Category: Energy Issues – Miscellaneous

Peace

[Please note: The word “Featured” on the left side above was NOT inserted by this blogger, but apparently was inserted by WordPress, and it cannot be removed. NO post in this blog is sponsored.]

The Book of the Week is “Peace, the biography of a symbol (sic)” by ken kolsbun with michael s. sweeney (sic) published in 2008. This colorful volume described how a symbol has gone viral worldwide. That symbol is an instantaneous message that its bearer is anti-nuclear, anti-war and / or anti-discrimination.

English artist Gerald Holtom invented and mass-produced the “peace sign” (hereinafter abbreviated ps; consisting of a circle bisected by a vertical line, and on the bottom half, an upside-down “v”), to be attached to picket signs for a 1958 anti-nuclear-weapons march in Britain. Thereafter, the ps was used on what became all sorts of memorabilia, repeatedly, internationally in different kinds of protests.

After WWII, the governments of the U.S. and U.S.S.R. brainwashed many of their citizens into thinking that the other nation (the enemy (!)) would use nuclear weapons to make war. According to the book (which appeared to be credible although it lacked a detailed list of Notes, Sources, References, Bibliography and index), beginning in December 1960, Bradford Lyttle led ps-displaying members of the Committee for Nonviolent Action (CNVA)– (pacifists urging American and Soviet nuclear disarmament) in a march from San Francisco to New York City, through Western Europe, that ended in Moscow in October 1961.

In November 1961, the group Women Strike for Peace (WSP; a spinoff of the Committee for a Sane Nuclear Policy) was afraid that usage of nuclear weapons at the newly constructed Berlin Wall would trigger more widespread hostilities and globally cause slow, painful deaths due to cancer. So they led about 50,000 ps-bearing females (many of whom had children) to go on strike; alpha males with hubris syndrome were the perpetrators of massively destructive war tools, after all.

In autumn 1963, freedom walkers teamed up with peace walkers to express their displeasure with violations of their civil rights, and nuclear weapons, through marching from Quebec to Cuba. Everyone wore the ps. Folk singer Pete Seeger joined in the activism. He said, “Songs are sneaky things. They can slip across borders. Proliferate in prisons. Penetrate hard shells.”

Read the photo-filled book to learn about numerous other people whose messaging helped spur the peace sign’s popularity through countless protests.

One for the Earth

The Book of the Week is “One for the Earth, Journal of A Sierra Club President” by Susan D. Merrow with Wanda A. Rickerby, published in 1992.

The Sierra Club, founded in May 1892, began with about one hundred members. Its original goal was to prevent the Sierra Nevada mountain range in California from becoming further polluted. Sadly, through the decades, the need for such an organization has grown exponentially. The Sierra Club Legal Defense Fund, a group that began using the Club’s name, actually helped raise more funds than otherwise for the Club, but took public stances with which the original group disagreed.

Beginning in May 1990, Merrow was appointed president of the Club for a year’s term. She had acquired previous experience teaching adult education classes and lobbying the Connecticut state government on environmental matters. Her new job– for which she received no salary, only reimbursement of expenses– required constant travel. Volunteers did the bulk of the Club’s work. Her and her employer’s major frustration with the then-federal government was that it was regressive in connection with all kinds of energy issues.

The Club’s lobbyists were awfully busy contacting politicians about: incinerators, recycling, composting and source reduction, increasing gas mileage and decreasing emissions in newer cars, advocating for stopping oil drilling in the Arctic, reducing pollution on land and in the sea and in the air, and arguing for stricter waste-disposal laws, etc., etc., etc.

It might be recalled that a year prior, the Exxon Valdez oil spill left about 380,000 birds dead, and resulted in severe health issues for many animals and plants, including hundreds of species of mollusks, fish and coral-reef animals, dolphins and whales. The then-legal case that might compensate injured parties (Alaska and the United States) for the disaster was still pending. However, in April 1990, Exxon suggested that it pay $100 million to settle the civil and criminal charges against it. Tens of studies done by the National Oceanic and Atmospheric Administration (NOAA) showed grievous (and probably irreparable) harm that (if a dollar value had to be put on it) was estimated at $1.1 billion.

