MOTU lead-acid battery brand, Although lead-acid batteries have a long history and widespread use, their lead and acid content also pose environmental and health challenges. In recent years, with the strengthening of environmental regulations and the advancement of the circular economy concept, recycling and green transformation have become key priorities in the industry.
Recycling Rate and Circular Economy Advantages
Lead-acid batteries are one of the "most circular products": in the United States, their recycling rate reaches approximately 99%.
Many global research institutions have pointed out that the materials in lead-acid batteries are highly recyclable, laying the foundation for their sustainable development.
Environmental and Social Challenges
In some developing countries, informal recycling sites cause serious lead dust pollution, which is particularly harmful to children's health.
Safe recycling and formalization still need to be strengthened.
Technological and Policy Drives
Technological innovation within the industry is also focusing on reducing lead content, environmentally friendly lead-acid batteries, and improving production process emissions.
Manufacturers assuming extended producer responsibility (EPR), governments promoting recycling subsidies, and increasing the formalization of recycling plants are becoming increasingly popular.
Applications and Recommendations
For battery manufacturers/recyclers: Pre-emptively develop green factories and establish closed-loop recycling systems.
For end users/system integrators: Selecting battery brands and suppliers with recycling qualifications and environmental certifications is a way to reduce risk and enhance green value.
The sustainable development of lead-acid batteries goes beyond simply extending their lifespan; it also encompasses a cradle-to-cradle cycle design. With the simultaneous advancement of environmental policies and technological progress, lead-acid batteries are moving towards a greener, safer, and more sustainable direction.
