Tag Archives: Transfer Tower

Spending Long Weekends with Power Plant Men Shoveling Coal

Originally posted on:  June 1, 2012

The first couple of years while I worked as a summer help at the Coal-Fired Power Plant Coal Cleanup was performed on weekends by volunteer He-Men that wanted to make a few extra dollars.  As a summer help, I needed all the extra money I could get.  My wages during the first year (1979) were $3.89 an hour.

This jumped to $5.84 an hour when I worked on the weekend, so you can imagine the thrill I had at receiving a paycheck that included the extra money made by doing “Coal Cleanup”.  Another great advantage to doing coal cleanup on the weekends was that I was able to carpool with different people.  So, during the first summer instead of just riding to work with Steve Higginbotham (See the post “Steve Higginbotham’s Junky Jalopy late for the Boiler Blowdown“), I caught a lot of rides with real Power Plant Men like Dale Hull, David Hankins, Jerry Mitchell, Preston Jenkins and Marlin McDaniel (Yeah.  Marlin McDaniel as an A Foreman would volunteer for coal cleanup some times.  Maybe it was when we were short a few people).

Coal Cleanup really became important during the second half of the first summer because Unit 1 was getting ready to go online.  There was a major flaw in the Coal Conveyor logic when the conveyors first started conveying coal from the coal pile to the coal silos just above the bowl mills.  What would happen was the same thing that happens if someone were to fall down at the top of a crowded escalator going up.  Everyone behind that person would be shoved right on top of them if there wasn’t an emergency stop button to stop the escalator.

Escalator

All the conveyors had a safety cord alongside the entire length that could be pulled to stop the conveyor in an emergency, but this was something different.

To give you an idea… once the coal on the coal pile has been fed onto either Belts 4, 5, 6 or 7, from there the coal is dropped onto either belt 8 or 9.  That carries the coal up to the coal Crusher which has a bin above the crusher that can be filled with coal.  If the bin gets too full, then conveyor 8 and/or 9 would stop.  When that happens, belts 4, 5, 6 or 7 should stop also…. only they didn’t.  Belts 8 and 9 continued dumping coal into the crusher bin until it filled up and then coal fell out all over the top of the crusher tower around belts 8 and 9 until the coal tripped the belt by hitting the safety cord on the side of the belt.  Belts 4, 5, 6 and 7 continued dumping coal onto belts 8 and 9, which caused the coal to backup and spill out all over the floor until the coal piled up high enough to trip the safety cord on the side of the belt.

In the picture of the power plant on the side of this post, there is one long conveyor that goes from the coalyard to the plant.  It is about 1/2 mile long.  This is where belts 10 and 11 carry the coal from the crusher, which crushes the coal down from big pieces the size of baseballs down to the size of walnuts.

The long belts 10 and 11 were like these only they are in a metal enclosure so the coal didn’t spill out on the ground.

At the top of the Transfer tower the coal from belts 10 and 11 are dumped onto belts 12 and 13 which carry the coal up to the Surge Bin Tower where the coal is dumped into the Surge bin.  Now when the Surge Bin fills up, it stops belts 12 and/or 13 and it should also stop belts 10 and 11 and the feeders that feed the coal into the crusher at the bottom of the crusher bin… only they didn’t.

They continued dumping coal into the Surge bin, which filled up and spilled coal all over the surge bin until belts 12 and 13 tripped, at which point, coal began spilling out all over the transfer tower filling up both floors of the transfer tower with tons of coal.  The same thing would happen at the bottom of Belt 10 and 11, where the crusher feeders kept feeding coal down to belts 10 and 11, which spilled out all over the bottom floor of the crusher tower.

I have worked in the transfer tower where the coal was higher than the windows and you had to bend over because your head would hit the ceiling on the floor at the foot of belt 12 and 13.  It was almost dangerous enough to picture yourself sliding down the pile of coal and slipping right out one of the windows (which had been broken out by the pile of coal).  To give you an idea of what this felt like, it was then a straight drop of 150 feet to the concrete below.