After Iraq invaded Kuwait in August 1990, astute people knew that the Clean Air Act that was then working its way through the Congressional-passage process would become diluted by profiteers aided by propagandists. In autumn 1990, the Bryan Bill– mandating the manufacturing of more fuel-efficient cars– was stalled too, by lobbyists in the oil and auto industries, and by other presidential supporters.

The First Gulf War wreaked environmental destruction (now forgotten by Americans) consisting of “… soot from 600 burning oil wells… cloud over farmland and villages in Turkey and Iran… rain filled with toxic chemicals, polluted both the air and water. Severe respiratory illness, cancer, and ruined crops…”

On a diplomatic mission, the author visited staffers at three different magazines: Good Housekeeping, Sports Illustrated, and Seventeen. She hoped to get articles published for targeted readers of their respective, widely different demographic groups in whose interest it was to save the earth.

One concept the author conveyed was that protecting the habitat of one species, aids in the survival of all of the other species in that habitat. So ensuring a safe environment for the bobolink helps: “…lichens, apple trees, ladybugs, sumac, earthworms, chipmunks, monarch butterflies, white birches, wild blueberry bushes, goldenrod, red foxes– even humans.” The flip side is that one negative consequence leads to another when the food chain is disrupted (See this blog’s post, Rat Island).

Read the book to learn what happened to the Johnston-Wallop bill, and much more about the author’s trials, tribulations and triumphs.

Uranium

The Book of the Week is “Uranium, War, Energy, and the Rock That Shaped the World” by Tom Zoellner, published in 2009.

Now, as is well known, one element crucial for making an atomic bomb via the least difficult method, is uranium. It is radioactive– carcinogenic to humans. Without human intervention, an entire sample of it takes billions of years (yes, really, depending on the isotope) to break down into one substance after another, including thirteen heavy metals; ultimately lead.

In the early 1940’s, “The United States military moved quickly to squelch all news of radioactivity. There were worries in the Pentagon that the bomb would be compared to German mustard gas in WWI or other types of wartime atrocities.” Radiation sickness and cancer killed an estimated thirty thousand people in addition to the seventy thousand who perished instantly by the atomic bomb at Hiroshima in August 1945.

In the late 1940’s, radium– an element that helps make a nuclear weapon– was found to be harmful to humans. The (federal) Atomic Energy Commission gave regulatory responsibilities of health and safety to state agencies in Colorado, Arizona and Utah, making the excuse that private mining businesses were outside its jurisdiction. Of course, the states were understaffed and underfunded in regulating radium.

Nevertheless, the radium rush became a government-directed priority because it was a matter of national security. By the 1960’s, the greed was petering out, and Navajo country (in northern Arizona, and small regions of Utah and New Mexico) was a cancer cluster comprised of an eyesore of about thirteen hundred abandoned mines laid waste with radon gas. That was one aspect of the nuclear age. Another was that building fallout-shelters became trendy. The Kennedy family built one at their estate in Palm Beach, Florida.

In the mid-1950’s the “Atoms For Peace” program begun by president Dwight Eisenhower supplied nuclear reactors to Bangladesh, Algeria, Colombia, Jamaica, Ghana, Peru, Syria, Pakistan, Turkey, and Belgian Congo for the purpose of deterring the said countries’ enemies from using nuclear weapons against them.

In 1988, the United States supplied Iran with a five megawatt research reactor; China supplied uranium ore, and South Africa, a block of uranium and some plutonium. The Pakistani A.Q. Khan was hired as a scientific consultant.

Since 1993, the Atomic Energy Commission was supposed to have recorded incidents in which different forms of uranium (raw ore, yellowcake, hexafluoride, metal oxide, ceramic pellets, and fuel rod assemblies) have gone missing. Incident reportage works on the honor system. Unsurprisingly, the system hasn’t worked because the substance has a very complex, global black-market. Even so, the biggest hurdle to building a nuclear weapon is obtaining uranium in its highly enriched form. Then one must employ people with weapons-design and explosives expertise. Hiding the project (which in part, can be accomplished via a lead sleeve on the finished product– that would fool a radiation detector) might pose additional difficulties. It would cost a total of a few million (U.S.) dollars besides.

