NEO Battery Materials Ltd focuses on developing silicon anode materials for lithium-ion batteries in electric vehicles, electronics, and energy storage systems. With a patent-protected, low-cost manufacturing process, the company enables longer-running and ultra-fasting charging batteries compared to existing technologies. NEO Battery's Silicon Anodes, NBMSiDE-P100, NBMSiDE-P200, NBMSiDE-P300, and NBMSiDE-P300N, are manufactured mainly via its proprietary one-step manufacturing process and are based on a low-cost input precursor called Metal Silicon (MG-Si).

At Energy Diagnostics we are developing a new proprietary battery platform technology designed to overcome many of the problems associated with cell balancing and response times of conventional battery systems. We demonstrated feasibility of our bipolar cell arrays with 4.8V, 16V and 48V system designs, incorporating our reversible zinc based chemistry. Recently we demonstrated our printed battery platform with lithium ion chemistry for industry applications where lithium is preferred, e.g. automotive industry. The results from our feasibility research and prototype builds of our newly patented battery 'Zincell(R)' are very encouraging and have led to successful demonstration testing with a solar PV application. We are now poised to test an integrated 'Zincell(R)' battery within a small commercial solar PV application, prior to marketing our new invention to the off-grid solar PV and the wider renewable energy and automotive industry. We are ready to discuss licensing options for our patented technology as well as joint development projects, initially within off-grid solar PV applications. The benefits of our printed battery will be of significant interest to prospective partners and customers in the renewables industry, and now potentially the automotive industry. We welcome contact from business interested in developing our versatile technology platform for their own applications, using our proprietary reversible zinc chemistry, or collaborators own chemistry (e.g. lithium ion, nickel-zinc, etc).

RFC Power is a developer of flow battery systems. RFC Power are developing new classes of low-cost redox flow battery chemistry, leveraging concepts from fuel cells.

Sinergy Flow develops redox flow batteries based on earth's abundant and low-cost material, compliant with the circular economy principles. They respond to customer inquiries by email.

Princeton NuEnergy is a clean-tech startup that focuses on the direct recycling of lithium-ion batteries from electric vehicles and consumer electronics. Princeton NuEnergy's patented Direct Battery Recycling technology produces high-quality and high-value-added cathode active materials with low operating costs from spent lithium-ion batteries and delivers sustainable energy and environmental solutions.

The core nature of GRST's water-based technology is to revolutionize the lithium-ion battery industry into a low-cost, low emissions, circular lithium-ion battery economy. Our goal, therefore, is to be an asset-light, high-margin, R&D and licensing-driven technology company. Our WATMAR3 water-based lithium-ion battery manufacturing and recycling technology can be applied to all existing (with minimal alteration) and future production lines (including solid-state). So rather than competing against other lithium-ion battery manufacturers, we are looking to collaborate.  The key differentiation of GRST is that WATMAR3 is an environmentally friendly way to manufacture and recycle lithium-ion batteries without toxic solvent, binder, high energy consumption, and carbon emission, and can be applied to any lithium-ion battery chemistry without sacrifice in safety and performance. Our goal is to help all lithium-ion battery manufacturers to produce greenly, economically with high recyclability so that even countries with the strictest environmental regulations can produce in their own territory. As we see it, the lithium-ion battery industry has become a strategic industry for many counties.

Manufacturer of eco-friendly battery materials cathode and anode intended to make countries self-reliant in lithium-ion battery and Electric Vehicle (EV) segment. The company develops its lithium-ion cell chemistries, thereby providing high battery capacity, high-temperature stability, long battery cycle life, and high charging and discharging efficiency.

Manufacturer of lithium batteries for industrial applications. OmniCel Batteries provides custom design solutions and a variety of chemistries, such as Lithium Thionyl Chloride, Lithium Maganese Dioxide, and Lithium Iron Phosphate. The company serves multiple market segments, including utility metering, security and safety devices, medical equipment, tracking and telemetry systems, tollgate systems, automotive electronics, memory backup, and professional electronics. OmniCel Batteries is ISO 9001 certified and recognized by UL, UN, CE, and CC.

Provider of recycling lithium-ion batteries and logistics services intended for working towards zero-waste in the future. The company offers pickup, dismantling, packaging, project management, and safe transportation of batteries to our industry-leading repurposing and recycling partners.

GODI is an innovative organization focused on research and development (R&D), and Giga scale Manufacturing (Indigenous Gigafactory), and Recycling of sustainable green energy storage technology. The company is committed to achieving a zero-carbon footprint by promoting and adopting environmentally benign technologies in the fastest and safest possible way. In this domain, GODI is a first-of-its-kind company based in India that is innovating across all verticals of energy storage technology. GODI has India’s largest R&D house with a large team of scientists and engineers, with vast expertise in electrochemistry, material science, thermal engineering, and advanced manufacturing. The company’s efforts are to develop ground-breaking materials with unique cell chemistries, superiorly engineered Li-ion cells, Na-ion cells and Supercapacitors by using environmentally friendly electrode making processes and Recycling of spent batteries towards a carbon neutral Giga-scale manufacturing.

Provider of producer responsibility and compliance solutions to meet regulatory and sustainability demands. The company offers material collection and processing services, compliance advisory, and circular economy solutions, serving producers, retailers, manufacturers, and packaging suppliers. It specializes in handling various materials including tires, waste electronics, hard-to-recycle packaging, and batteries. The company collaborates with a network of recycling partners and has extensive experience in designing, implementing, and managing producer responsibility programs.

