Ball Corporation launches new aluminium aerosol can
Ball Corporation has launched its most sustainable aluminium aerosol can, with only half the carbon footprint of a standard can, globally. The company said the launch will support its ambition to achieve its 2030 science-based targets and net-zero emissions prior to 2050.
Jason Galley, senior director of Sustainability for Ball Aerosol Packaging, said: “With the impacts of climate change becoming more visible, we see a growing focus on efforts to reduce the carbon footprint of packaging.
“People want a more sustainable future for the planet, and they seek out brands that are leading the way. In fact, research shows that 83 percent of global consumers believe it’s important or extremely important for companies to design products that can be reused or recycled. At Ball, we are helping brands leverage the green credentials of aluminium packaging to offer solutions that help people live more sustainably and improve the health of the planet.”
The company’s aerosol cans are designed through a holistic approach with the environment in mind. The new cans incorporate up to 50 percent recycled content as well as low carbon aluminium that has been smelted using renewable energy sources, such as hydroelectric power. Producing cans with recycled content and low carbon aluminium helps support Ball’s progress toward reducing absolute value chain emissions by 16 percent by 2030.
In addition, Ball is able to significantly reduce the weight of the packaging due to its ReAl innovative alloy for the production of impact-extruded cans. The new Ball aerosol can is 30 percent lighter than a standard aluminium can, whilst fully retaining its strength and structure.
Since 2014, over 2.2 billion ReAl cans have been used across the world – that’s the equivalent of 66,000 tonnes of CO2e saved. Ball aims for resource efficiency improvement with 50 percent of its aerosol can production made with lightweight ReAl alloy. With these increased sustainable attributes.
Predrag Ozmo, sustainability manager for Ball, said: “We are incredibly excited to bring to market an aerosol aluminium can with half the carbon footprint of a standard can, and we will continue to push the boundaries of sustainable innovation.
“The urgency and benefits of moving toward a circular economy are clear – and aluminium packaging, because it is infinitely recyclable, is the closest to real circularity. Therefore, we are working with brand owners, industry associations, materials recovery facilities (MRF), remelters and consumers to raise awareness, and to increase the collection and recycling of aerosol containers.”
Infinitely recyclable and economically valuable, aluminium is the most sustainable packaging material and can be recycled endlessly without any loss of quality. In fact, 75 percent of all aluminium ever produced around the world is still in use today.
Jason Galley, senior director of Sustainability for Ball Aerosol Packaging, said: “With the impacts of climate change becoming more visible, we see a growing focus on efforts to reduce the carbon footprint of packaging.
“People want a more sustainable future for the planet, and they seek out brands that are leading the way. In fact, research shows that 83 percent of global consumers believe it’s important or extremely important for companies to design products that can be reused or recycled. At Ball, we are helping brands leverage the green credentials of aluminium packaging to offer solutions that help people live more sustainably and improve the health of the planet.”
The company’s aerosol cans are designed through a holistic approach with the environment in mind. The new cans incorporate up to 50 percent recycled content as well as low carbon aluminium that has been smelted using renewable energy sources, such as hydroelectric power. Producing cans with recycled content and low carbon aluminium helps support Ball’s progress toward reducing absolute value chain emissions by 16 percent by 2030.
In addition, Ball is able to significantly reduce the weight of the packaging due to its ReAl innovative alloy for the production of impact-extruded cans. The new Ball aerosol can is 30 percent lighter than a standard aluminium can, whilst fully retaining its strength and structure.
Since 2014, over 2.2 billion ReAl cans have been used across the world – that’s the equivalent of 66,000 tonnes of CO2e saved. Ball aims for resource efficiency improvement with 50 percent of its aerosol can production made with lightweight ReAl alloy. With these increased sustainable attributes.
Predrag Ozmo, sustainability manager for Ball, said: “We are incredibly excited to bring to market an aerosol aluminium can with half the carbon footprint of a standard can, and we will continue to push the boundaries of sustainable innovation.
“The urgency and benefits of moving toward a circular economy are clear – and aluminium packaging, because it is infinitely recyclable, is the closest to real circularity. Therefore, we are working with brand owners, industry associations, materials recovery facilities (MRF), remelters and consumers to raise awareness, and to increase the collection and recycling of aerosol containers.”
Infinitely recyclable and economically valuable, aluminium is the most sustainable packaging material and can be recycled endlessly without any loss of quality. In fact, 75 percent of all aluminium ever produced around the world is still in use today.
