)
• Radium – European School Brussels 2 (Woluwe)
• Scandium – British School of Brussels (Tervuren)
• Titanium – European School Brussels 3 (Ixelles)
• Uranium – International School of Flanders (Rhode St Genese)
• Vanadium - St. George’s International School (Luxembourg)
• Xenon - European School Brussels 4 (Laeken)
• Zinc – European School Brussels 2 (Woluwe)

The TOTB Finals will take place in Loughborough in the UK during Spring 2017 and RSC sponsors the travel arrangements for our winning team. The RSC Belgium team is usually the only competing school team not based in the British Isles. 

St. George's Hydrogen team had a great time at the 2016 finals so we wish good luck to the Vanadium team from St. George’s in 2017! Our next TOTB Eliminator Round will take place in Q4 2017.

“Colour is Fun” brightens up Brussels

In the first week of March, RSC Belgium organised for Andrew Hanson from the National Physical Laboratory in Teddington, U.K. to tour a number of schools and give a public presentation of his well-known lecture “Colour is Fun”. Andrew visited the European School Brussels II at Woluwe, St. John’s International School in Waterloo, the European School Brussels III at Ixelles, the British School of Brussels at Tervuren and the International School of Flanders (ISF) in Sint-Genesius-Rode, and gave an evening public presentation at the Université Catholique de Louvain’s Woluwe campus in Brussels on 2 March. At each location the lecture met with an enthusiastic reception from the audience, staff and pupils.

Andrew is Outreach Manager and Senior Research Scientist at the National Physical Laboratory (NPL), the UK's National Measurement Institute, and a world-leading centre of excellence in developing and applying the most accurate measurement standards available. For over 25 years he has been professionally measuring colour there, from evaluating the appearance of ornamental plants, to building the world’s first national standards telespectroradiometer to calibrate the colour of visual display units and a machine to measure the shininess of cats!

Colour measurement
His lecture tour brightened up a grey week at the end of winter for his audiences with its many colourful and animated slides. The lecture showed how colours are formed by splitting white light into the different wavelengths which we see as colour, how these are absorbed or reflected by the materials we see and the mechanism by which the eye transmits colour messages to the brain.

Equipment for colour measurement was described and how this enabled the definition of any particular colour, important for quality control in many different areas. Several demonstrations revealed how the eye can retain a reverse colour image when the image is removed – Andrew ‘magiced’ the Belgian flag from white, indigo and duck egg blue stripes. Drawing attention to how our perception of colour is determined by the surroundings of that colour, by the end of the lecture the audience was convinced that what had appeared to be four distinctly different colours at the start were in fact the same.

Whilst Andrew is a physicist, his lecture also highlighted the role of chemistry in determining the colour of materials, and in the development of new dyestuffs and colours.

Shiny cats! 
And, yes, there was an image of a shiny cat! And do not be surprised if the next lecture makes reference to the colour of the Belgian chocolate which Andrew took home with him…
In total, the Andrew’s lectures were enjoyed by over 600 students, staff and members of the public. ISF have reported the event on their Facebook page.

We have to thank the NPL for making Andrew’s time available to conduct this lecture tour, and the staff members at the schools who organised the event on the ground.