If that doesn’t seem like enough coal spills, then picture this…  The coal from the Surge Bin tower fed onto belts 14, 15, 18 and 19 which in turn fed onto belts 16 and 17, 20 and 21.  These last 4 belts were in what was called the “Tripper Gallery”.  These 4 belts would dump coal into 12 coal silos (6 on each unit) that would feed the bowl mills. These are big silos about 5 stories tall.

The same thing would happen to these belts leaving piles of coal at the bottom of the surge bin in the surge bin tower and all along the tripper gallery because when the coal silos were full, the tripper was supposed to move to the next silo and dump coal until it was full, and keep moving until all the silos were full.  Only, the tripper wasn’t working correctly, so it wouldn’t detect that the silo was full so the belt would keep dumping coal and would end up spilling coal all over the entire tripper gallery which runs about 100 feet or so.

So, our first experience with doing coal cleanup was like being on a chain gang where we shoveled coal from morning until night trying to clean up these 15 or so major coal spills by shoveling the coal back onto the conveyor while it was running.  In some cases, we had to shovel the coal away from the belt before the belt could even run (as was the case with belts 12 and 13).  So, you can imagine how shoveling coal one scoop at a time made it seem like you were not getting anywhere fast.  3 or 4 men could all be shoveling on one pile of coal for 30 minutes and not even make a noticeable dent in the pile.  That is why when I went to the tool room to choose a shovel, instead of picking a regular shovel, I picked a large scoop shovel used to scoop grain.

Scoop Shovel

Regular Shovel

Even though each scoop of coal was heavier, it seemed more satisfying to see the bigger dent in the pile of coal with each shovelful.  I remember one day after we had shoveled coal all day from morning until late at night only to come back into work the next morning to the new piles of coal just as big as the ones we had shoveled the day before.

After 2 years of volunteer coal cleanup which was becoming less volunteer and more rotational since the list of volunteers was growing smaller, Ray Butler pointed out that it didn’t make much sense to pay a first class machinist overtime to shovel coal when you could create a labor crew and pay them bottom dollar to do coal cleanup all the time, as well as other dirty jobs that no one really wanted to do (such as suck out sewage pits and other sump pits around the plant).

That was when the Labor crew was formed.  While I was in my 3rd year as a summer help (1981).  Bill Cook was a summer help then that stayed on as a labor crew hand at the end of the summer.  By the 4th summer as summer help, the only time we did coal cleanup was when there was a major spill, which was only a couple of times all summer.

I will write later about coal cleanup with Dale Hull.  I also remember doing coal-cleanup with Preston Jenkins one weekend.  I hadn’t carpooled with him to work, but I caught a ride back to Stillwater with him because my ride left at the end of a full day, and I decided to stay behind to add a few extra dollars to my bank account.  We left a couple of hours later around seven o’clock.

I climbed into the back of Preston’s Camaro.  I apologized for being so dirty, as I was covered from head-to-toe in coal-dust and my clothes were soaked with coal-dust permeated sweat.  Preston said that he didn’t mind.  I soon found out why.

When I climbed into the backseat of his car, I noticed that the upholstery that covered the seat back of the back seat was stained with some blackish-brownish um…. something.  Anyway.  I decided to sit on the passenger side of the back seat instead of behind the driver side because that side wasn’t nearly as stained.  As we drove down the highway toward home, I quickly learned why the seat back was so stained.

Being the “good-ol’ boy” that Preston was, when he climbed into the car, he took out his can of Skoal and put a pinch between his cheek and gums:

Just a pinch between your cheek and gums.... Never tried it myself.

Just a pinch between your cheek and gums…. Never tried it myself.

As we flew down the highway like a Texan heading for Stillwater, Preston would lean his head out the window and squirt out a wad of spit.  It would dance in the air like a little fairy just before it would be sucked into the back window of his car and splat against the seat back of the back seat.  Yep that explained it all right.  I always wondered if he knew, never having to sit in the back seat of his own car.

