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Agile Prozesskette zum Direkten Recycling von Lithium-Ionen-Batterien und Regeneration der Aktivmaterialien, DiRecReg - Agile Prozesskette zum Direkten Recycling von Lithium-Ionen-Batterien und Regeneration der Aktivmaterialien

Entwicklung eines ganzheitlichen und nachhaltigen Recyclingansatzes für Lithium-Ionen-Batterien (LIB), Teilvorhaben C

Adaptiver und ressourcenschonender Prozess zum Recycling von wirtschaftsstrategischen Batteriemetallen

Direktrecycling von Lithium-Eisenphosphat-Batterien mithilfe eine optimierten Schwarzmasse-Gewinnung

Horizont Europa, Rahmenprogramm für Forschung und Innovation (2021-2027), Bringing Lithium-Ion Battery Waste tozero

tozero is committed to its mission to truly bring lithium-ion battery waste to zero. With its novel hydrometallurgical (i.e. wet chemical)battery recycling approach, it can maximize the recovery of critical raw materials (lithium, nickel, cobalt, manganese, and graphite)from both lithium-ion batteries that have reached their end of life, and scrap created during the production of new batteries.Proven on a daily basis in an operational pilot plant (commissioned in July 2023) close to Munich, Germany, tozero already now fulfillsthe recovery rates for critical raw materials from lithium-ion battery waste required by the recently enforced EU Battery Directive for2027 and 2031 and established itself as one of the leading battery recycling startups in Europe. In addition, the use of less aggressivechemicals than competitors and a mostly closed circular production process reduces the carbon footprint for batteries using tozero’srecycled material compared to batteries using mined materials by up to 80%.Considering an initial pre-seed funding of EUR 3.5mn in 2022, receiving the EIC grant would allow to significantly accelerate tozero´sscale up to industry-scale commercialization and bridge the gap for the next funding round. First, this includes additional funds fromthe EIC for the purchasing and in-house optimization of chemical reactors tailored to the innovative hydrometallurgical process oftozero. Second, it allows us to largely automate our processing and prepare for industry-scale processing. Third, it supports in thecreation of a full lifecycle assessment that is required to officially accredit our CO2e savings and helps to identify the largest lever tofurther reduce our environmental footprint. All three aspects combined allow to reach an industrial scale proof of our operations andunlock a large equity financing round in 2026.

Rubin - RegioREC - Logistik - Logistikschnittstellen - Sammelsysteme und vorbereitende Prozesse, TP1.4: Entwicklung und Integration optischer und spektroskopischer Sensoren

Neuartige Prozesse während des Recyclings von wässrig prozessierten und zukünftigen Batterien, ProRec - Neuartige Prozesse während des Recyclings von wässrig prozessierten und zukünftigen Batterien

Hocheffizientes Recycling von Li-Ionen Aktivmaterialien aus Rund- und Knopfzellen, Hocheffizientes Recycling von Li-Ionen Aktivmaterialien aus Rund- und Knopfzellen

Rubin - RegioREC - Logistik - Logistikschnittstellen - Sammelsysteme und vorbereitende Prozesse, TP1.3: Intelligente optische Sensoren zur automatisierten in-line Charakterisierung von end-of-life multipurpose LIB

Rubin - RegioREC - PM Flüssig/Fest - Prozessmedienmanagement/-behandlung - Flüssigkeiten und Feststoffe, TP4.4: Entwickelung eines Messsystems zur Bestimmung der lonenkonzentrationen und flüchtiger Kohlenwasserstoffe bei der Prozesswasseraufbereitung

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