PAC June 2015 Driving environmental impact through packaging design

Our environmental performance evolution

Global Environment/2014-02-11 / 2

Waste efficient

Energy recovery

1-way vs. returnables

1980s 2000s 1970s 1990s 2010s

Raw materials

Transparency

Food waste

Water

Supply chain integration

Certification and labelling Efficiency

LCA

Factory emissions

Environment reporting

Recycling

Design for environment

Climate goal

Partnering & commitments

LCA target setting

Environment is a core driver of our business today

Fostered at the top

Initials/DDMMYY Security Level

“As the world’s leading provider of food processing and packaging solutions, our business is built on our ability to

provide safe, secure and sustainable nourishment to consumers worldwide. Success requires continuous innovation; finding new

ways to meet the ever-shifting expectations of the market, and the increasingly diverse needs of our customers, in ways that

fully address our social and environmental responsibilities. ”

-Dennis Jonsson, Tetra Pak President and CEO

Environment is a strategic priority for Tetra Pak

HB/2015-03-10 Internal

►Reduce environmen-tal footprint across the value chain

►Develop sustainable products

► Increase recycling

SUSTAINABLE PROFITABLE GROWTH

Develop sustainable products Aim for: 100% FSC-certified paperboard, A 100% renewable package

Develop sustainable products – a critical objective

Improve environmental profile of entire portfolio

Develop and deploy environmental innovations

Key actions

Goals Objectives

Global Environment/2014-02-11 / 5

It all starts with a lifecycle perspective

Logistics

Innovation

Our operations

Customers operations

Recycling Sourcing

Global Environment/2014-02-11 / 6

Design for Environment

Carbon footprint

Recyclability Renewability Water footprint

Harmful substances

Less material

Reducing environmental footprint by integrated approach Environment innovations

Next generation barrier materials Bio-based polymers Eco-efficient

equipment

Global Environment/2014-02-11 / 8

Global Environment/2014-02-11

Responsibly sourced materials

FSC™-certified paperboard

Bio-based polymers

Replacing petroleum with sugar cane

Sustainable packages are sustainably sourced packages

/ 9

Bio-based sources

Responsible sourcing

Material efficient

Efficient logistics

Global Environment/2014-02-11 / 10

Several environmental improvements Award winning Tetra Brik® Aseptic1000 Edge LightCap™

The renewable paperboard sleeve is FSC certified

Low package weight to product weight ratio (3%)

The cap available is bio-based polymer (derived from sugar cane)

Angled top and closure position improve pallet efficiency by 4%

Results of Design for Environment focus

30% aluminum foil barrier thickness

23% CO2e from materials

waste reduction

11% TBA Edge with biobased LightCap vs. TBA Square with StreamCap

Reduced carbon footprint

Low carbon footprint compared to traditional canned food packaging

Efficient logistics

The brick shape allow 18% improved pallet efficiency vs. cylindrical alternatives

Responsible sourcing

FSC-certified paperboard

Low material use

Low package weight – 60% less than the tin can

The 21st century alternative for canned food

Tetra Recart environment design

Global Environment/2014-02-11 / 12

The old could not be more relevant Aseptic packages for sensitive dairy products

Source: Franklin Associates of Prairies Village, Kansas, 2007 Reference

Comparison among half and half containers

Total CO2 Emissions (Pounds of Carbon Dioxide

Equivalents/10,000 Containers)

2,500

6,500

9,000

Tetra BrikAseptic

Paperboard Gabletop

PET

Total energy consumption (Million BTUs per 10,000 Containers)

25

53

72

Tetra BrikAseptic

Paperboard Gabletop

PET

Our Journey Towards 100% Renewable Packaging A response to the challenge of diminishing natural resources and climate change