During the first summer when I was able to catch a ride with David Hankins a couple of times.  He was the crane operator at the time and drove a black Trans Am.  He was a black man with a very broad chest that never seemed to tire while doing coal cleanup.  From the first day he always treated me with great respect which in turn gave me a great respect for him.  I had him classified as a true Power Plant Man.

The second summer when I had been back at the plant for a couple of weeks, one day when Jim Heflin and I were going somewhere in a yellow Cushman cart, I asked Jim why I hadn’t seen David Hankins around.

A Cushman Cart Like this only Yellow

Jim (who hadn’t been at the plant the first summer) stopped the cart in the middle of the road and looked at me very solemnly and told me that David Hankins had died in a car accident in the spring.  He had been going home from a Men’s Club event when he was killed.  Because of this, alcoholic beverages were no longer allowed at Men’s Club events.  As with all the people I have worked with at the power plant, I keep David Hankins in my memory and I often think about him to this day.  David Hankins was a True Power Plant Man.

Comments from the original Post:

  1. neenergyobserver June 1, 2012 as 6:28 pm

    We’ve lost so many friends over the years, in the plants and on the line, especially when they were relaxing on their way home. You, and David’s family have my very belated condolences.

    Somebody, somewhere, needs to teach engineers a course on Conveyor Logic 101, I’ve seen the same thing happen in nearly every plant (from automotive, rarely, to meat packing, often) I’ve been in. Or they could, just for once in their life, shut their pie-hole and listen to people like you and me.

    1. Plant Electrician June 1, 2012 at 11:39 pm

      Thanks Nebraska.

      We were often exhausted while driving home from work when we had been working a lot of overtime. It was a wonder sometimes that we were able to keep the car on the road.

      My uncle Bill Breazile worked for the Utility company in Nebraska City where someone closed a breaker while he was working on a line. He was in the hospital for about 6 months healing from his burns. This was about 30 years ago. He has since passed away. It takes a special person to be a lineman. Putting their life on the line every time they reach out to do their job.

      1. neenergyobserver June 2, 2012 at 10:42 am

        Not that different from you. It’s all about planning your work, and doing it right, and safely. You and I know that 480 will kill you just as quick as 7200 if you get careless. That’s why almost all (old) linemen and electricians are in some sense stolid and unexcitable.

  2. jackcurtis July 14, 2012 at 12:59 pm

    Industrial America returns in stories and comments in places like this, from the only place it still exists: the minds of those who were part of it. Industrial America was a giant; those who manned it were giant tamers and it seems to me, very much the special breed illuminated in these posts…

    Comment from last repost:

    1. Dan Antion June 3, 2014

      I remember a time when I would have chose the bigger shovel, perhaps in the early 70’s. I was moving steel in a manufacturing plant. Carrying three bars on each shoulder seemed better than the two they suggested. We finished earlier, had to do other work, but somehow it felt better. Thanks for another interesting story and a wake-up call to younger days. Thanks also for the explanations. I love mechanical things and I get the impression that these plants are one big mechanical adventure.

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“I Think I Can, I Think I Can” and Other Power Plant Chants

Originally Posted on August 3, 2012 (I added a picture of Walt Oswalt):

The second summer as Summer Help at the Coal-fired Power Plant, was when I first worked out of the Automotive garage.  It wasn’t finished during the first summer.  The second summer when I began working in the garage, Jim Heflin, Larry Riley, Doug House  and Ken Conrad were the regular workers that mowed the fields using tractors with brush hogs, as I have explained in previous posts.  A summer help that also worked with us from Ponca City named David Foster was also able to mow grass using one of the new Ford tractors that we painted Orange to easily identify them as belonging to the Electric Company in Oklahoma.