In the single-digit 2000’s, the author personally visited the country of Niger to see a uranium town for himself; a life-threatening trip. For, bandits or terrorists (likely of the Tuareg tribe who believe uranium mining has fostered inequality that adversely affects them economically, tribally and health-wise) appeared in front of his bus en route (a not uncommon occurrence). The bus driver was wise to the situation and drove away from the scene to a rural village with electricity, thanks to a nearby French power plant. The two main exports of Niger are uranium and onions. But the nation is still largely agricultural.

Read the book to learn much more about uranium in connection with: its sourcing in Australia, U.S. strategic interests in Soviet Georgia, Yemen’s goals, a Sierra Club legal fight, Vancouver’s ill-gotten gains, etc.

Ghosts of the Tsunami – BONUS POST

The Bonus Book of the Week is “Ghosts of the Tsunami, Death and Life in Japan’s Disaster Zone” by Richard Lloyd Parry, published in 2017.

As is well known, cancer cases will cluster among residents near even peacetime nuclear facilities that are working properly. Sadly, Japan’s poor foresight on its energy policy turned it into a boatload of misfortune waiting to happen.

In March 2011, an earthquake and tsunami in Japan reminded the world yet again how one disaster can lead to another, especially when it comes to the use of nuclear energy. After radioactivity (colorless and odorless) from its three melted-down nuclear reactors spread across Japan’s countryside, leaving a huge number of people sick and dead, it closed its remaining fifty reactors. Taking a lesson,–Germany, Italy and Switzerland stopped their nuclear energy programs.

The author, however, focused mostly on the no less traumatic deaths (some of them needless) and destruction in one small place, caused by the disasters. He spent an extensive amount of time corresponding with victims in the fishing village of Onagawa on the island of Honshu, where there occurred a large percentage of needless drownings at the local elementary school: 74 of 108 kids, and 10 of the 11 teachers.

The Kitakami river overflowed its banks, but school administrators failed to take precautionary measures to evade the flooding. “Within five minutes– the time it had taken them to evacuate their classrooms– the entire school could have ascended hundreds of feet above sea level, beyond the reach of any conceivable tsunami.”

Read the book to learn about the victims’ families’ quests for finding their loved ones and for the true details of how they died, and whether their deaths were preventable.

How the Post Office Created America / Superpower

The First Book of the Week is “How the Post Office Created America” by Winifred Gallagher, published in 2016. This was a detailed account of the history of the delivery of written communications in what is now the United States.

In the 1630’s, a Boston-area tavern doubled as the first post office. Local politicians and rich businessmen collected their Transatlantic written correspondence there; the latter paid for the privilege. The service was “… primarily designed to advance an imperialistic power’s interests, serve a narrow elite, and produce some revenue for the [British] Crown.”

It was in the interest of Great Britain to improve the roads to distribute the mail in the thirteen colonies (which later became the United States), as she was competing with France to rule the colonies.

Postal carriers had to deal with unforgiving land, mountains, rivers and hostile Native Americans in making their appointed rounds. A month might elapse, what with uncertain weather, before mail went from Boston, MA to Richmond, VA. The literate read letters aloud to update their fellow community members of goings-on in places far away.

Ben Franklin was a prominent figure in the mid- to late 1700’s due to his numerous, various contributions to humanity. Between and among the colonies– Canada and Britain– in the mid-1750’s, he served as one of two Postmasters General.

The colonists were demographically and geographically fragmented even after they became Americans. There were Puritans in Massachusetts, Dutch traders in New York, elitist slave owners in the South, and pioneers in the Midwest. But they all agreed that there should be a nationwide free exchange of ideas.

