Hacking and Forced Meltdown of Nuclear Power Plants: Upwind of Washington, Baltimore, Philadelphia
By
Duane Thresher, Ph.D. September 21, 2021
In
Nuclear
9/11, I wrote again about the hacking and forced meltdown
of nuclear power plants, which Russia would love to attack the
U.S. with since it also proves that a catastrophic meltdown
like Chernobyl in 1986 can't only happen to them. I focused
on Southern Nuclear power plants, which are in Georgia and
Alabama, and their dangerous IT incompetent CIOs: current
Russian-ransomwared Colonial Pipeline woman CIO
Marie
Mouchet and current Southern Nuclear black CIO
Martin
Davis. The U.S. Government, whose main reason for
existence is to protect us from such an attack, cares only
about the sex and race (euphemistically,
diversity)
of those, like CIOs, who are supposed to protect us from
cyberattack, not about their competence. Worse for the South,
the U.S. Government, based in the North around Washington DC,
still, since the Civil War, considers the South an enemy to be
destroyed and is fine with any catastrophes befalling it
— Hurricane Katrina and New Orleans for example —
including the horrible death of hundreds of thousands by
radiation sickness. However, the U.S. Government should
realize that it has its own extremely vulnerable nuclear power
plants nearby. For example, the already 50 years old, but
licensed for another 30 years, Peach Bottom nuclear power
plant, which is near, by wind and water, Washington,
Baltimore, and Philadelphia, and is already notorious for its
lax physical security, has its own dangerous IT incompetent
woman CIO, Kelly Lyman. Letting nuclear power become a
national security catastrophe is also a catastrophe for the
environment, including climate, which the U.S. Government also
pretends to care about, because it is the only
climate-friendly power that can feasibly meet America's energy
needs, as many environmentalists admit.
Apscitu can fight to protect
America, nuclear power, and the environment.
In
Nuclear
9/11, I explained about the horrors of radiation sickness,
specifically the effects, including death rates, of different
dosages of radiation. This assumed no medical treatment, but
as was made clear from Coronavirus, for the millions affected
there would be no medical treatment. Note also that radiation
sickness is equal opportunity death. It doesn't care about
diversity; it kills regardless of sex or race ... or political
affiliation.
Even for the lowest radiation dosage/death rate given, 10% of
the population will be dead after 30 days, and more after
that. 10% of the millions of people in cities near a single
nuclear power plant is at least hundreds of thousands of
people dead.
"Near" is within 150 miles, as I explained in
Nuclear 9/11, the
medically-advised radius around the Chernobyl nuclear power
plant the Russian government seriously considered evacuating
after the meltdown in 1986. The only reason they didn't
evacuate to this radius was that logistical difficulty and
appearances were more important to them than the safety of
their own people (sound familiar?).
Kiev is about 65 miles from Chernobyl, as the wind blows; see
fallout explanation in
Nuclear 9/11, noting
that fallout that is ingested (e.g. in drinking water) or
inhaled is far deadlier than external exposure to it. Kiev is
also about 65 miles from Chernobyl as the water flows: the
Pripyat/Dnieper River. Cooling is the most important thing
about nuclear power plants; see
Ransomwared
Nuclear Power Plants Upwind of Major U.S. Cities. The
Chernobyl nuclear power plant had no cooling towers (or
containment domes). It used the Pripyat River, which flows
into the Dnieper River that Kiev is on, for cooling, which
meant it could carry radioactive contamination
there.
Kiev had a population of about 2.5 million people in 1986 and
was de facto evacuated after the Chernobyl meltdown. That is,
in the communist Russia of 1986, residents were not allowed to
travel without government permission, but as radiation levels
rose in Kiev, many left without explicit government permission
but with its tacit approval, and even help. Later, over
360,000 children under the age of thirteen, and tens of
thousands of nursing and pregnant women, were officially
evacuated from Kiev.
Peach Bottom nuclear power plant is in Pennsylvania (PA) but
just 3 miles north of the Maryland (MD) border, and is about
65 miles — like Chernobyl from Kiev — as the wind
blows, from Washington DC and Rockville MD, home of the
Nuclear Regulatory Commission, which is one of the
U.S. Government agencies responsible for the safety, including
security, of nuclear power plants; see
Nuclear 9/11. Peach
Bottom is also about 35 miles, as the wind blows, from
Baltimore MD, and about 55 miles, as the wind blows, from
Philadelphia PA.
Peach Bottom nuclear power plant is old — already 50,
but licensed for another 30 — and lacks modern cooling
towers (and containment domes), like Chernobyl. For the
all-important cooling, it mostly uses the Susquehanna River
next to it, which flows into Chesapeake Bay, around which are
Washington and Baltimore. In a meltdown, the Susquehanna
River could also carry radioactive contamination to those
cities.
