Levidian to showcase rubber decarbonisation solutions at Tire Technology Expo 2024
Levidian will be at the Tire Technology Expo, taking place in Hannover, Germany from 19th-21st March.
The three-day show is a pivotal event in the tyre industry calendar. The exhibition and conference will bring together leading industry figures on the latest developments in tyre manufacturing, scientific advances and sustainability.
Underpinned by our patented LOOP technology, Levidian offers a unique decarbonisation service that captures the carbon from methane gas and creates a new source of clean hydrogen and solid carbon that can be used as an additive to further decarbonise major industries including tyres and rubber products.
As a Tire Technology Expo exhibitor, Levidian will highlight how these solutions could support tyre manufacturers with on-site emissions reduction, security of supply chain for carbon additives, and the additional benefits that could be realised from utilising high-quality captured carbon in tyre formulations.
Levidian is actively integrating sustainable carbon materials with conventional tyre rubber additives like carbon blacks. This integration can result in increased performance, including in the development of emerging high-performance EV tyres with silica-based formulations.
To find out more about Levidian’s decarbonisation solutions, register for the Tire Technology Expo here, and visit us at Booth C502.
Contact sales@levidian.com to express your interest in meeting with us.
A new and integrated way to decarbonise tyre production
The tyre industry is working to address a multitude of challenges to improve Environmental, Social, and Governance (ESG) ratings, including addressing concerns related to tyre wear particles, promoting tyre circularity, and finding ways to decarbonise production.
Levidian’s LOOP technology can support the tyre industry with decarbonisation of natural gas from tyre production, whilst creating a lower emission energy source – hydrogen – and producing a sustainable, solid carbon in the form of graphene, which can then be used as a reinforcing, tread grade carbon filler.