I learned to drive the tractors later in the summer when I worked irrigating the fields in our attempt to grow grass (as told in the post “When a Power Plant Man Talks, It Pays To Listen“).  The next summer I was able to mow grass using a Brush Hog pulled behind a tractor:

brushhog

Almost Like this without the safety guards and just about as new

It didn’t take long before I had to mow grass on the side of the dam (and other levies).  The side of the dam has a very sharp incline, so while mowing grass on the side of the dam you sat more on the side of the tractor seat than on the seat itself.  Heavy weights were put on the front of the tractor and the back tires on the tractor were turned around so that they were farther apart than they would be otherwise.  This gave the tractor a lower, wider profile and a lower center of gravity helping to keep it from rolling over sideways down the slope.

Tractor Weights that fit on the front of the tractor

I had watched Jim, Larry, Ken and David mow grass along some very steep inclines the summer before without any tractors tumbling over, so I felt like it must be safe, even though looking at the tractors they still seemed a little “top heavy”.

The dam had a slope this steep but  much was taller

It was quite an eerie feeling the first time I actually mowed a slope this steep.  I experienced the same feeling as you have on a roller coaster when it hits the top of the hill and flings you down real fast when the tractor tire on the downhill side of the tractor rolls into a washed out spot on the dam causing the tractor to roll over just a little farther than you are used to.  It was definitely an adrenaline rush each time this happened, because it felt like the tractor was going to roll over.

That is when I remembered the story about the little engine that was trying to pull the train over the steep mountain, and he kept chanting, “I think I can, I think I can” over and over.  So, between each decade of the Rosary that I was saying while counting Hail Mary’s on my fingers, I added in an “I Think I can…” as an added prayer before the next “Our Father”.

The Little Power Plant Coal Train that Could

The Little Power Plant Coal Train that Could

In the time that I worked as a summer help we never turned over a tractor while mowing on a slope.  That isn’t to say that the tractors didn’t start to tip over.  It’s just that if you realize that the large back tractor tire has left the ground and is spinning freely, you could quickly turn the steering wheel downhill so that the tractor would turn downhill preventing it from rolling completely over.  The weight of the brush hog on the back helped to keep the tractor snug against the sloping dam.

Years later, after I left the Power Plant, in 2006, my father’s best friend, Tom Houghton, a Veterinarian in Lakeland, Florida was killed in a tractor accident at his family’s farm in Polo, Missouri.  This greatly effected my father.  He has not recovered from the loss of his friend still today.  As I was mowing grass and picturing my sudden demise if a tractor were to roll down the hill, my main concern was the sorrow my family would have felt by my death.  Needless to say… I never toppled a tractor.

It was during that same summer in 1981 that I first worked with the Power Plant Icon Walt Oswalt.  Every plant must have at least one person like Walt.  He is the type of person that once he has something in his mind about how to do something, nothing is going to change it.  I know many different stories about Walt Oswalt that have been shared with me, but this is one of my own.  Walt is a sandy-haired Irish-looking man that always reminded me of the little old man, Jackie Wright, on the Benny Hill Show.

Walt reminded me of Jackie Wright only with more hair

I now have an actual picture of Walt that I found laying around….

Walt Oswalt

Walt Oswalt — See the resemblence?  not much more hair

One Saturday while I had caught a ride to the Power Plant to do “coal cleanup” the crew was asked who would like to wash down belts 10 and 11.  These are the 1/2 mile long belts that go from the coalyard all the way up to the plant.  You can see them on the left side of the picture of the plant on the side of this post.  Finding the opportunity for a challenge, I volunteered.

I made my way up to the top of the Transfer tower where I found Walt Oswalt.  He was working out of the coalyard at the time and was helping us wash down 10 and 11 belt.  Wearing rainsuits and rubber boots we began at the top and worked our way down.  It didn’t look like this belt had been washed down for a while.  We could blast the tin enclosure with the high pressure hoses we were using to completely wash off all the coal dust that had built up over time.  This looked like it was going to be a fun job.

