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Silence Is Golden

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Silence Is Golden
by
Lou Antonelli
Padre Island is pretty this time of year, don't you think? Now that the
college kids have gone back home. We pretty much have this stretch of beach to
ourselves. Would you like a beer? I didn't think so. You must be a local. Do you
live nearby? Don't look at me like that with those pretty brown eyes. Hey, would
you like to hear something really crazy. I'm filthy rich, and I can't really
tell anyone why. Well, maybe I can tell a pretty girl like you. Sit down, you
want to hear an interesting story? OK, here goes.
A year ago I was a wise guy barely a year out of UT-Austin who knew how to
brew beer at home and neutralize solvents for Industro-Kleen in Dallas. I was an
in-house chemist. Our company's mission was to get the EPA's teeth out of the
butts of Dallas-area business owners who hadn't been too careful about what they
spilled, sprayed or dumped on or around their employees.
One day my boss appeared in my doorway. "How much experience do you have with
NORM?"
"Who is Norm? Is there some asshole here I haven't met yet?"
"That kinda answers my question," he said. "NORM is Naturally Occurring
Radioactive Material."
"None" I snapped.
"Well, I'm afraid we may have some type of radiological contamination at the
Stonewall Brick plant in Pineville."
"What makes you think I can help?"
"Because I know you're sharp and smart and you like a challenge. This may be
one."
Mike Amato was a pro, and dedicated. He got into the industrial hazardous
waste clean-up business in the late '70s, right after Three Mile Island, when it
took a lot of guts to work with companies instead of picketing them.
Despite my attitude, Mike remained polite and that made me stop and think a
second. "Umm, Stonewall Brick in East Texas? I thought that was a normal
particulate job? Where do you get radiation?" Mike nodded. "Close the door."
There was no one in the lab room anyway, so I knew what he wanted to say was
important. He continued after we both sat down.
"They called us on their own. The EPA hasn't been involved. But it's a wise
move, because they have a handful of pretty serious cases."
I must admit I was getting interested, despite the fact my laboratory
specialty is volatiles and solvents. Because some energy-gobbling cement plants
use recycled solvents to fuel their kilns, I knew a little about the
construction material industry.
"There has never been any proven instance of radioactive contamination being
found in solvents used as fuel," I said. "And besides, I know that company
doesn't use recycled fuel."
"Which is why I am all the more interested in the fact that three workers who
have been recently hospitalized--all have come down with cancer."
"OK, now you have my attention. Are they particulate-related respiratory
carcinomas?" I felt learned.
Mike leaned forward. "One lung--and one skin and one bone." My mind began to
race around for answers--one of which came to me very quickly. "This isn't
operational. It's environmental." Mike propped one foot on the front of desk and
rocked back slightly in his chair. "I thought you were the guy to ask."
I didn't want to seem too eager, so I cast my best dubious look back at him.
"This has to be done on the hush, you understand," he went on. "We've just
started our evaluation."
"Mike, old buddy, old chum, old pal--You do know how much trouble we can get
into now, don't we?"
"Listen, John, I can say in all honesty I don't know if there is any
radiological contamination. I'm running on a hunch. But after all the years I
have spent in this clean-up business, I think my instincts are good."
"Didn't you work on that cesium contamination in Brazil, in the early '80s?"
"It was in Rio de Janeiro. Scavengers from the favellas broke apart an
imaging machine they found in closed-up medical clinic. Broke open the tube and
spilled it all over themselves. Some of them got it on their hands... and in
their mouths." He grimaced.
"That must have been ugly."
He waved his fingers in front of his lower jaw. "This guy... his lip..."
"OK, OK, let's not talk about it, I understand."
He leaned forward again. "While I was down there, there was this fellow--just
a kid--who had held the tube after it had broken open. He had burns on his wrist
and lower arm. The plant manager at the brick factory e-mailed me a photo of the
fellow who has skin cancer. He asked me if I recognized the burns on his
fingertips. He says the company doctor says he thought they looked like dry ice
burns."
"Cree-rist, you think they look like...?"
Mike shook his head slightly and slowly. "John, they look like the same kind
of contact radiation burns I saw on that kid in Rio."
"Do you think the plant manager has any idea of what's going on?"
"The sampling crew says he is acting very edgy. I want to go there myself,
and I want you to come."
"Well, I did study some nuclear chemistry in college. But I'm hardly an
expert."
"I remember how you went around for two days shaking your head after that
criticality accident in Japan last year."
"Well, my grandma would have more sense that to put 50 gallons of radioactive
slurry into one mixing vat! I couldn't believe that!"
"I really don't know if I am on the right track, but I wish you'd come with
me."
I took my jacket off the hook and plunked on my cap. "Let's get going."