Read the book to learn how mail delivery quickened with more advanced forms of transportation and mail-sorting, what the “Pony Express” really was, and the controversies over: a) postage rates for different regions; b) which entity should authorize mail delivery– the federal or state governments, or private companies; c) whether the Post Office should stray from its core business of delivering only written communications, including newspapers and magazines (rather than electronic, or packages), and more.

In the United States, delivery of written communications evolved into a public-private partnership, as has the distribution of electric power. The two have become interconnected because communications have increasingly required electric power. Government regulates the two because they are the trappings of an industrialized society and massive disruption of them might cause significant economic and social (not to mention political) harm to the nation.

Some Americans are pushing to significantly reduce pollution by sourcing electric power from wind and sun. That activity, which is growing in popularity, was described in the Second Book of the Week– “Superpower, One Man’s Quest to Transform American Energy” by Russell Gold, published in 2019. This was the career biography of Michael Skelly, renewable-energy entrepreneur.

As is well known, what to do about environmental pollution has been a political football for the last few decades. In the late 1970’s, when Minnesota farmers used weaponry and sabotage to protest the building of power towers on their land, a Minnesota state trooper commented, “Whenever there is progress, there is change and change does not benefit everyone. Change is hard for some people to accept.”

In the Obama administration years, the U.S. Energy Department funded a study conducted by the National Renewable Energy Laboratory outside Denver.

Researchers used a supercomputer to analyze hypothetical scenarios in 2026 in which wind and solar power would account for thirty percent of the power generation of the Eastern Interconnection (infrastructure that would transmit energy across states and provinces between eastern New Mexico and Quebec, Canada); electric power would go back and forth, depending on need. The results were promising. Once infrastructure was in place, costs wouldn’t be significantly higher than fossil fuels or nuclear energy.

For, wind and sun are free of charge. Fossil fuels’ prices fluctuate. True, wind and sun aren’t available 24/7, but a giant network spanning thousands of miles would allow energy to be transferred across time zones wherever needed, when wind and sun aren’t available.

Skelly was a doer. He didn’t waste time in “Twitter feuds or policy battles.” In the early 1990’s, after acquiring life experience in the Peace Corps and Harvard business school, he supervised the construction of an unprecedented tourist attraction in Costa Rica: an open-air gondola / tram from which travelers could view flora and fauna from the rain-forest-canopy.

Then Skelly got into wind farms. Building them involves an extremely expensive, years-long series of steps to get cooperation from numerous stakeholders such as investors and local: residents, governments and utilities, not to mention the federal government. The company building the turbines sees nary a penny of revenue until it sells the energy. It must get a slew of regulatory approvals, and fend off angry opposition and lawsuits.

Interesting factoid: by 2007, Texas had surpassed California in renewable energy generation.

Bankruptcy is always hanging over the head of the project initiator. In 2005, Skelly and his fellow executives were able to sell to Goldman Sachs a 90% interest in their company. Getting the investment bank involved enabled them to purchase a few billion dollars’ worth of turbines from Europe. Goldman got a major tax break for building the wind energy project.

Skelly was a conscientious individual. Federal law required a different, later venture of his– Clean Line– to have one public meeting with the locals. Clean Line had fourteen meetings. Skelly spent eight years involved with another project, Plains and Eastern. “It would be a $9.5 billion private investment, generating thousands of manufacturing and construction jobs and using enough steel for four aircraft carriers.”

Read the book to learn all the details of Skelly’s trials and tribulations in supervising renewable-energy projects.

The Last Man Who Knew Everything

The Book of the Week is “The Last Man Who Knew Everything, The Life and Times of Enrico Fermi, Father of the Atomic Age” by David N. Schwartz, published in 2017.

Born to a wealthy family in September 1901 in Italy, Fermi was mentored in science by a colleague of his father, who worked for the railroad. This, after suffering the trauma of having his older brother die unexpectedly having throat surgery in 1914.

Fermi had a photographic memory, which helped to make him a brilliant student in mathematics and physics from studying textbooks. He was required to learn German too, to keep abreast of developments in the scholarly journals.

Fermi eventually became a physics professor at the University of Rome. His teaching gig, which he was also really good at, lasted from 1926 to 1938. He married in July 1927 and several years later, he wrote, and his wife edited and translated, a high school physics textbook that became part of the standard high school curriculum in Italy.

