Clorox has added new science-based targets to its climate strategy, which the company said will help it achieve its net zero emissions goals by 2050. Clorox aims to achieve its net zero goals by 2050 by reaching 50% combined reduction in virgin plastic and fiber packaging by 2030; getting to 100% recyclable, reusable, or compostable packaging by 2025; and doubling the use of plastic PCR in packaging by 2030.[Image Credit: © Clorox]
Henkel presents its current achievements and milestones reached as it works to achieve packaging sustainability and deal with plastic pollution. The company said it has achieved 89% reusable or recyclable packaging against its target of 100%. Incorporating recycled content into plastics results in grayish or opaque plastic, which can sometimes deter consumers from buying products with recycled packaging. Henkel aims to achieve its goal of 50% less virgin plastic in packaging by using recycled aluminum. Henkel believes that by reaching the first two targets, the company can get closer to achieving its third target of zero plastic waste making its way into nature.[Image Credit: © Henkel]


Greenpeace USA said consumer goods companies, including Coca-Cola, PepsiCo, Unilever and Nestlé, are pushing the growth of plastic production and endangering the global climate and communities worldwide. The group’s report, The Climate Emergency Unpacked: How Consumer Goods Companies are Fueling Big Oil’s Plastic Expansion, highlights the business relationships between giant consumer goods companies and fossil fuel companies. The report highlights industry estimates that plastic production could triple by 2050. It also looks at the general absence of transparency regarding emissions from plastic packaging.[Image Credit: © Greenpeace USA]
WRAP has partnered with WWF India and the Confederation of Indian Industry to launch the India Plastics Pact during the CII’s 2021 sustainability summit in New Delhi. The India Plastics Pact is the latest in WRAP’s growing list of Pacts worldwide and the first in Asia. The country produces 9.46 million tons of plastic waste every year, with 40% uncollected. Also, 43% of plastics manufactured in India is used for packaging, mostly for single use.
Eurokey Recycling Ltd has revealed its plan to invest £15 million in a recycling infrastructure designed for processing supermarket films and flexible plastics returned by shoppers. The recycling facility will be the first of its kind in the UK and will have 75,000 square feet of space and processing capacity of 70,000 tonnes each year. It will be located in Kettering, Northamptonshire, and is expected to start operating in summer 2022.[Image Credit: © EUROKEY RECYCLING GROUP]

China has announced a five-year plan, 2021–2025, that will expand the country’s plastic recycling and incineration capabilities. The policy announcement also aims to promote environment-friendly plastic products and to act on the “overuse of plastic” in packaging and agriculture. The country’s National Development and Reform Commission declared that China needed to improve its “chain of plastic pollution control”. The five-year plan will push retailers and delivery companies to reduce plastic packaging and expand the country’s urban waste incineration rates to about 800,000 tons per day by 2025.[Image Credit: © No copyright]
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Zotefoams VP for strategy, Neil Court-Johnston, said mixed material packaging is the “enemy” of sustainable packaging and recycling. His company offers ReZorce mono-material recyclable barrier packaging as an environment-friendly as an alternative. He said aseptic carton packaging with a laminated surface is “extremely difficult or impossible to recycle” and usually ends up in landfill or incinerators. Zotefoams “re-engineers” plastic materials, such as high-density polyethylene, to add barrier properties normally found in mixed material packaging.[Image Credit: © Zotefoams ]
In April 2021, a team of scientists published a study detailing how poly(diketoenamine) or PDK could be manufactured at scale and made commercially viable. PDK was first discovered by scientists from the Lawrence Berkeley National Laboratory who noticed that the material breaks down to its original monomers. These monomers came with features that were as good as new and could be “re-polymerized” into new material without any loss in quality.[Image Credit: © UC Berkeley]