Below are some common questions and answers about the lead battery recycling industry.
Looking for answers about recycling?
For step-by-step information on how lead batteries are collected, processed, and reused, check out our Lead Battery Recycling page and FAQ.
Lead batteries are designed with recycling in mind. Their primary components — lead, plastic and acid — can be recovered and reused through an established recycling process. This design supports a closed-loop system in which valuable materials from spent batteries can be used to manufacture new batteries.
Yes. Recovered materials from spent lead batteries are valuable feedstock for manufacturing new batteries. A typical new lead battery contains approximately 80% recycled content, and lead can be recycled repeatedly without losing its essential properties.
This established market for recovered lead and other materials is an important part of what makes the lead battery circular economy work at scale.
Yes. Continued investment, research and innovation have advanced both lead battery technology and the facilities that recycle them.
Lead batteries provide reliable energy storage for essential applications including transportation, communications, data centers, energy storage, backup power and national security. Modern recycling facilities help meet ongoing demand by recovering valuable materials from spent batteries and returning them to productive use.
Lead batteries have a 98% recycling rate in the U.S., making them the most recycled consumer product in the country. An established collection and recycling network enables spent lead batteries to be collected, processed and returned to the manufacturing supply chain at scale.
Most other battery chemistries are not made for recycling, nor is there an existing network of facilities to do so. For example, lithium-ion batteries have a <15% recycling rate.
Lead battery recyclers are extensively regulated by agencies that include the U.S. Environmental Protection Agency and their state and/or local environmental regulators. They are subject to stringent environmental permits for their air and water emissions, as well as for the storage and handling of lead-bearing materials. All in all, lead battery recyclers are among the most stringently regulated industrial facilities in the United States.
Lead batteries should always be recycled through an appropriate collection or recycling facility. In the United States, disposing of lead batteries in municipal solid waste or landfills is illegal. Improper disposal can create environmental risks and prevents valuable materials such as lead and plastic from being recovered and returned to productive use.
An established collection and recycling network helps ensure spent lead batteries are properly managed and their valuable materials are recovered for reuse.
Yes. ABR members regularly collaborate and share information related to environmental policies, technologies and controls, as well as practices designed to protect employees, contractors, surrounding communities and the environment.
This collaboration supports continuous improvement and helps advance responsible recycling practices across the North American lead battery recycling industry.
Yes. Lead battery recycling facilities are subject to extensive environmental, health and safety requirements designed to protect employees, communities and the environment.
ABR members are committed to meeting applicable regulatory requirements while continually advancing technologies, operating practices and environmental health and safety programs that support responsible recycling.
Learn more at our Environmental Health and Employee Safety pages.
Lead air emissions by U.S. lead battery recycling plants represent less than 1% of U.S. air lead emissions annually.
Learn more about the lead battery recycling industry’s environmental and sustainability efforts at Our Sustainability Story.
