A lesson learned from AMERICAN POISON: A DEADLY INVENTION AND THE WOMAN WHO BATTLED FOR ENVIRONMENTAL JUSTICE, by Daniel Stone
Science
must be believed over the promise of progress and profits.
I
have no doubt that our current era of technological advancement is very much
based on the concept of “can we?,” not “should we?”. Our world is rushing
head-long into embracing the concepts that AI and digitizing our existence can be
nothing but positive developments that bring great progress for humanity, and
the faster we can pull these changes off the better off we’ll be. Suffice to
say, I have found the world’s enthusiasm for these ideas to be bizarre and a
massive risk, and I have become an old man yelling at the clouds demanding that
we slow down and think about what we are doing as a species. Outdated I may be,
yet I found Daniel Stone’s excellent new book American Poison to be a gripping and fascinating read, as Stone
recounts the story of how the world embraced the revolutionary technology of
leaded gasoline, and did so while ignoring the warnings of the scientist Alice
Hamilton, who saw a growing global cataclysm that people were determined to
ignore in the name of progress and profits.
Hamilton was a likeable protagonist
who was an all-too-familiar type to those who continue to watch such people be
sidelined today—a brilliant, hard-working, soft-spoken woman, who was perfectly
happy being alone in her research and was deeply uncomfortable with having to
speak truth to power, while knowing she had too because the scientific truths
she uncovered simply could not be denied. That made her an enemy of the famous
scientist Thomas Midgely, who began his infamous crusade with the original noble
goal of trying to figure out how to make automobile gasoline more efficient and
less destructive; after much experimentation and ingenuity, he discovered that
adding lead components to gasoline seemed to fix just about all of its problems
just as the world was developing an insatiable thirst for it. Midgely quickly
patented leaded gasoline, and energy companies began to make a fortune adding
it to the world’s gas stations throughout the 1920’s.
This seemingly miraculous new
technology quickly showed dark hints of its dangerous nature, as multiple
workers processing the leaded material suffered from horrific poisonings. Conducting
her own experiments, Hamilton and her scientific allies began to worry that no
amount of daily lead exposure was safe, and feared that millions of cars around
the world spewing leaded gasoline into the atmosphere was a massive scientific
experiment with potentially disastrous consequences. They urged government
officials to put the brakes on the approval of leaded gasoline, pointing out
that proper testing of its safety would need massive experiments that took
years of painstaking research. That reality worked against them in the
government’s hearings on the topic, as the corporate-friendly Coolidge
Administration became convinced that Midgely and his business associates should
not have to wait that long to promote their miraculous new technology and reap
their fortunes from it. Ultimately, the government approved of leaded gasoline
with only a cursory investigation, and Hamilton spent the rest of her long life
lamenting that humans cared so little for the planet’s long-term health. Of course,
Hamilton’s warnings proved stunningly correct when scientists made the grim
discoveries in the 1960’s that: no amount of lead ingestion could ever be good
for someone’s health; and, that lead had leached into the atmosphere, water
supply, and ground of the planet, poisoning entire generations and possibly
negatively affecting their physical and mental health.
Stone’s book is a well-written and
accessible work that is both a tragic true historical drama, and a tribute to
the bold work of Hamilton and her colleagues in trying to stand up to the might
of “progress and profits trump everything” philosophy of 1920’s corporate
America (and still very much believed by many people today). The world would be
much better off agreeing to take a breather before jumping toward every new
supposed innovation, and doing the necessary science and taking the time to properly
understand the consequences of these supposedly wondrous new technologies.
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