Quantum statistical mechanics was his specialty. Athleticism was another. Fiercely competitive, he always outdid his colleagues in hiking and climbing the hills around Rome. He became well traveled, thanks to attendance at international physics conferences. Some were hosted in the United States, which had better research funding than his native country.

By the late 1920’s, Fermi had cofounded a world-class nuclear physics research institute in Rome. The first entering class consisted of three graduate students. The younger generation was reflecting on new quantum theories to which the old-school Italian physicists were resistant. Fermi was in the former group.

In spring 1929, Mussolini selected members, of which Fermi was one, for an elite scientific society. He offered them big money so that they would do Italy proud (like academic and athletic scholarships bestowed upon fiercely competitive students, dispensed by elitist schools in the United States nowadays).

In the early 1930’s, Fermi supervised scientists who traveled internationally to different labs to learn from their fellow Europeans; yet they also competed with physicists at prestigious institutions in Berlin, Paris, Berkeley in California, and Cambridge in England.

In October 1934, Fermi’s team discovered that “…slowing down neutrons enhanced the radioactivity induced by neutron bombardment.” In connection therewith, he applied for a patent in Italy and the United States. He got a new lab.

By 1936, Mussolini was finding that invading Ethiopia was an expensive proposition. He began to depend on financial aid from Nazi Germany. By summer 1938, Hitler had control over ruining careers of Jews in licensed professions, civil servants, and white collar jobs in Italy.

In late 1938, after much red tape and worrisome scheming, Fermi and his wife (who had been deemed Jewish) escaped Italy first for the Nobel Prize ceremony in Stockholm, at which he took his trophy and money, and then for the United States. He ended up working at Columbia University.

At a Washington, D.C. conference in January 1939, physicists announced they had figured out how to produce fission, the process required to detonate an atomic bomb. Some were concerned that if Hitler’s scientists got hold of such knowledge, he would order mass destruction of his enemies before they could stop him. Fermi felt there was a low probability that Germany could build such a device. But Fermi was persuaded to share the thereafter-secret formula with the United States Navy. This would show his loyalty to America at a time when Italy was not exactly America’s ally.

Read the book to learn the parties involved with, locations of, trials and tribulations regarding, and Fermi’s role in the Manhattan Project; what Fermi did thereafter; and the Edward Teller/J. Robert Oppenheimer dispute, plus other physics-related occurrences up until Fermi’s death.

Moore’s Law / Elon Musk

The Books of the Week are “Moore’s Law, The Life of Gordon Moore, Silicon Valley’s Quiet Revolutionary” by Arnold Thackray, David C. Brock and Rachel Jones, published in 2015, and “Elon Musk, Tesla, SpaceX, and the Quest for a Fantastic Future” by Ashlee Vance, published in 2015.

The former biography described not only Gordon Moore’s life, but the histories and cultures of his ancestors, his wife’s family, and the places where he lived.

Born in January 1929 in Pescadero California, Moore was the middle son of three. His father spent most of his working life in law enforcement. He, his father and brothers went fishing and hunting. The family moved to Redwood City in 1938.

At eleven years old, Moore fell in love with chemistry. His “… adolescent hobby of making bombs and explosions” or maybe also the cumulative effect of his noisy hunting excursions were thought to have caused his hearing loss later in life. He wed his college sweetheart and completed a PhD in experimental particle physics at California Institute of Technology.

In 1953, the transistor was starting to replace the vacuum tube in various devices, like TV sets. It also became a handy component in military electronics. In 1956, Moore went to work for William Shockley– a reputable scientist but a psycho boss. Shockley had hubris syndrome and, with his friends from Bell Labs, convinced his company’s major investor to fund the development of a diode rather than the silicon transistor.

In 1957, feeling disgusted and entrepreneurial, Moore and seven of his colleagues left the company and, financed by venture capitalists, eventually formed Fairchild Semiconductor in Mountain View, California. What with the space race, aerospace computing was all the rage. Silicon was a substance that had the right physical properties to advance it.

