Developer of biobased polyols designed for the development of next-generation batteries. The company offers tailored services like on-demand polymers and recycling, enabling industries to move from the current unsustainable linear plastic consumption to a circular economy.

XL Batteries develops a technology platform to reduce waste formation. The company was founded in 2019 and is headquartered in Brooklyn, New York.

The Center of Battery Sustainability (CBS) was co-founded by MIT Professors Martin Z. Bazant, Richard D. Braatz, and Northeastern Professor Juner Zhu to discover new science and develop novel technologies to make batteries sustainable. We perform pioneering research in three focus areas (FAs): efficient assessment, data-driven decision-making, and battery circularity. In each FA, we develop two technical projects (TPs) to work on with industrial collaborators. FA-1: Efficient Assessment of Battery Health and Safety TP1.1: Electro-Chemo-Mechanical Testing & Modeling TP1.2: Nondestructive Safety & Health Assessment FA-2: Data-Driven End-of-Life Decision-Making for spent Batteries TP2.1: Lifetime Prognostics and End-of-Life Decisions TP2.2: Second-Life Battery Management FA-3: Battery Circularity TP3.1: Lifetime Extension & Direct Recycling TP3.2: Critical Mineral Extraction & Re-use As of September 2023, we are setting up the "Research" memberships with two companies and "Participant" memberships with six companies.

Manufacturer of green liquid batteries intended for high energy density, safety, and fast recharge. The company offers a sustainable and customizable tool for energy storage across various applications, enabling industries to achieve efficient power delivery and contribute to a circular energy economy.

Manufacturer of energy storage batteries intended to serve transport and mobility, defence, off-grid infrastructure, lighting, and machinery sectors. The company develops lithium titanate oxide hybrid batteries that offer charging, non-flammability, and recyclability, thereby enabling sustainable electrification in high-performance applications

Manufacturer of non-rechargeable lithium battery cells and energy storage solutions. The company designs lithium-primary batteries for extreme environments, offering products such as high-temperature tolerance, shock/vibration resistance, and custom chemistry options. The facility supports cell manufacturing, quality control, and environmental testing for industries including oil and gas, oceanography, and military.

Cylib transforms waste from end-of-life batteries and production scrap into marketable products through a proprietary recycling process. The company's aim is to enable the green energy transition by supplying sustainable raw materials for battery production.

AraBat develops processes for the recycling of hazardous waste, such as waste electrical and electronic equipment and used lithium-ion batteries. Their company is also engaged in the development of other circular processes in the production of renewable energy and consultancy activities in the field of the green economy.

BG Materials is a specialty materials supplier to the battery and advanced electronics industries, giving the battery industry the lowest carbon footprint chemistries and conflict-free metals. In order to manufacture inexpensive battery chemistries with a focus on lowering overall carbon outputs associated with conventional mining operations, their business strategy uses the tried-and-true Caron techniques and targets strategic zinc and nickel mines.

Theion is a manufacturer of crystal batteries. They were used for cars, airplanes, and wireless products. Their batteries' chemistry and production processes are designed for non-flammability. It is also used for smartphones and computers.

BayBatt brings together battery-specific expertise in physics and chemistry, material science and engineering, as well as information technology and economics as a supra-regional competence center located in Bayreuth. 🔋🔬 Interdisciplinary research and development of battery storage systems at the interfaces of materials science, electrochemistry, engineering, information technology and economics, 🔋🎓 University teaching in the field of battery storage systems Research foci: 🔋 secure high-performance materials, 🔋 interfacial phenomena and transport processes, 🔋 smart battery, 🔋 networked storage and sustainability. Encompassing all scales of battery research from atomistic structure, particles, cell components and cells, battery modules and battery systems to the higher-level energy system.

Circularbattery.org is an open platform with the goal towards accelerating progress on the reuse of lithium-ion batteries ("2nd life batteries") by fostering open access to information & data in research and deployment projects. We want as many members to join this initiative to contribute their projects to this platform and initiative new ones. The information shared here is designed to be open to everyone and completely free.

Research initiative focused on developing sustainable, safe, and high-performance batteries for the future. Funded by the European Union's Horizon Europe program, Battery2030+ aims to coordinate and monitor the implementation of the initiative's roadmap, establish best practices in battery research, and maintain the roadmap.

Developer of energy storage technologies designed to enhance the performance and sustainability of battery production. The company utilizes organic cathode materials, offering advantages such as lower costs, reduced carbon dioxide emissions, and compatibility with existing battery chemistries, enabling the energy sector to adopt more efficient and environmentally friendly technologies.

