Battery Council International Response to: 'Getting the Lead Out: Impacts of And Alternatives for Automotive Lead Uses,' Written By Environmental Defense, Ecology Center, Clean Car Campaign
CHICAGO, July 23 -- The following was released today by Battery Council International:
Battery Council International is the organization that represents the international lead-acid battery manufacturing and recycling industry.
We haven't had the opportunity to study the report in detail, but after a quick review, we see at least five major flaws in it:
1. The report misstates the recycling rate of lead-acid batteries by 100
percent. Today, Battery Council International is issuing its most
recent lead recycling report. It shows that between 1997 and 2001,
the battery industry recycled 97.1 percent of spent battery lead.
That leaves no more than 2.9 percent of battery lead unaccounted for,
not 7 percent, as the report says.
2. The Environmental Defense report assumes that all of the batteries not
recycled were dumped into landfills or illegally disposed of. That's
an invalid assumption. We know that many people keep old batteries in
storage.
For example, a BCI poll from the early 90s showed that almost 20
percent of American households reported having at least one old lead-
acid battery in the garage or shed.
And since 2001, AAA has collected more than 25,000 old lead-acid
batteries during its Great Battery Roundup for Earth Day.
Lead batteries have only rarely shown up when landfills have been
excavated in academic studies of their content.
3. The report says that 300 million pounds of lead are released and
transferred through normal vehicle use. This is misleading at best.
The report fails to note that -- because of the way the numbers are
calculated -- this includes lead shipped to recycling facilities for
recycling. In fact, the vast majority of the lead used by the battery
industry falls into this recycled category.
4. The report offers other battery chemistries as preferable to lead-
acid, while completely ignoring the potential environmental, health
and safety implications of these chemistries. Without careful
research and investigation, mass distribution of new battery
chemistries could create many new problems. Nickel compounds, for
example, are listed by the State of California as a carcinogen.
With lead, we're far along the learning curve. Our industry has
worked with it for 100 years. We understand its health effects and we
know how to protect our employees, our neighbors and the environment
from too much exposure to it. In fact, between 1945 and 1990, U.S.
blood lead averages plummeted while battery production rose. Blood
lead averages fell from 28 to 5 micrograms per deciliter of blood
while battery production rose from 17 million to almost 65 million
units per year.
5. It's hard to argue with a 97.1 percent recycling rate for battery
lead, and no other battery chemistry can come near that number.
Car batteries are not disposed of. Their materials -- mostly lead --
are recycled indefinitely. The battery industry has been continuously
recycling and reusing lead from old car batteries for more than 50
years. There is virtually no recycling process for other chemistries,
and it's hard to even imagine the cost of developing a recycling
process and infrastructure comparable to what we already have with
lead-acid batteries.
In short, lead-acid batteries have been proven for more than 100 years. They provide the greatest energy density per pound; they have the longest life cycle and are more affordable than any other chemistry.
More information on battery recycling is available at www.batterycouncil.org.
