FIB is ready to launch with an annual manufacturing capability of 8 GWh, using Bühler’s tools, which incorporates 4 steady mixing traces for electrode paste manufacturing. Set up of this tools is anticipated to be accomplished by the top of 2025, with manufacturing anticipated to start in 2026.
As a part of the brand new settlement, Bühler will present two steady mixing traces every for the manufacturing of anode and cathode electrode slurry on the Teverola 2 facility. The brand new methods leverage Bühler’s progressive co-rotating twin-screw extruder know-how, which integrates a number of processing steps right into a single, constantly working unit. This know-how is designed to be energy-efficient, consuming as much as 4 occasions much less vitality and requiring fewer operators.
Andrea Civitillo, co-founder and Managing Director of Seri Industrial S.p.A. and FIB S.p.A., famous, “Bühler’s superior steady mixing know-how and confirmed observe report at Teverola 1 made them the proper associate for Teverola 2. Their options ship unmatched effectivity, sustainability, and scalability, aligning seamlessly with our challenge targets. This collaboration enhances our place within the increasing renewable vitality and electrical mobility markets.”
Adrian Spillmann, Head of Market Section Battery Electrode Compounds at Bühler, added, “Our ongoing partnership with FIB S.p.A. displays our shared dedication to innovation and sustainability inside the vitality sector. We’re proud to be a part of such a groundbreaking challenge that may considerably enhance Europe’s capability to provide high-performance LFP batteries.”
This collaboration marks an extension of the connection between the 2 firms, which started in 2020 when Bühler equipped an electrode slurry manufacturing system to FIB’s Teverola 1 challenge, a pilot plant with an annual capability of 0.35 GWh. Earlier this yr, Bühler additionally equipped megacasting methods for Honda.
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