IP属地:黑龙江1楼2013-07-09 23:28回复

    It's 100 miles from Dallas to the little cross roads in East Texas where the
    brick plant sits. That gave us plenty of time to talk.
    Mike explained that he'd already checked, as slyly as he could, on whether
    there was any record or indication of illegal dumping at the site. The brick
    plant and quarry had been there 60 years, built right after World War II when
    the home building boom in Dallas demanded ever-increasing brick production.
    Nearby gas wells provided the fuel to fire the high quality clay found adjacent
    to an intrusive quartz "dike" formation that rose to the surface in this
    location--hence the name "Stonewall."
    The operation is stable, continuous and conservative, he said. The company is
    the largest employer in the community.
    "I don't think this is your standard case of CYA," Mike said as we sped out
    of the searing city. "I think they really are worried they've struck something
    dangerous. The illnesses started when they opened up a new section of the clay
    pit."
    I was jotting down some ideas and notes on a pad on my knee as we crossed
    into Kaufman County. "Have you thought about some biological contaminant,
    something that may have been uncovered in the clay, dried out and blown around?"
    "Yes, and no, that clay is sterile."
    I must have looked surprised, because Mike looked over. "Yep, I thought that
    was strange, too, like the dog that didn't bark in the Sherlock Holmes story."
    "Silver Blaze."
    "What?" Mike turned his head again.
    "The Mystery of Silver Blaze. Holmes knew the horse napping was an
    inside job because the watchdog didn't bark. Sterile, huh?"
    "Yep. Couldn't even raise a culture."
    "How did you get a sample back to Dallas so quick? And where did you keep a
    culture? Like you know biology."
    "Please, don't underestimate me. It was a hunch, but I was right."
    I was scratching the back of my head. "Dammit, I understand the clay being
    sterile after it leaves the kiln--but before?"
    "Makes you think of radiation sterilization, doesn't it?"
    "Yes, but that's impossible, you won't even find that in uranium deposits--I
    think."
    "We may be in over our heads," Mike said as he stared straight ahead down the
    highway, I hunched back in the seat. "Onward through the fog."
    Mike smiled as we crossed into Henderson County.
    It was obvious when we came to Pineville, the small town that was the big
    plant's home, because almost all the houses and buildings we passed were of the
    same red brick. The plant wasn't very hard to find. A towering brick chimney
    loomed like a rocket over the Pinrey Woods.
    The plant manager, Rudy Gerfertig, knew we were coming thanks to an extended
    phone call from Mike along the way. He knew Mike was the overall project
    director, and he was told I was an environmental engineer.
    The headquarters looked out of place, dwarfed by towers, conveyor belts and
    looming piles of clay and sand. Gerfertig was a small man with blond hair; Mike
    loomed over him as he shook his hand and introduced me.
    "It's good to meet you, too, Mr. Koster. I'm glad things are moving along."
    He seemed almost too polite, perhaps self-conscious. "Do you prefer John or
    Jack?"
    "Call me John; I prefer John. Something about the way 'Jack Koster' trips off
    the tongue invites trouble."
    Gerfertig gave a little laugh while Mike rolled his eyes. I nudged him as we
    walked down the hallway to the back door, "Hey, I really don't like being called
    Jack."
    We hopped into Gerfertig's bright red Ford 350 diesel and drove the mile or
    so to the clay pit. Two or three trucks were scattered around as bulldozers and
    backhoes scraped and hoisted the dark red clay.
    Gerfertig pointed to the area farthest from us, right up against and below a
    low, long cliff. "That's the dike, the stonewall," he said. "After all these
    years, we finally started digging right up against it, and that's the place
    where we had the problems.
    "Last week, when the men went to the hospital, I stopped operations."
    Gerfertig explained. "We haven't been back since."
    "Has our team been there yet?" I asked Mike.
    "They are still in the plant, they haven't worked their way out here," he
    said. "We're fixin' to leapfrog them."
    Gerfertig seemed unhappy. "Even though there are only three sick men, that's
    three too many. I hope you understand. We've never had an illness cluster in the
    history of the company, now three men at one time."
    "It's obvious you care about your employees," I said. "You're probably like a
    big family here."
    Mike saw how I was looking over the landscape and asked Gerfertig if we could
    drive towards the cliff. After a while, as I walked around the area, I noticed a
    spot where the clay seemed to be darker and denser, almost crumbly. I waved
    towards Mike and the manager and they walked over.
    I poked at the spot with a branch that had fallen from the nearby cliff.
    "Anything different about this spot right here?" I asked Gerfertig. I was poking
    with a stick and grasping at straws at the same time.
    I have no idea what I expected him to say--"Well, that's where we found the
    petrified buffalo crap," maybe. He took a gulp and after a little hesitation,
    said, "I guess that's caused by the mercury."


