ALPLA Group acquired Slovak company Panara to step up its activities in bioplastics


93DC6973-B9AD-4E52-A2DE-7A31ADA8EBFA

Austria-headquartered ALPLA Group acquired the Slovak company Panara, a global packaging specialist, to step up its activities in the research field of alternative, sustainable raw materials for packaging. Panara is focusing on the development of fully bio-based and biodegradable plastics.

Continue reading

Stora Enso and Pulpex signed an agreement to produce wood-based bottles and containers

Stora Enso Paper mill in Hyltebruk
Stora Enso paper mill in Hyltebruk (Sweden)

Stora Enso and packaging technology company Pulpex joined forces to industrialize the production of eco-friendly paper bottles and containers made from wood fiber pulp. These renewable products will offer an alternative to PET plastics and glass. The exclusive partnership leverages Stora Enso’s formed fiber technologies and ability to convert end-products at an industrial scale. 

Continue reading

Novamont and Iren joined forces in the field of integrated waste collection systems

wpid-20150911_101147.jpg

Novamont, a world leader in the world bioplastics market headquartered in Novara (Italy), and Italian utility Iren signed a three-year collaboration agreement in the field of integrated waste collection systems, the aim of which is to reduce non-recyclable waste at source and fully implement the objectives of the circular bioeconomy.

The two companies have agreed to develop specific projects for the optimised management of compostable products and packaging, to be recycled and recovered together with the organic fraction of solid municipal waste in Iren’s treatment plants. 

Continue reading

Novamont acquired Norway-based BioBag Group

Catia Bastioli, Ceo of Novamont

Novamont, a world leader in the development and production of biochemicals and compostable bioplastics, acquired BioBag Group, a Norway-based leading supplier of low-impact solutions for waste collection and packaging. The acquisition will allow Novamont to benefit from BioBag’s highly specialised independent distribution in areas where the buyer is less present. The two companies will be able to offer a more complete solution set to the market and to create long-lasting alliances with key stakeholders such as large retailers and communities.

Continue reading

LanzaTech, Total and L’Oréal premiered the first cosmetic packaging made from industrial carbon emissions

Jennifer Holmgren at the Bioeconomy Investment Summit in Helsinki

Through their innovative partnership, LanzaTech, Total and L’Oréal premiered the world’s first sustainable packaging made from captured and recycled carbon emissions. The successful conversion process takes place in three steps: LanzaTech captures industrial carbon emissions and converts them into ethanol using a unique biological process; Total, thanks to an innovative dehydration process jointly developed with IFP Axens, converts the ethanol into ethylene before polymerizing it into polyethylene that has the same technical characteristics as its fossil counterpart; L’Oréal uses this polyethylene to produce packaging with the same quality and properties as conventional polyethylene.

Continue reading

Stora Enso will build a pilot facility for producing Cellufoam, a sustainable packaging material

Stora Enso paper mill in Hyltebruk (Sweden)

Stora Enso will build a pilot facility for producing Cellufoam™ by Stora Enso, a lightweight, fiber-based foam material for protective packaging and cushioning. Bio-based foams are renewable and recyclable and can be used in packaging, for example, to replace oil-based polymer foams which are widely used today. The pilot plant will be located at Stora Enso’s Fors Mill in Sweden.

Continue reading

Neste and Jokey joined forces to develop rigid packaging from renewable materials

Neste’s headquarter in Espoo, Finland

Neste and Jokey, a leading international manufacturer of rigid plastic packaging, started collaborating with a target to develop the market for rigid packaging from sustainable renewable and recycled materials for food and non-food applications.

Continue reading

Braskem is to become a Green Plastic supplier for the Rio de Janeiro-based brand Café Favorito

Braskem is to become a Green Plastic supplier for the traditional Rio de Janeiro-based brand Café Favorito. The first polyethylene of renewable origin to be produced in the world, the resin will be applied in the 500 g coffee pillow packs.

“We produce over one million metric tons of coffee annually, sold mainly in the Lagos and Serrana regions and in the south of the state of Rio de Janeiro. The use of Green Plastic in our packaging reinforces our effort in the search for sustainable performance,” explained Adriana de Oliveira, Chief Commercial Officer of Café Favorito.

Continue reading

Bio-on and GimaTT together for the bio-based packaging of products derived from tobacco

Marco Astorri

Italian industrial biotech company Bio-on, specialized in the sector of bioplastic of high quality, organic and biodegradable at 100%, set up AMT Labs S.p.A., a newco dedicated to the study, development and production of innovative materials for the tobacco world. Now AMT Labs company, capitalised with 10 million euros, sees the entry of GimaTT, with a 20% share for an investment of 2.2 million euros. GimaTT is a leader in the design and assembly of automatic machines on eletronic basis for the the packaging of products derived from tobacco and, in particular, those of new generation at reduced risk. Gima TT is controlled by IMA S.p.A. and is listed on the Star segment of the Italian Stock Exchange since October 2017.

Continue reading

Leaf Resources enters biodegradable packaging market leveraging Glycell strategy

Ken Richards, CEO of Leaf Resources

Australia-based Leaf Resources has secured a license for an innovative biodegradable coating product for the packaging market. The product is based on lignin and also utilizes glycerol, two of the products that Leaf’s Glycell process will produce. According to the company, “Leaf’s Glycell process break down plant biomass at lower temperature and pressure and generate a higher yield of cellulose than conventional approaches”.

Continue reading