Then Walt pointed out to me that most of our work was under the belt where the coal had built up almost solid up to the belt itself so that the coal was rubbing on the rubber Uniroyal conveyor belt.  Remember, if the conveyor belt goes up, it has to go back down also.  So underneath the conveyor is where the belt returns.  it is a big loop.

Directly underneath this conveyor is the return for the belt

So, Walt Oswalt and I spent the rest of the day laying on the grating so we could see under the belts washing the coal down the slope of belt 10 and 11.  Under the conveyor is another set of rollers that the rubber conveyor belt rides on it’s return trip to the Crusher Tower.  During this time there were two chants that came to my mind…. One was, “Whistle While you Work”, since we seemed to be in some kind of coal mine working away like the Seven Dwarfs (you know…  Walt Disney… Walt Oswalt).  The other one was the song, “Workin’ In a Coal Mine” (…goin’ down down).

Disney’s Seven Dwarfs Mining

At one particular spot the coal had built up and packed itself in there so much that one of the rollers wasn’t able to turn and the belt was just rubbing on the roller.  After we had washed the coal away we could see that the roller was not able to turn still because the belt had worn it flat on one side.

Walt called the Control Room to shutdown the belt so that we could look at it.  We could see that the roller was bad.  For some reason the other belt (11) was out of commission so without this belt running, no coal was being sent up to the plant.  The coal silos and the surge bin hold enough coal for a while but not for too long during the summer when the units need to run at their maximum rate to supply the electricity needed by the customers.  We could have the belt shutdown for a while, but not for too long.

I followed Walt down the belt to the Crusher Tower wondering what he had in mind.  He didn’t tell me what we were going to do, so I just gathered my clues by watching what he did.  When we came out of the belt and left the Crusher I was surprised that it was already dark outside.  When I had left the Maintenance Shop it had been morning.  Now it was dark.  We had spent the entire day (12 hours at this point) in Belt 10 and 11.  I didn’t remember ever taking a break or eating lunch or even going to the bathroom.  Just holding the high pressure water hose, directing the stream down under the belt… all day.

We walked over to a new building that was still being built called the Coalyard Maintenance Building.  This was the new building that was going to be used by the new Labor Crew in a few months. Outside the building to one side was a Conex Box, as I have described before.  This is the kind of large box that you see on the CSX train commercials that are being transported by trains.

A Conex Box

We used them to store equipment used for specific jobs or crews.  In this case, the Conex box had conveyor equipment in it.  Walt found a long straight roller that is used under the Number 10 and 11 belts and tied it to a 2 wheel dolly.  We rolled it back to the Crusher Tower and began the long trek back up the belt.  I was pulling the dolly and Walt was carrying some large wrenches.

When we arrived at the spot where the roller had been worn, Walt called the control room to let them know we were beginning to work.  We pulled the safety cords on the side of the conveyor to ensure that the belt would not start, even though we were assured that a Clearance had been placed on the breaker in the Main Switchgear (where I began my first war with the spiders a year later.  See the post “Power Plant Spider Wars and Bugs in the Basement“).

Walt climbed over the belt and I stayed on the main walkway.   We worked upside down for a while unbolting the roller.  At one point we decided we needed some more suitable tools and headed back down the belt to the Coalyard Garage where the heavy equipment is serviced and brought back some large ratchet wrenches and sockets with an extension.

Socket Wrench with extension

I think the chant, “I think I can, I think I can” was running through my head on our second trip back up the conveyor belt.  I think it was around 10pm.  We finished changing the roller and decided to leave the old one laying in the walkway for the night.  Walt said he would bring it back to the coalyard on Monday morning.

We made our way back to the Maintenance shop where I took off the rain suit and rubber boots that I had been wearing all day and put my regular boots back on.  I went up to the control room and asked if anyone could give me a ride to Stillwater since the evening shift of operators were just getting off at 11pm. I believe it was Charles Buchanan that gave me a ride home that night in his little beat up pickup truck.

