Tag: Tetra Pak

A first for the beverage carton industry, this investment taps the power of digital on-package printing to offer new possibilities for beverage brands. Tetra...

Tetra Pak, a leading global food processing and packaging solutions company, has joined forces with global resource management company Veolia to recycle all components...

Tetra Pak, the world's leading food processing and packaging solutions company, has launched its Tetra Pak Plant Secure, a plant management service that delivers...

Packaging major Tetra Pak now obtains half of its global electricity supply from renewable sources, putting the company firmly on course to meet its...

It all began over a quarter of a century ago, when Danish label printer Henning Kongstad got frustrated with the time and effort required to clean and maintain his printing press.

In a developing, low income and highly populated country like India, segregation and proper disposal of waste is a big challenge. The waste, especially...

Tetra Pak's next generation high shear inline mixer offers customers unparalleled ingredient mixing performance and lower operating costs. Featuring a radical new design that produces finer, more consistent

Tetra Pak recently announced that it now uses renewable electricity for more than a third of its total annual consumption worldwide. This is up from 22% in 2015.

The aseptic paper board and laminated paper and foil solutions for liquid and food packaging continue to grow in product segments ranging from milk to alcoholic beverages. The main provider of both laminates and filling and sealing solutions in this segment has been Tetra Pak, which is practically the inventor of this category of packaging. While some forms of aseptic liquid packaging such as gable top cartons require a cold chain, the outstanding feature of the Tetra Pak has been its ability to significantly prolong the shelf life of food and beverage products without refrigeration.

According to the Forest Stewardship Council (FSC), currently Asia, the Middle East and Africa comprise 34% of global packaging consumption whereas Europe is 34%, North America 27% and Latin America 5%. Russia, India, Brazil and China are estimated to be the source of about 30% of future global demand, a proportion that will increase as their economies develop further. Other trends in buying behavior imply an even greater need for packaging material. The sourcing of fiber to meet this demand can have particularly adverse impacts on ecologically significant areas, not just domestically, but also across the South-East Asian region. This reflects a larger need for India’s packaging industry to ensure it uses only sustainably sourced material when meeting its long-term raw material requirements.