Redwood Materials

Redwood Materials
Name	Redwood Materials
Type	Private
Industry	Battery recycling, Battery materials, Electric vehicle supply chain
Founded	2017
Founder	JB Straubel
Headquarters	Carson City, Nevada, United States
Key people	JB Straubel (Founder, CEO)
Num employees	1,500+ (2024)

Redwood Materials is an American company focused on lithium-ion battery recycling and the production of battery materials for electric vehicles and consumer electronics. Founded in 2017 by JB Straubel, the company aims to create closed-loop supply chains for critical battery metals including lithium, nickel, cobalt and copper. It operates a network of facilities to process end-of-life batteries, recover precursor materials, and supply cathode and anode components to manufacturers.

History

The company was founded in 2017 by JB Straubel after his tenure at Tesla, Inc. and leveraged experience from projects with Panasonic Corporation, Toyota Motor Corporation battery collaborations, and contacts across the electric vehicle industry. Early activity involved pilot-scale recycling demonstrations and partnerships with local scrap collectors and electronics manufacturers including Apple Inc.-adjacent vendors and consumer electronics refurbishers. By the early 2020s it expanded via capital raises and strategic facility development, announced multi-year supply agreements with automakers and battery producers comparable to contracts held by LG Energy Solution, CATL, and Samsung SDI. The firm’s growth tracks broader trends exemplified by the Biden administration clean energy policies and international battery material strategies in regions such as the European Union’s Critical Raw Materials Act and Australia’s mining-to-manufacturing initiatives.

Business Model and Operations

The company operates on a closed-loop model that sources end-of-life batteries from automotive dismantlers, consumer electronics recyclers, and industrial waste streams similar to flows used by Umicore and Glencore commodity operations. Its revenue streams include fees for recycling services, sales of refined precursor chemicals to cathode manufacturers like Umicore and BASF, and direct supply contracts with automakers such as Ford Motor Company and Toyota Motor Corporation partners. Operations integrate hydrometallurgical and pyrometallurgical processing steps, logistics coordination with converters and scrapyards, and downstream chemical manufacturing comparable to facilities run by Johnson Matthey and Sumitomo Metal Mining. Regulatory compliance touches on frameworks like the Resource Conservation and Recovery Act in the United States and waste handling rules in jurisdictions including California and Nevada.

Products and Technology

Core outputs include refined cathode precursor materials, anode-grade graphite (including recycled synthetic and natural graphite), copper and aluminum recovery, and battery-grade lithium compounds competing with products from Albemarle Corporation and SQM. The firm employs mechanical dismantling, shredding, separation, and hydrometallurgical leaching technologies akin to methods used by Nornickel and academic research groups at institutions such as Stanford University and MIT. Proprietary process improvements target higher recovery rates for nickel, cobalt, lithium, and manganese to meet specifications demanded by cell manufacturers including Panasonic Corporation, SK Innovation, and Samsung SDI. The company also pursues electrode precursor synthesis and materials engineering to provide ready-to-use cathode active materials for cell assemblers.

Manufacturing and Facilities

Facility development includes regional recycling centers, a chemical refining plant in Carson City, Nevada, and planned cathode precursor manufacturing complexes similar in scale to projects by SK On and LG Energy Solution in North America. Campus layouts incorporate battery testing labs, shredding halls, hydrometallurgical leach circuits, and dry-room electrode coating lines resembling setups at Tesla Gigafactory sites and legacy chemical plants owned by BASF. The company has invested in logistics hubs to serve major automotive manufacturing corridors such as those around Detroit and the San Francisco Bay Area, aligning with supply chain strategies pursued by General Motors and Ford Motor Company.

Environmental and Sustainability Impact

By recovering critical metals from spent batteries and electronics, the company aims to reduce demand for virgin mining linked to operations in countries like Democratic Republic of the Congo and commodity supply chains managed by firms such as Glencore. Recycling reduces lifecycle greenhouse gas intensity relative to primary production pathways analyzed by researchers at Argonne National Laboratory and National Renewable Energy Laboratory. The company reports metrics on material recovery yields and embodied carbon, interacting with voluntary standards and certification schemes similar to initiatives run by Responsible Minerals Initiative and International Council on Mining and Metals. Critics and regulators have scrutinized aspects of chemical waste management and worker safety in industrial recycling, invoking oversight from agencies such as the Occupational Safety and Health Administration.

Partnerships and Customers

The company has announced supply agreements and pilot projects with major automakers and battery manufacturers including Ford Motor Company, Honda Motor Company, and tier-one suppliers similar to Aptiv and Denso Corporation. It collaborates with electronics companies and refurbishers associated with Apple Inc.-style reverse logistics, and has engaged research partnerships with universities such as Stanford University and University of California, Berkeley to advance recycling science. Strategic alliances include joint development frameworks with chemical firms and cathode producers comparable to deals between BASF and battery industry players, enabling integration into OEM supply chains managed by procurement teams at General Motors and Volkswagen Group.

Funding and Corporate Structure

Initial funding came from venture capital and strategic investors with subsequent growth capital rounds involving institutional backers, corporate investors, and project finance structures similar to those used by cleantech firms like QuantumScape and Rivian. Notable investors and advisors have included figures and entities connected to the Silicon Valley venture ecosystem and legacy automotive suppliers. The company remains privately held, with corporate governance overseen by a board comprising industry executives and technology entrepreneurs drawn from firms such as Tesla, Inc., Panasonic Corporation, and major investment groups. Category:Battery recycling companies