I never worked directly with Charles Buchanan since he was an operator.  The first impression that one may have is that he looks like a caricature of a construction worker in a comic strip.

First Impression of Charles Buchanan

Charles reaffirmed my belief that Power Plant Men are some of the nicest people you will ever meet.  There were a few times when I caught a ride with Charles to or from the plant.  Each time I felt honored to ride in his truck.  If I think about what chant was running through my mind as we were on our way home at night, I think it would be something like the song “You’ve Got a Friend”: “Winter, spring, summer, or fall, all you have to do is call, Lord, I’ll be there, yeah, yeah, you’ve got a friend….”

That is what all real Power Plant men and linemen are like.  Wherever you look in the United States, these great men and women work tirelessly to keep you safe by providing electricity to your homes.  Something we take for granted until the power goes out.

Recently when the power went out in the east, the linemen from this electric company drove with pride, eager to help those in need:

A convoy of Electric Company Trucks on their way from Oklahoma to Indiana to help return power to millions of Americans in the dark

Below I have included the lyrics for the song “You’ve Got a Friend” by Carole King and her husband James Taylor.  See how well it fits those people that work around the clock bringing the power to your home:

You just call out my name, and you know where ever I am
I’ll come running to see you again.
Winter, spring, summer, or fall, all you have to do is call and I’ll be there, yeah, yeah,
you’ve got a friend.

If the sky above you should turn dark and full of clouds
and that old north wind should begin to blow,
keep your head together and call my name out loud.
Soon I will be knocking upon your door.
You just call out my name, and you know where ever I am
I’ll come running to see you again.
Winter, spring, summer, or fall, all you have to do is call and I’ll be there.

Hey, ain’t it good to know that you’ve got a friend? People can be so cold.
They’ll hurt you and desert you. Well, they’ll take your soul if you let them,
oh yeah, but don’t you let them.

You just call out my name, and you know where ever I am
I’ll come running to see you again.
Winter, spring, summer, or fall, all you have to do is call, Lord, I’ll be there, yeah, yeah,
you’ve got a friend. You’ve got a friend.
Ain’t it good to know you’ve got a friend. Ain’t it good to know you’ve got a friend.
Oh, yeah, yeah, you’ve got a friend.

Here is a YouTube video of James Taylor singing this song:

If your aren’t able to play youtube videos directly from the picture… here is the link:  “You’ve got a Friend

Lifecycle of a Power Plant Lump of Coal

Originally posted August 16, 2013:

Fifty Percent of our electricity is derived from coal. Did you ever wonder what has to take place for that to happen? I thought I would walk through the lifecycle of a piece of coal to give you an idea. I will not start back when the it was still a tree in a prehistoric world where dinosaurs grew long necks to reach the branches. I will begin when the large scoop shovel digs it out of the ground and loads it onto a coal truck.

The coal is loaded onto trucks like these before it is dumped onto the train cars. This photo was found at http://www.gillettechamber.com/events/eventdetail.aspx?EventID=2827

The coal is loaded onto trucks like these before it is dumped onto the train cars. This photo was found at http://www.gillettechamber.com/events/eventdetail.aspx?EventID=2827

The coal for the power plant in North Central Oklahoma came from Wyoming. There were trains from the Black Thunder Mine and the Powder River Basin.

Coal Trains on their way to power plants

Coal Trains on their way to power plants

It’s a long ride for the lump of coal sitting in the coal train on it’s way to Oklahoma. Through Nebraska and Kansas. It’s possible for the coal to be visited by a different kind of traveler. One that we may call “A tramp.” Someone that catches a ride on a train without paying for the ticket.

One time a tramp (or a hobo, I don’t remember which), caught a ride on one of our coal trains. They forgot to wake up in time, and found their self following the lumps of coal on their next phase of the journey. You see. Once the coal reached the plant, one car at a time enters a building called the “Rotary Dumper”.

