11:48 | 08/10/2020 Society
Tetra Pak and the Lund University School of Economics and Management have recently completed a joint study that presents four plausible scenarios for the future of the dairy industry.
The study analyses six key global markets to examine the critical uncertainties of social environmental forces and technological transitions that could shift the dairy landscape in the next ten years.
The study, Global trends affecting dairy strategies, follows an 18-month research project by Lund University School of Economics and Management (LUSEM), supported by Tetra Pak, to examine a shifting dairy landscape and forecast what the dairy industry will look like in 2030. The project team from the LUSEM SITE research centre consisted of professors Thomas Kalling, Matts Kärreman, Magnus Johansson and Christian Koch. Analysing six key global markets, including the UK, the US, China, India, Nigeria and Brazil, the study outlines four plausible scenarios – ‘Dairy Evolution’, ‘Green Dairy’, ‘New Fusion’, and ‘Brave New Food’ – each demonstrating the varying interplay of socio-environmental forces and technological transition, and with very different outcomes.
|This project developed scenarios for the dairy industry in 2030 and related food processing and distribution sectors|
The first scenario, ‘Dairy Evolution’ is the scenario characterized by no big surprises where the dairy industry would continue to follow current trends with smaller disruptions. ‘Green Dairy’ is marked by strong socio-environmental forces, such as consumer demands and policy restrictions but little technological transition, that drive the dairy industry to invest heavily to reduce carbon footprint. ‘New Fusion’ dominated by innovative technologies and processes, but weak socio-environmental forces, would significantly impact the industry. The final scenario, ‘Brave New Food’, is the scenario combining strong socio-environmental forces and highly innovative technologies, which together would lead to a complete transformation.
Frederik Wellendorph, Vice President Business Unit Liquid Food, Tetra Pak said that, the Food & Beverage sector will undergo an enormous transformation over the next decade, with the dairy industry feeling this most acutely. Clearly, many challenges lie ahead – but there are plenty of opportunities for manufacturers too. The key to success in the new landscape will be in embracing flexibility and proactively responding to the wave of disruptive changes.
“The global dairy industry is at the very heart of the global food transformation, and the contours of this transition are already starting to take shape. This Lund University project, in collaboration with Tetra Pak, used established methodologies to develop scenarios for the dairy industry in 2030 and related food processing and distribution sectors. The scenarios are as different from each other as possible, within the limits of plausibility and credibility. Thus all should be considered as future plausible outcomes”, said Dr. Christian Koch, Lund University School of Economics and Management.
The four scenarios present a myriad of implications that could change the business environment, indicating that while the overall market is growing and there will be regional differences, cow-based dairy may in the future hold between 85 percent and, in an extreme case, 20 percent of the total market, whereas the future production volumes of plant-based beverages may grow up to 35 percent, with the remaining portion taken by lab-grown dairy alternatives.
Anticipating the degree of transformation, Tetra Pak has already started collaborating with start-ups and academia to accelerate understanding of the performance of different proteins under different processing conditions. Through this, the company will create solutions that enable customers to take advantage of the changes that lie ahead.
The four plausible scenarios of the study were arrived at by using methodology based on the Oxford Scenario Planning Approach, identifying both predetermined factors, such as demographic shifts and climate change, and potential disruptions from critical uncertainties such as technological transformation and socio-environmental forces.