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43 results for "cycling innovation"
A groundbreaking pedal design lets cyclists' feet move naturally while riding, protecting knees from strain and injury. The 8 Degree Pedal brings floating technology to platform pedals for the first time.
The iconic toy company now sources more than half its brick materials from recycled or renewable sources, jumping from 33% to 52% in just one year. It's one of the biggest shifts toward sustainable plastic in the toy industry.
Mondelēz International just hit a major sustainability milestone by switching chocolate and cookie trays to 80% recycled plastic across Europe. The change eliminates 1,000 tons of new plastic every year while keeping your favorite treats just as delicious.
Mondelēz International, maker of Oreo and Cadbury, now uses up to 80% recycled plastic in packaging across Europe. The change saves 1,000 tons of new plastic every year and proves large-scale sustainable packaging actually works.
Swiss researchers have transformed sawdust and a mineral found in kidney stones into fire-resistant building panels that are stronger, lighter, and fully recyclable. The breakthrough could give new life to millions of tons of lumber industry waste while making buildings safer.
Mondelēz International just hit a major sustainability milestone, replacing traditional plastic packaging with 80% recycled materials across its beloved chocolate and cookie brands. The change affects millions of Milka and Oreo packages across six European countries.
The makers of Oreo, Cadbury, and Toblerone just hit a major sustainability milestone by switching to 80% recycled plastic in their packaging. The move eliminates 1,000 tons of virgin plastic annually across Europe.
The snack giant behind Cadbury has hit its goal to slash virgin plastic across Europe, removing over 1,000 tonnes annually by switching to recycled materials. The win shows big brands can make real progress on packaging waste when they invest in solutions.
A Korean company just cracked the code on recycling rare earth metals from discarded smartphones, motors, and drones. The breakthrough could help countries reduce their dependence on mining these critical materials.
A new steel mill in Ipswich will turn scrap metal into building materials for the 2032 Brisbane Olympics while slashing carbon emissions by 70%. The project promises 200 permanent jobs and will supply 90% of Queensland's construction steel needs.
China just launched the world's first industrial-scale facility to recycle retired solar panels and wind turbines, tackling a looming waste challenge before it becomes a crisis. The plant can process over 10,000 tonnes of old renewable equipment annually, turning the "last mile" problem into a circular solution.
Scientists turned wood waste into a super-strong resin that could finally make wind turbine blades recyclable. The breakthrough material beats traditional fossil-based epoxy by 76% in strength tests.
Korea Zinc is partnering with major US tech companies to extract rare earth minerals from data center waste, creating a new domestic supply chain. The initiative helps America break free from Chinese mineral dependence while turning electronic trash into valuable resources.
Researchers at Rutgers University have developed a breakthrough plastic that can be programmed to break down into reusable components at a specific time or on cue. The innovation could help solve the plastic pollution crisis by making recycling automatic and complete.
Researchers created a breakthrough alloy that transforms contaminated car scrap into high-strength material for new vehicles. The innovation could save 95% of the energy normally needed and unlock 350,000 tons of domestic aluminum annually.
Scientists at the University of Waterloo have discovered how to transform plastic pollution into acetic acid using only sunlight and water. The breakthrough could help clean up microplastics while creating valuable chemicals without adding emissions.
Scientists in Canada have created solar panels that can be completely taken apart and recycled, solving one of the biggest problems in renewable energy waste. The design uses lightweight plastic instead of glass and ditches the glue that makes current panels nearly impossible to recycle.
A Bondurant, Iowa startup is solving the wind energy industry's biggest recycling headache by transforming massive retired turbine blades into affordable concrete traffic barriers. The innovative process keeps tons of material out of landfills while slashing costs by more than half.
A college construction site in Des Moines is protected by barriers made from recycled wind turbine blades, turning hard-to-recycle renewable energy equipment into useful infrastructure. The project keeps massive composite materials out of landfills while proving sustainability and safety can work together.
Scientists created a recycling system that works with contaminated plastic waste, breaking it down into reusable materials and even hydrogen fuel. The breakthrough could transform billions of tons of "unrecyclable" trash into valuable resources.
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