At Fairchild, Moore formed a research and development group that competed with the manufacturing department. Unfortunately, his temperament was non-confrontational, and his avoidance behavior was bad for business. Fortunately, in 1968, he, Bob Noyce and Andy Grove sported the appropriate diverse set of personalities and skills that maximized profits in a new venture they formed, called Intel. Their strategy was to introduce cutting-edge products to the technology market and be the first to do so.

Intel went public in October 1971, but NOT on a “stock exchange” as the authors wrote. Only on NASDAQ (not an exchange). Moore wanted the company to make computer parts, but not the whole computer, or else it would compete with its customers, such as IBM. By the mid 1970’s, Intel had factories in Malaysia and the Philippines. Moore motivated his initial employees through bribery– stock options and a stock purchase program. He even bribed his own son to finish school.

Intel’s labor- and time-saving devices proliferated in everyday products like calculators, color TV’s, telephone networks, cash registers and watches, not to mention inter-continental ballistic missiles. And spaceships. The authors downplayed the role of video games in the advancement of computer components.

Moore wrote about a concept that played out accurately through the decades that came to be known as Moore’s Law. In 1976, the price of silicon transistors– which are put on memory microchips– was less than a penny. That price got lower and lower as technology got better and faster. Unfortunately, according to the book, this economic growth has run its course in the United States and is predicted to come to an end in the next five years or so.

Read the book to learn how Intel cheated by taking a page from Microsoft’s playbook (and partnered with it)– to become a monopoly– in order to dominate the PC world; what the billionaire Moore did after he was forced to retire (very reluctantly; hint– he engaged in philanthropy from which he required measurability and accountability); and much more about his company, lifestyle and family.

Born into a relatively wealthy family in 1971 in Pretoria, South Africa, Elon Musk is the oldest of three children. A voracious reader, he, like Isaac Asimov, was also an insufferable know-it-all, and thus became a social outcast. At about eight years old, he chose to go live with his psychologically abusive, rabid-apartheidist father when his parents split.

Musk engaged in the usual leisure pursuits of nerdy boys of his generation: Dungeons and Dragons, computer programming, rocketry and chemistry explosions. Being super-smart, he learned that the United States was superior to South Africa in terms  entrepreneurial opportunities. He therefore got Canadian citizenship through his mother’s ancestors, and then moved to the United States as a young man.

Musk attended college and graduate school in Pennsylvania. He studied business, physics and economics. He charged admission for alcohol parties to raise money to pay for his tuition. In 1995, he went into business with his brother. Four years later, their website start-up, Zip2, was sold to Compaq for a tidy sum. He then started and/or worked on other projects, including an internet bank, an electric car, spacecraft and devices that harness solar power.

Certain aspects of Musk’s personality in the workplace are comparable to various other famous people. Musk’s dysfunctional managerial style is a blessing and a curse. He, like the late Steve Jobs, is hard-driving on employees to the point of meanness. But his focus and workaholic business ventures have achieved what many said was impossible. His keen entrepreneurial instincts, similar to those of Bill Gates, have seen him through. Also like Gates, he has delivered on what he promised, but usually way over deadline.

When it comes to space exploration, Musk, like Freeman Dyson, shoots not for colonizing the moon, but for colonizing Mars. Musk, like Richard Stallman, believes in the free exchange of information. He truly wants to improve humanity so much so that, according to the author, he eventually shared with the world (!) the intellectual property of his electric car company, Tesla. In 2005, its first car was completed by a mere eighteen workers.

However, in 2007, Musk was very possessive of Tesla. Contrary to the recommendation of an interim CEO, he stubbornly refused to cut the near-bankrupt company’s losses and sell it to an experienced international automaker. He was competing with not only overwhelmingly powerful and politically influential automakers, but also with military contractors and the oil industry.

Read the book to learn of two major automakers who have invested in Tesla; of how the Obama administration helped keep the company afloat; of the myriad benefits the world is deriving from Musk’s  innovations; and of Musk’s personal life.