Audi Hungaria have partnered together to convert tire waste from Audi's Győr site into eco-friendly solutions. Through the process of pyrolysis, the tire waste is chemically converted into oil, which is then used for producing new plastics, and technical soot, which is used in tire production. This collaboration is part of Audi's sustainability efforts and their Mission: Zero environmental program.
Audi Hungaria is currently exploring possibilities for chemical recycling of plastic waste streams from production. This further demonstrates their commitment to resource-efficient solutions and reducing their ecological footprint. The collaboration and research between Audi Hungaria and New Energy was coordinated and managed by DBH Investment, with support from Büchl Hungaria.
Audi Hungaria's Carbon Neutrality and Energy Solutions
Audi Hungaria has achieved carbon neutrality in its balance sheet since 2020. They have implemented various energy solutions to reduce their carbon footprint, including the use of geothermal energy since 2015 and Europe's largest rooftop solar farm on their premises. These energy initiatives have significantly reduced their carbon dioxide emissions and supported their commitment to sustainability.
New Energy is an innovative technology company specializing in solutions for the circular economy. With expertise in pyrolysis plant management, their mission is to convert polymer-based waste streams into valuable feedstocks for the petrochemical industry. They aim to manage the unsustainable extraction of natural resources in an economically efficient way. Their technologies for converting waste tires into secondary raw materials align with the circular economy strategies of their partners and customers.
The partnership between Audi Hungaria and New Energy has successfully transformed tire waste into eco-friendly solutions using the pyrolysis process. This collaboration contributes to Audi's sustainability efforts and showcases their commitment to resource efficiency. Chemical recycling of plastic waste streams is being explored, furthering their dedication to reducing their ecological footprint. With New Energy's expertise in the circular economy, innovative solutions are being developed to support the petrochemical industry and reduce dependence on natural resources.
Questions & Answers
What is the partnership between Audi Hungaria Zrt. and New Energy Kft. in Győr? The partnership between Audi Hungaria Zrt. and New Energy Kft. in Győr involves the recovery of tire waste from Audi's site using pyrolysis, a process that chemically converts the waste tires into oil. This process helps avoid the release of microplastics and harmful substances into the environment.
What happens to the oil produced from the pyrolysis process? The oil produced from the pyrolysis process is used by petrochemical companies to produce new plastics. This contributes to the closed-loop recycling of materials and reduces resource consumption.
How is the resulting technical soot from the pyrolysis process used? The resulting technical soot from the pyrolysis process is used in tire production. This means that the waste tires are being transformed into a valuable secondary raw material, supporting circular economy strategies.
What is the role of DBH Investment in the collaboration between Audi Hungaria and New Energy? DBH Investment coordinates and manages the collaboration and research between Audi Hungaria and New Energy. They play a crucial role in ensuring the success of the partnership.
How has Audi Hungaria been working towards sustainability? Audi Hungaria has implemented various sustainability measures over the years. They have been carbon neutral since 2020 and have been using geothermal energy since 2015, which has led to significant carbon dioxide emissions savings. They also have Europe's largest rooftop solar farm on their premises and recycle almost 100% of their waste.
What is New Energy's mission as an innovative technology company? New Energy specializes in the development and commercialization of solutions for the circular economy. Their core mission is to turn polymer-based waste streams into useful feedstocks for the petrochemical industry, promoting the circular economy and efficient resource management.
What other possibilities for chemical recycling is Audi Hungaria investigating? Audi Hungaria is currently investigating further possibilities for the chemical recycling of plastic waste streams from production. This shows their commitment to finding innovative solutions to reduce their ecological footprint.
Who supported the waste management part of the program? The waste management part of the program was supported by Büchl Hungaria, demonstrating the importance of collaboration and partnerships in sustainable initiatives.
What is the benefit of using pyrolysis for tire waste recovery? Using pyrolysis for tire waste recovery avoids the release of microplastics and harmful substances into the environment. It also allows for the conversion of waste tires into valuable secondary raw materials, supporting circular economy strategies.