A rotary dumper much like the one that was at our Power Plant

A rotary dumper much like the one that was at our Power Plant

As each train car enters the dumper four clamps come done on the car and it rolls upside down dumping the coal into a bin below. Imagine being a tramp waking up just in time to find yourself falling into a bin full of coal. with a car full of coal dumping coal on top of you. One coal car contained 102 tons of coal (today they carry 130 tons). Today one train contains 13,300 tons of coal. This is over 26 million pounds of coal per train.

Miraculously, this passenger survived the fall and was able to call for help or someone saw him fall. He was quickly rescued and brought to safety. Needless to say, the tramp went from being penniless to being, “comfortable” very quickly. I don’t know that it made the news at the time. I think the electric company didn’t want it to become “viral” that they had dumped a hobo into a coal bin by accident. Well. They didn’t know what “going viral” meant at the time, but I’m sure they had some other phrase for it then.

Ok. Time for a Side Story:

Since I’m on the subject of someone catching a clandestine ride on a train, this is as good of a place as any to sneak in the tragic story of Mark Meeks. Well. I say it was tragic. When Mark told the story, he seemed rather proud of his experience. You see. Mark was a construction electrician. He hired on as a plant electrician in order to settle down, but in his heart I felt like he was always a construction electrician. That is, he didn’t mind moving on from place to place. Doing a job and then moving on.

Mark explained that when he was working at a construction job in Chicago where he worked for 2 years earning a ton of overtime, he figured that by the time he finished he would have saved up enough to buy a house and settle down. He was married and living in an apartment in Chicago. He didn’t spend much time at home as he was working 12 hour days at least 6 days each week. He figured that was ok, because when he was done, he would be set for life.

Unknown to him at the time, each morning when he woke up before the crack of dawn to go to work, his wife would drive to O’Hara airport and catch a plane to Dallas, Texas where she was having an affair with some guy. By the time Mark returned from work 14 hours later, she was back home. Each day, Mark was earning a ton of overtime, and his wife was burning it on airline tickets.

When the two years were over, Mark came home to his apartment to collect his wife and his things and go live in peace in some small town some where. That was when he learned that his wife had been having the affair and using all his money to do it. She was leaving him. Penniless.

Completely broke, Mark drifted around for a while. Finally one day he saw a train that was loaded down with wooden electric poles. Mark figured that wherever those poles were going, there was going to be work. So, he hopped on the train and traveled all the way from Minneapolis Minnesota riding in the cold, wedged between some wooden poles on one of the cars on the train.

The train finally arrived at its destination somewhere at a port in the Gulf of Mexico. I don’t remember if it was Mississippi or Louisiana. He watched as they unloaded the poles, waiting to see what jobs were going to be needed for whatever the poles were for. He watched as they took the large wooden poles and piled them up in the ocean. They were using them to build up the shoreline. There were no jobs.

It is when you have been beaten down to the point of breaking when you reach a very important point in your life. Do you give up, or do you pick yourself up and make something of yourself? Mark chose the latter. He was a natural fighter. He eventually ended up at our plant as contract help, and then was hired as a plant electrician.

End of side story.

Let’s follow the lump of coal after it is poured out of the coal train in the dumper…

The coal is fed onto a conveyor belt. Let’s call this Conveyor 1, (because that is what we called it in the plant). This has a choice to feed it onto belt 2 which leads up to the stack out tower, or it can feed the other way to where some day it was planned to add another conveyor with another stackout tower. This was going to go to a pile of coal for two other units that were never built.

Anyway, when the coal drops down on Conveyor 2, way under ground, it travels up to the ground level, and continues on its way up to the top of the stackout tower where it feeds onto Belt 3. Belt 3 is a short belt that is on an arm that swings out over the coal pile. The coal is fed onto the coal pile close to the stack out tower. I suppose it is called stack out, because the coal is stacked up next to the tower.

