Issue 04/2016
bioplasticsMAGAZINE_1604
bioplasticsMAGAZINE_1604
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Toys<br />
LEGO looks for<br />
sustainable alternatives<br />
In 1958, in Billund Denmark, Godtfred Kirk Kristiansen<br />
invented a simple system for clicking together small bricks,<br />
enabling decades of imaginative play for young and old in<br />
more than 140 countries. LEGO ® bricks make a positive<br />
impact through creative play, but, the Lego Group wants to do<br />
more; They also want to leave a positive impact on the planet<br />
our children will inherit. [1]<br />
That is why Lego is seeking for solutions to use sustainable<br />
materials for all core products and packaging by 2030. The<br />
Danish company is investing about EUR 135 million to make<br />
this ambitious challenge a reality.<br />
About a year ago Jørgen Vig Knudstorp, CEO and President<br />
of the Lego Group, said “We have already taken important steps<br />
to reduce our carbon footprint and leave a positive impact on<br />
the planet by reducing the packaging size, by introducing FSC<br />
certified packaging and through our investment in an offshore<br />
wind farm. Now we are accelerating our focus on materials.” [2]<br />
The investment includes the establishment of a Lego<br />
Sustainable Materials Centre at the Group’s headquarters in<br />
Billund, Denmark. In order to achieve the challenging goal “to<br />
find alternative materials”, the Lego Group announced to hire<br />
more than 100 specialists within the materials field during the<br />
coming years.<br />
Kjeld Kirk Kristiansen (Lego-group owner) said “Our<br />
mission is to inspire and develop the builders of tomorrow.<br />
We believe that our main contribution to this is through<br />
the creative play experiences we provide to children. The<br />
investment announced is a testament to our continued<br />
ambition to leave a positive impact on the planet, which future<br />
generations will inherit. It is certainly in line with the mission<br />
of the Lego Group and in line with the motto of my grandfather<br />
and founder of the Lego Group, Ole Kirk Kristiansen: Only the<br />
best is good enough”.<br />
With about 77,000 tonnes of petroleum-based plastics to<br />
make 60 billion bricks and other pieces for its sets in 2014<br />
[3], finding new, innovative and more sustainable materials to<br />
make these parts would significantly reduce the Lego Group’s<br />
impact on the planet [1, 2].<br />
Photo: Courtesy LEGO A/S<br />
To achieve these goals, Lego is working with suppliers,<br />
universities and partners such as World Wildlife Fund to<br />
research, develop and implement sustainable raw materials<br />
for Lego products and packaging [1]. An example is the new<br />
collaboration with WWF that was agreed in spring 2015 and<br />
focuses on better assessing the overall sustainability and<br />
environmental impact of new bio-based materials for Lego<br />
elements and packaging [2].<br />
Erin Simon, Deputy Director, Sustainability R&D at World<br />
Wildlife Fund said “WWF is excited to work with the Lego<br />
Group to help meet our shared conservation challenges. By<br />
sourcing materials responsibly, we’re also helping to protect<br />
the ecosystems that we all rely on. We’re excited to help the<br />
Lego Group on its journey to source all of their materials<br />
responsibly.” [1]<br />
However, according to Tim Guy Brooks, Vice President<br />
Environmental Sustainability at Lego, “it is vital that any new<br />
materials introduced must meet our current quality, safety<br />
and play standards. The solution may not be one size fits all.<br />
We’re considering a mix of solutions that may include the use<br />
of plant-based plastics…” [1].<br />
In a Wall Street Journal report [3] Brooks said they won’t<br />
rule out any possibilities in their search for alternatives, but<br />
Lego prefers that their new plastic be derived from waste<br />
materials, such as corn stalk or other agricultural waste “that<br />
doesn’t appear to serve any other purpose.” [3]<br />
Besides all environmental aspects, quality and functionality<br />
is really a challenge. Each Lego piece, whether basic blocks<br />
or the swiveling parts of figurines or technical components<br />
such as excavator shovels, must interlock with other pieces<br />
with unchanging precision [3]. “Making Legos is incredibly<br />
precise,” as Tim Guy Brooks pointed out, “we mold it to about<br />
four-thousandths of a millimeter,” The currently used ABS is<br />
“very durable, holds color really well…it even has a particular<br />
sound.” [3].<br />
During Natureworks’ Innovation Takes Root conference in<br />
2015, Allan Rasmussen (then Plastic & Innovation Manager<br />
at Lego) told bioplastics MAGAZINE, that the force to hold Lego<br />
bricks together must be big enough that they don’t fall apart<br />
by themselves. On the other hand, this force must be small<br />
enough for 2 – 3 year old kids to take them apart when they<br />
want to.<br />
Finding alternative materials, for example biobased<br />
plastics “is the right thing to do for Lego—fossil fuels are a<br />
finite resource and we know that,” Tim Guy Brooks said [3]. MT<br />
www.lego.com<br />
[1] Brooks, T.G.: Building up to sustainability: Lego Group’s journey, blog-post<br />
at http://www.worldwildlife.org/blogs/on-balance/posts/building-up-tosustainability-Lego-group-s-journey<br />
(27 April <strong>2016</strong>)<br />
[2] Trangbæk R.R.: Lego Group to invest 1 billion dkk boosting search for<br />
sustainable materials (http://www.lego.com/en-us/aboutus/newsroom/2015/june/sustainable-materials-centre)<br />
[3] Chao, L.: Lego Tries to Build a Better Brick, http://www.wsj.com/articles/<br />
Lego-tries-to-build-a-better-brick-1436734774 (July 2015)<br />
bioplastics MAGAZINE [<strong>04</strong>/16] Vol. 11 31