With its novel OctoLyte products Octet Scientific addresses the need for optimized electrolyte chemistry in zinc and other water-based battery technologies.

Lithium367 is pioneering a next-generation recycling process that extracts lithium from end-of-life batteries without the use of harmful acids. Our unique hydrometallurgical method uses salts, not acids, to isolate lithium at high purity and yield — solving two major industry problems: waste and cost. Our process is fast, clean, and scalable, unlocking the economic viability of recycling lithium iron phosphate (LFP) batteries, which are expected to dominate the EV market. With a multidisciplinary founding team and early traction through soft grants, Lithium367 is set to close the loop on Europe's lithium supply chain.

Manufacturer of batteries and charging systems for automobiles intended to protect lithium-ion batteries from aging. The company's active balancing circuits help to develop sustainable products for electric mobility, robotics, and drones as well as for the storage of renewable energies, enabling clients to increase the lifespan of lithium-ion batteries and thus offering an alternative to their obsolescence.

RECHARGE is a non-profit association representing the multifold interests of the advanced rechargeable and lithium battery industry in Europe. Founded in 1998, it is our mission to promote advanced rechargeable batteries as a technology that will contribute to a more sustainable society, a resource and energy efficient policy and to the achievement of a green circular economy. RECHARGE’s unique membership covers all aspects of the advanced rechargeable batteries value chain in Europe: from suppliers of primary and secondary raw materials to the battery industry, rechargeable battery manufactures, to original equipment manufacturers (OEMs), logistic partners and battery recyclers. Rechargeable battery manufacturers for sustainable products Original equipment manufacturers for electrical energy usage Battery recyclers supporting the European Resource Efficiency policy Active materials manufacturers involved in the EU’s Raw Materials Initiative An expert partner for all technical and legislative topics pertaining to advanced rechargeable and lithium batteries, RECHARGE works closely with other battery associations as well as related laboratories and institutes in Europe and at international scale.

In it's 27th year, Florida Educational Seminars, Inc. has been the leader in providing key industry speakers to discuss the state of the art of worldwide energy storage technology developments for portable products, power and vehicular applications. The meeting provides not only broad perspectives, but also informed insights into significant advances in materials, product development and application for all battery systems and enabling technologies. The meeting is renowned for of offering broad networking and exhibiting opportunities to the international battery community. Areas of focus include: (1) In depth worldwide analysis of battery markets and technologies (2) Government battery stimulus program developments (3) Battery safety enhancement and regulatory status (4) Consumer and large format batteries (5) Thermal and power management systems for consumer and electric, plug-in and hybrid vehicles (6) Battery development for the grid (7) Advances in new and improved materials for anode, cathode, electrolyte, separators, including nanomaterials (8) Battery metals pricing and the long term availability of Li and Co. (9) Advances in battery packs, charging and testing (10) Battery recycling for regulatory and resource recovery purposes (11) Review of the status and future outlook for other energy storage technologies The conference, one of the longest running battery industry events, has a large international attendance covering all relevant fields of technology and a broad exhibiting base. The meeting has always been the preferred venue for the introduction of significant new developments, such as the Li/Ion battery. Above all, the Seminar focus is on what is considered real or potentially meaningful developments.

Operator of lithium-ion battery recycling service using urban mining. Li-Circle works with OEMs to recycle end-of-life batteries and extract precious metals to supply back to cell manufacturing.

Developer of battery management systems and power electronics for defense applications. The technology company provides custom power supplies and embedded control systems, serving UK and NATO partners. Their solutions are designed to enhance operational efficiency and reliability in critical applications.

Next Generation Batteries based on sodium-Ion electrochemistry

Developer of battery technology using AI and multiphysics computer models to create application-specific cells, modules, and packs. NantG Power aims to produce batteries with improved performance and charging times by targeting materials, technologies, and engineering approaches. Their technology platform integrates novel anode/cathode materials, advanced 3D ionically and electronically conductive scaffolds, next-generation electrolytes and engineered interphases, improved manufacturing methods, and enhanced analytics.

Peaxy was founded in 2012 and offers predictive analytics software for the battery storage, electrification and defense industries. A single, cloud-based source of truth offers full data traceability for every connected asset over its entire lifecycle. AI algorithms provide insights to improve asset quality and safety, minimize downtimes and speed up R&D cycles.

PHD Energy is a battery solution provider. Their products are primary batteries, secondary batteries, lead acid lithium replacement batteries, transportation batteries, portable power stations, power sports batteries, energy storage systems, and medical and military batteries.