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The GreenLIB Pilot Plant Project represents a critical juncture in our strategic roadmap to optimize and scale our proprietary lithium-ion battery recycling technology. This initiative aims to take our established laboratory-scale operations and translate them into real-world, industrial settings, with a focus on process consistency, feasibility, scalability, and revenue generation.

The pilot plant will operate at a third-party site, incorporating our advanced hydrometallurgical process to recycle lithium-ion batteries at an increased scale of up to 300kg. By evolving our capacity from a couple of kilograms to this larger scale, we aim to validate the scalability and efficiency of our process in practical conditions, while simultaneously achieving stable and repeatable outcomes.

About GreenLIB Materials Inc.:

Based in Montreal, Canada, GreenLIB is revolutionizing the lithium-ion battery recycling sector. Our unique methodology not only reduces operational expenses by half but also improves material retrieval and dramatically decreases CO2 emissions — 57% less than traditional recycling methods and 82% less than primary mining. Our versatile, cost-efficient approach services various battery types, particularly emphasizing LFP batteries, offering both economic advantages and a reduced environmental footprint.

Project Objectives:

  • Process Enhancement: We strive for a robust, scalable lithium-ion battery recycling method ensuring high-quality output for battery production reuse.
  • Feasibility Proof: Our pilot project will showcase the practicality and efficiency of our unique recycling technology in genuine industrial settings.
  • Scalability Validation: We're testing our recycling's adaptability from lab to industrial sizes, addressing scaling challenges.
  • Revenue Generation: We plan to sell our output to battery makers competitively, ensuring a consistent income and validating our method's market-value.
  • Strategic Alliances: We're pursuing key industry relationships, especially with manufacturers using recycled materials, emphasizing joint R&D endeavors.
  • Next Steps: This pilot prepares us for our next aim: a plant processing 50-100 metric tons monthly, using insights from this phase for optimized, larger-scale execution.

What THEY bring to the table:

The GreenLIB team is a formidable blend of expertise and experience. Their leadership consists of a CEO with a rich background in mechanical and chemical engineering, complemented by strategic roles in the automotive electronics, chemical, and metal recycling industries. Heading their R&D is a seasoned PhD with a decade's experience in hydrometallurgy. Their data & analytics leader harnesses computational chemistry and machine learning, optimizing recycling processes. Their business development head merges technical and commercial skills to drive growth, while a range of strategic advisors bring insights from fields like lithium-ion battery manufacturing, industrial facility planning, academic research in materials science, and startup business optimization. 

What YOU will bring to the table:

  • Lithium-ion Battery Manufacturing: To ensure the recycled products meet manufacturing needs.
  • Chemical Engineering: For optimizing and scaling the recycling process.
  • Environmental Science: To gauge ecological impacts and emphasize sustainability.
  • Materials Science: To guarantee the recycled materials meet industry benchmarks.

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