世界经济论坛-移动未来的后果：为铅酸电池创建环保的生命周期（英文）-2020.12-29页_3mb

报告摘要

Summary of Consequences of a Mobile Future: Creating an Environmentally Conscious Life Cycle for Lead-Acid Batteries

Core Content

This white paper from the World Economic Forum and the Global Battery Alliance (GBA) focuses on the safe and environmentally responsible management of used lead-acid batteries (ULABs) in the context of a growing global demand for batteries. It outlines the environmental, economic, and health impacts of informal and unsound ULAB recycling, particularly in low- and middle-income countries, and proposes a series of recommendations to transition to a formal and sustainable recycling system.

Main Points

1. Lead-Acid Batteries (LABs) in the Global Battery Market

LABs account for 72% of the world's rechargeable battery capacity (in GWh) as of 2018.
They are widely used in automotive and industrial applications, especially in developing countries for off-grid energy storage.
LABs are considered a gold standard for circular economy due to their high recyclability and the ability to reuse nearly all materials.

2. Environmental and Health Risks of Informal Recycling

Informal recycling of ULABs often occurs in unregulated or illegal facilities and leads to severe lead pollution.
Lead exposure is a major health hazard, particularly for children, causing permanent brain damage, reduced IQ, and behavioral issues.
The World Health Organization (WHO) states that no level of lead in children's blood is safe.
Lead poisoning is estimated to affect one in three children globally, with 815 million children having blood lead levels above 5 μg/dL.

3. Informal Sector Dynamics

The informal sector plays a significant role in ULAB recycling, often due to lower costs and higher prices paid to collectors.
Informal recyclers typically operate in residential backyards, rural lots, and unregulated industrial zones.
They use crude methods such as breaking batteries with machetes, dumping electrolyte, and melting lead plates with propane torches.
These practices result in lead dust, acid leaks, and contaminated soil, posing risks to workers, nearby communities, and the environment.

4. Economic Impacts

The economic loss from childhood lead exposure in low- and middle-income countries is estimated at $977 billion, or 1.2% of global GDP.
In Africa, the loss is even higher, at over 4% of GDP.
Informal recycling also leads to loss of tax revenue and increased healthcare costs.

5. Recommendations for Sustainable ULAB Recycling

Assess national ULAB recycling markets to understand their scope, roles, incentives, and impacts.
Develop and implement national policies that hold battery producers responsible for the treatment, recycling, or disposal of ULABs.
Create economic and social policies to shift ULABs into the formal supply chain, including battery deposit systems, tax incentives, and subsidies.
Establish a division of labor between the formal and informal sectors, allowing informal collectors to handle collection and sorting, while smelting and recycling are restricted to formal facilities.
Require informal recyclers to relocate to industrial estates or close them down and remediate contaminated sites.
Ensure formal recycling facilities are licensed and operate to environmental and health standards.
Regulate the sale of ULABs to ensure only licensed recyclers can purchase them.
Encourage responsible sourcing by requiring battery manufacturers to use lead from licensed and environmentally sound recyclers.
Reduce taxes on ULABs in low- and middle-income countries to make formal recycling more competitive.
Establish a dedicated funding mechanism for remediation of contaminated sites.
Educate communities on selecting appropriate batteries and safe disposal practices.

Key Information

Lead is 60% of a LAB's weight, and its infinite recyclability makes it a prime candidate for a circular economy.
Informal recycling is a major source of lead contamination and health risks, especially in low- and middle-income countries.
The Basel Convention and national management plans are critical tools for environmentally sound ULAB recycling.
The GBA and other organizations emphasize the need for collaboration between governments, industry, and civil society to address these challenges.
Technological and regulatory improvements are essential for ensuring safe and efficient recycling.

Conclusion

The paper concludes that while LABs are a vital component of the global battery market, their recycling must be managed responsibly to avoid serious health and environmental consequences. A transition to formal recycling is necessary, supported by policy, economic incentives, and technical guidance. This shift will not only reduce lead pollution but also enhance public health, economic productivity, and environmental sustainability.

References

The paper draws on data from the Global Battery Alliance, Pure Earth, UNICEF, and WHO.
It references the Basel Convention and national management plans.
Economic data is sourced from New York University and the Institute for Health Metrics and Evaluation (IHME).