    IP属地:黑龙江2楼2013-07-09 23:33
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      2026-04-24 08:53:42
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      Page 5 of 5
      Gerfertig had been listening intently and jumped in at this point. "The dike
      is a very old formation, one of the oldest in the world. It's part of the stable
      bedrock that makes Texas so impervious to earthquakes."
      I forged ahead. "OK, so my theory is that this element collected up against a
      quartz formation while much of the surface of the earth was still cooling, and
      it has been preserved here because of the extremely stable geologic conditions."
      "That may be all well and good, but as Mr. Amato said, the Element 126 would
      have still decayed," Gerfertig said.
      "I don't know, and from what I've read, I don't think anyone knows the
      effects of high levels of radioactivity inside crystalline structures. But I
      know how another kind of energy can be isolated and preserved. It's called a
      thermos."
      Mike asked, in his most reasonable tone, "Then why are we the first people in
      the history of the whole human race to ever find this Element 126?"
      "Well, I'm glad you asked. We aren't. It's been around for thousands of
      years."
      Mike made a dismissive sound.
      I looked evenly at him. "It jumped out at me while doing the search. Ancient
      alchemists claimed they had a formula to turn lead into gold. And the main
      ingredient, from what has come down to us, was mercury. Maybe they made the same
      mistake we just made, and thought it was mercury. What if it was this Element
      126, which looks so much like mercury. If you could stabilize it, it is so
      radioactive that, with a little prodding by adding a small amount of energy, a
      low frequency wave of radiation could easily pop an electron shell lose."
      I let it sink in. "If you read the accounts of the alchemists working to turn
      lead into gold, they mention the pungent smell of what we know today is ozone.
      They used primitive stills and distillation apparatuses to agitate the 'mercury'
      until it pulsed out an intense low-frequency wave of radiation."
      "Who knows, whether it was in Atlantis or Egypt or Rome, someone found one of
      these decayed geodes and released the element. It might be considered the start
      of atomic science, the transmutation of lead into gold. And descriptions of some
      of the alchemists from the Middle Ages indicate they might have been exposed to
      radiation, Remember, they also claimed to have found the Elixir of Life. Small
      doses of radiation in the right range would help kill off the germs they were
      laden with because of poor hygiene."
      "Radiation sterilization," said Mike.
      "Right. But after a while, no one could find more of this magic liquid, at
      least in the civilized world, after it had all been searched out. They only had
      mercury left to use, because that's what it decayed into. The fact mercury and
      Element 126 are both silvery liquids explains the confusion."
      "Cripes, this could be one of the greatest scientific discoveries of the
      ages."
      "Not unless we find another of these things."
      Gerfertig spoke up. "I know where there's one sitting at the base of the
      cliff. I haven't been eager to poke at it."
      "Let's get real," said Mike. "We are tickling the dragon's tail. We can't
      handle something as potentially dangerous as this."
      Gerfertig interrupted. "Mr. Amato, have you ever heard the saying about owing
      the bank money? If you owe the bank a thousand dollars, it's your problem. If
      you owe them a million dollars..."
      "...it's their problem. So what has this got to do with us?"
      "Oh, I know exactly what he means." And I did. "If this was a case of illegal
      radiological waste dumping, it would be a problem for Stonewall Bricks and
      Industro-Kleen. But we're dealing with the discovery of a previously unknown
      source of a radioactive element."
      I turned to Gerfertig and said in mock formal fashion, "I recommend you
      contact the Department of Energy immediately."
      "I have a 24-hour emergency number," he said. "It's to be used for reporting
      NORM."
      The people from the Department of Energy were there before midnight.
      The people of Pineville at first despised Industro-Kleen for its report
      identifying a rare but toxic mold found in the clay, but the scads of government
      buy-out dollars dumped on adjacent property owners made the end of the era much
      more bearable.
      Stonewall Brick was bought out by an previously unheard German company, EHSS
      (Einhundertsechundswansig) GmBh., supposedly for strategic business reasons.
      Mike and I were both offered generous positions with the dummy outfit that
      bought Stonewall and Industro-Kleen, based on our abiding by the very precise
      terms of an agreement.
      Mike signed off and took a very nice retirement with the family in Alaska. So
      much for the Texas summer.
      I had qualms for a little while, but I didn't see much alternative. There was
      no way, with the terrorism abroad in the world, I would let it get out that a
      new naturally occurring radioactive element had been discovered--especially a
      liquid one. Yep, I could have just seen Saddam Hussein with a lead-lined thermos
      of that juice.
      As it was, the geology under Pineville is unique, and no other sources have
      been found. Recovery continues very quietly at the clay pit.
      The most satisfying thing, for me, was how Gerfertig and the other men got
      the medical care they needed, thoroughly and discretely. Gerfertig still lives
      on the property; the townspeople assume he is just a caretaker for the shuttered
      property.
      The government treated us all quite well, when they realized we were
      reasonable guys and the discovery was an easily concealed accident. I found
      myself at age 23 with a guaranteed lifelong salary and some very lucrative
      investments, and plenty of time to work on my formula for the perfect beer.
      I don't feel guilty as all for taking the government's 'gold,' because the
      money is my payment for having to suppress the gloat of knowing I am the guy who
      solved the great riddle of history--How to make gold out of lead.
      Actually, I like to flatter myself because I think I went the alchemists and
      philosophers one better, because I was able to make 'gold' out of think air.
      Silence is golden. I think that's a heck of a transmutation.
      Anyhow, that's the story. Whenever anyone asks me where I got my money, I
      tell them I inherited it from my Uncle Norm. Of course, I guess I technically
      broke my agreement with the government, by telling you. But you won't tell
      anyone, will you, now? That's a good girl. Anyhow, I think I've gotten enough
      sun. I think it's time for me to take off. Oh, yes, look what we have here. Want
      the stick? Sure. Fetch!


      IP属地:黑龙江5楼2013-07-09 23:41
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