Innovate chemistry, materials & design using commonly available, eco-friendly materials to built efficient & safe batteries for the sustainable future.

Manufacturer of IRA-compliant battery materials intended for EVs. The company produces batteries from a process that creates carbon-neutral transportation fuels at an industrial scale of class A and class B biosolids and sorted green waste is converted into drop-in replacement fuels, helping aviation and transportation applications including sustainable aviation fuel, renewable diesel, renewable gasoline made with carbon-neutral green chemistry that enables the world's green energy transition at a global scale.

At EnabledFuture, we offer expert consulting, reports, training, and industry events on Sustainable Technologies. Our mission is to help our clients to Optimise Technology Portfolios for a Sustainable Future. We deliver to our clients through our four Sector Hexagons: EnabledCatalysts, EnabledCircular, EnabledPower and EnabledMetals. Covering the supply chains of each area from raw materials through to finished goods and end-of-life (EOL) solutions. Specializing in areas that rely on Precious Metals and Critical Materials, we guide our clients on making sound technology and business investments, creating wins for clients operating in the fields of Green Chemistry, Catalysis, Batteries, Hydrogen, Fuel Cells, Renewables, Recycling and the Circular Economy. We are at the forefront of integrating Human Intelligence, AI, and Sustainability in our own operations. Developing specialised information methodologies that capture subject matter depth in highly complex markets, we often take on unique challenges and unmet needs from our clients and other consultancies. Working in partnership with our supply chains,, we make sustainable company visions into a reality!

Batteryze is a AI based battery health diagnostics platform that Monitos and evaluates the battery circularity and provides the diagnosis for Impact of Aging on Battery’s Performance.

Battery Sales provides batteries, cables, renewable energy, and solar energy products, as well as chargers and test equipment. They offer products such as acdelco batteries, superior batteries, outback power, power-sonic batteries, morningstar charge controllers, victron energy, schneider electric, sensata technologies, xantrex, schumacher chargers, optima batteries, guest, and trojan batteries.

SUNSET Renewable Asset Management is a sustainable solutions company with a focus on the circular economy for the renewable energy industry. They offer processes and technologies to manage early losses and end-of-life waste materials for wind, solar, and energy storage.

We are an online platform that connects buyers, sellers and facilitators of pre-loved electric car batteries. Ensuring that no more batteries end up in landfill but return into the circular economy is our core mission.

Universal New Energy Holding Group Inc intends to focus on the research, development, production, and technical services for battery materials, cells, systems, and recycling. The company aims to provide next-generation battery solutions for electric vehicles and energy storage applications. It plans to build a team to develop battery chemistries, with goals to scale R&D projects to commercial production. The company envisions a green, vertically integrated battery ecosystem, covering the full lifecycle from raw materials to battery cells, systems, and end-of-life recycling. The company intends to offer customized battery cell and system solutions targeting high performance-to-cost ratios, enhanced safety, low-temperature resilience, and ultra-fast charging.

The CIIAE is the response to the technological and scientific challenges in manageability of green energy Energy storage based on different technologies (Li, Na, flow batteries, supercapacitors, metal-air, etc.) along with the development of the most innovative concepts in Circular Economy (recycling, reutilization, eco-design...). Generation of hydrogen, catalysis for production of synthetic fuels, CO2 capture, industrial applications of hydrogen. Thermal energy storage. Atomic simulation. Technical-economic, life cycle analysis, circular economy, analysis and regulation of energy systems.

EnerVenue provides metal-hydrogen batteries for large-scale renewable and storage applications. In order to support a buildout of renewable energy, which tends to over-generate electricity at certain times of day and under-generate at others, the grid is going to need a lot of batteries. While lithium-ion works fine for consumer electronics and even electric vehicles, battery startup EnerVenue says it developed a breakthrough technology to revolutionize stationary energy storage.

Enerpoly is a next-generation energy storage technology company pioneering rechargeable zinc-ion battery chemistry. By designing our batteries with safe and affordable materials that can be sustainably scaled, Enerpoly is building a world where everyone has access to clean energy.

The Advanced Materials and Battery Council was formed in July 2022 for the purpose of leading and representing the multi‑technology advanced materials and battery industry in Australia. The Council enables industry, government and academic participants from across the value chain to share, collaborate, and promote opportunities and policies aligned with the rapid development of a successful new industry meeting the needs of a zero-carbon future society. To find out more about the AMBC and to become a member visit ambcouncil.org

BatteReverse is working towards building the next generation of battery reverse logistics. 1.7 million tonnes of batteries will have reached their end of life by 2030. We are developing necessary technologies, processes, and partnerships to give EV batteries a second life. Through a set of activities, we are enhancing efficiency and safety, demonstrate innovative reverse logistics pilots, and empower the European circularity. Join our free community where you can engage and interact with experts, enthusiasts, and thought leaders on issues, challenges, and benefits of the diverse aspects of battery reverse logistics.

StorTronics offers power supplies, batteries, electro-mechanical, and electronic components. Their categories include manufacturers, battery chemistries, battery sizes, battery packs, and clearance centers. They provide services such as layout and design, custom assembly, quality control, order processing, warehousing, and shipping.