The present metro area population of Washington is 5.4
million, the present metro area population of Baltimore is 2.3
million (about the same as Kiev in 1986), and the present
metro area population of Philadelphia is 5.7
million.
10% of all of these means 1.3 million dead 30 days after a
Peach Bottom nuclear power plant meltdown.
The Three Mile Island nuclear power plant is also on the
Susquehanna River, 35 miles upstream from the Peach Bottom
nuclear power plant. Three Mile Island had a near-meltdown in
1979; see
Ransomwared
Nuclear Power Plants Upwind of Major U.S. Cities. It is
now closed but still radioactive. Interestingly, Georgian
Jimmy Carter, another weak Democratic president like Joe
Biden, was in office during the Three Mile Island
near-meltdown.
Peach Bottom nuclear power plant has an abysmal safety record
(including leaks of radioactive water into the Susquehanna
River), to say the least, and this includes security. As
recently as 2007, there was another scandal about the already
minimal number of security guards being reported, after being
filmed, by a whistleblower (who was fired after) as spending
much of their time sleeping.
Physically breaking into Peach Bottom nuclear power plant
would thus be easy and being able to physically access a
computer makes hacking into it easy.
Edward
Snowden hacked
the CIA and NSA this way. Hacking conventions, themselves
of questionable legality, often have lock picking
competitions.
Peach Bottom nuclear power plant is operated by PECO, which
was originally called the Philadelphia Electric Company.
Kelly Lyman
is the woman CIO (Chief Information
Officer) "responsible for all information technology at
PECO".
An
IT education is the most important IT credential and on
her company leadership webpage, under Education,
Kelly
Lyman only says "has received Six Sigma Black Belt
certification and has multiple project management and
leadership certifications". Six Sigma, a term from statistics
(meaning standard deviation) so meant to seem scientific, is a
management certification, considered by many real experts to
be a scam, particularly with its ridiculous use of a judo belt
color hierarchy.
That Kelly Lyman gives only this as her education on her
company leadership webpage is understandable since on her
LinkedIn page, under Education, she only has an
obscure
community
college that she only attended for a year, without
receiving a degree, in business administration and an obscure
adult learning online college that she "attended" for 8 years,
without receiving a degree, in organizational
leadership.
Not only does Kelly Lyman not have an IT education, she has no
college degree at all.
Worse, also on her LinkedIn page Kelly Lyman gives her
other
certification:
the Deloitte Next Generation CIO Academy. IT incompetent
Deloitte was discussed in
Dangerous
Fraud Kelly Bissell, IT Incompetent Accenture Head CISO:
In Oct 2017 it was finally made public that, after almost 14
years with Kelly Bissell doing cybersecurity for Deloitte
and probably starting while he was still there, Deloitte's
email and administrative (root) accounts had been hacked,
including those of clients the U.S. Department of Defense,
the U.S. Department of Homeland Security, the U.S. State
Department, the U.S. Department of Energy, the U.S. National
Institutes of Health (for the preceding agencies, see also
the recent The
Doomsday Microsoft Government Email Data Breach), as
well as the U.S. Postal Service (see also The
U.S. Mail SHOULD Be Worried About Email
Competition).
This was right around the time that Kelly Lyman got her
Deloitte CIO certification, which was years after she became
PECO CIO.
Kelly Lyman is a dangerous IT incompetent. Like the
incompetent physical security guards at Peach Bottom nuclear
power plant,
Kelly Lyman
is never going to be able to stop
Russian President
Vladimir Putin
's hackers from remotely breaking in
and forcing a meltdown.
For climate (
I
did climate modeling on supercomputers), the big concern
is using low carbon (i.e. greenhouse gas carbon dioxide)
emission power/energy, like solar, wind, and water, instead of
using natural gas, oil, and coal. However, doing the math
(
I
went to MIT) shows that solar, wind, and water are not
feasible for providing enough power/energy to maintain the
standard of living that Americans have worked for, become
accustomed to, and will not give up. Nuclear is the only low
carbon emission power/energy that can feasibly do this, as
environmentalists admit.
As I explained in
Dangerous
Fraud Kelly Bissell, IT Incompetent Accenture Head CISO:
One of the basic responsibilities of the federal government
in the U.S. Constitution is to provide for the common
defense, which obviously means a competent one. It is thus
a right and I am considering a lawsuit against the federal
government for violating my right to a competent national
defense by having IT incompetent national cybersecurity.
More immediately and directly in the fight to protect America,
Apscitu, with
me, the IT expert,
doing the actual technical work, can do thorough on-site
multi-week cybersecurity inspections of each nuclear power
plant, with regular follow-ups.
This will also protect nuclear power and the
environment.