In such applications, according to Mr Berkenbosch, paper offers an attractive alternative. “At Smurfit Kappa we have 31 different flute designs, which means a lot of scope to play around with the structure to maximise efficiency and marketing impact,” he says. “In the context of omnichannel retail and agile marketing, it’s also a big advantage that board offers a lot of flexibility in altering the structural design and graphics of a tray, compared to the cost involved in redesigning a plastic tray.”
A study conducted on UK consumers in August 2018 using Smurfit’s ShelfSmart tool to measure relative impacts found that 75 per cent preferred paper-based trays. While similar tests are being undertaken across other geographies, the working hypothesis is that a marketing shift in favour of fibre is underway. Meanwhile, if governments follow through on recycling levies, it is expected to tilt the cost proposition in the paper industry’s favour.
Extending the possibilities
Beyond the low-hanging fruit, the cutting edge of Smurfit Kappa’s R&D emphasises developing additional functionalities without compromising recyclability. “Enhancing gas and moisture barrier properties is a key innovation focus, and we’ve seen a shift in approach here,” Mr Berkenbosch reveals. “In the past there was a lot of research into biodegradable coatings, which were problematic because they needed to be separated from the paper, which required special collection streams and lots of consumer education. Today we are performing research on coatings that can go through the standard paper collection stream, meaning we can harness the existing infrastructure – with its 91 per cent collection rate – without re-educating the supply chain or consumers.”
Under this model, material separation takes place after collection: the bio-based coatings dissolving in the typical paper recycling process. Another advantage of the current research approach is that whereas coatings have in the past have usually been applied early in the production process, here it takes place at the printing stage, meaning it can be applied selectively where required. This translates to reduced pressure on volumes and flexibility in creating dedicated solutions.
While such fundamental R&D efforts are yielding exciting advances, Smurfit Kappa has come to see this model of innovation, leveraging internal knowledge along with research partnerships, as somewhat within its comfort zone. As such, the business has undergone a radical rethink of the role it has to play in sustainable innovation. The result is its ‘Better Planet Packaging’ initiative, the pillars of which consist of inspiration and education, design, innovation, and external cooperation. Smurfit Kappa’s transformative idea is that it needs to adopt an even more open relationship than today with the wider industry and community, providing leadership and know-how, along with a platform for a much wider ecosystem of design creativity.
“We’ll be setting an innovation agenda,” Mr Berkenbosch says. “We are developing a set of guidelines to reimagine how things would look if we designed packaging differently. When it comes to design, the key challenge is to produce packaging that fulfils its protective role while reducing the chance that it will become litter. A classic example is the non-detachable ring pull invented for cans so they don’t turn into litter. For plastic bottles it would be beneficial to create a similar mechanism that keeps the cap connected to the bottle. With fibre-based packaging, it could mean producing tapes that remain attached to the box after opening, or a two-piece box that isn’t detached, so no elements are diverted away from the recycling stream.”
While Smurfit Kappa looks to set the agenda, it recognises that it can’t monopolise it if the objective is to think outside the box. “We’ve launched Better Planet Packaging in part with the intention of mobilising not just Smurfit Kappa’s designers, but the global design community,” Mr Berkenbosch states. “I think the industry has had something of a blind spot. In the IT world it’s common to hold sessions where you put 200 developers in a room to solve a problem. In Smurfit Kappa we have proven to be a strong believer in the packaging industry shedding its conservative habits and embracing new approaches. Why shouldn’t we, like Apple or Google, bring together 200 brilliant designers and set them a challenge to forget how we used to do things and come up with new, sustainable solutions? Maybe there are designers from the automotive industry or other sectors who can approach our challenges in a totally different way.”
The company is adamant that Better Planet Packaging isn’t about promoting its portfolio. “We mean to start an innovation journey that asks what we need to do to develop sustainable packaging, with a particular focus on end-of-life scenarios,” Mr Berkenbosch concludes. “We see ourselves as a leader in setting this agenda but the honest truth is that we don’t precisely know where this journey will end.”