A view of the coalyard from the top of the Smoke Stack

A view of the coalyard from the top of the Smoke Stack. The tower with the conveyor running up to the top is the stack out tower. Belt 3 is the arm pointing to the right in this picture

Anyway, there are large dozers (bulldozers) and dirt movers that pickup the coal and spread it out to make room for more coal from more coal trains. As mentioned above. One train now carries 26 million pounds of coal.

Dirt Mover full of coal

Dirt Mover full of coal

the coal that is spread out on the coal pile has to stay packed down otherwise it would spontaneously combust. That is, it would catch on fire all by itself. Once coal on a coal pile catches on fire it is impossible to “reasonably” put out. You can spray all the water on it you want and it won’t go out. When a fire breaks out, you just have to drag the burning coal off of the pile and let it burn out.

In order to keep the coal from performing spontaneous combustion, the dirt movers kept it packed down. As long as the coal is packed tight, air can’t freely reach the buried coal, and it doesn’t catch fire. So, dirt movers were constantly driving back and forth on the coal pile to keep the coal well packed. Even on the picture of the coalyard above from the smoke stack, you can see two pieces of heavy equipment out on the coal pile traveling back and forth packing the coal.

Anyway, the next phase in the life of the lump of coal happens when it finds itself directly under the stack out tower, and it is fed down by a vibratory feeder onto a conveyor. In our plant, these belts were called, Belts 4, 5, 6 and 7. Belts 4 and 5 fed onto Belt 8 and belts 6 and 7 fed onto belt 9.

Belts 8 and 9 brought the coal up from under the coal pile to the top of the Crusher tower. In the picture above you can see that tower to the right of the stack out tower with the long belts coming from the bottom of the tower toward the plant. The crusher tower takes the large lumps of coal that can be the size of a baseball or a softball and crushes it down to the size of marbles and large gumballs.

Coal conveyor carrying coal to the coal silos from the coalyard

Coal conveyor carrying coal to the coal silos from the coalyard. This is the size of the coal after it has been crushed by the crusher

From the crusher tower the lump of coal which is now no more than a nugget of coal travels from the coal yard up to the plant on belts 10 and 11.

conveyor 10 and 11 are almost 1/2 mile long

conveyor 10 and 11 are almost 1/2 mile long

Up at the top of this belt in the distance you can see another tower. This tower is called the Transfer tower. Why? Well, because it transfers the coal to another set of belts, Belt 12 and 13. You can see them going up to the right to that tower in the middle between the two boilers.

The tower between the two boilers is called the Surge Bin tower. That basically means that there is a big bin there that can hold a good amount of coal to feed to either unit. At the bottom of the white part of the tower you can see that there is a section on each side. This is where the tripper galleries are located. There are two belts in each tripper, and two belts that feed to each tripper belt from the surge bin. So, just to keep counting, Belts 14 and 15 feed to unit one and belts 16 and 17 feed to unit 2 from the surge bin. then Belts 18 and 19 are the two tripper belts that dump coal into the 6 silos on unit one, while belts 20 and 21 feed the silos on unit 2.

Once in the Coal silos, the coal is through traveling on belts. The silos are positioned over things called bowl mills. The coal is fed from the silo into the bowl mill through something called a Gravimetric feeder, which is able to feed a specific amount of coal into the bowl mill. This is the point that basically decides how hot the boiler is going to be.

Once the coal leaves the gravimetric feeder and drops down to the bowl mill, it is bound for the boiler. The gravimetric feeder is tied right to the control room. When they need to raise load more than just a minimal amount, a control room operator increases the amount of coal being fed from these feeders in order to increase the flow of coal into the boiler….. I don’t know… maybe it’s more automatic than that now…. The computer probably does it these days.

When the nugget of coal falls into the bowl mill the long journey from the coal mine in Wyoming is almost complete. Its short life as a nugget is over and it is pulverized into powder. The powder is finer than flour. Another name for a bowl mill is “Pulverizer”. The coal comes from the Powder River Basin in Wyoming and just before it is consumed in Oklahoma it really does become powder.

Big rollers are used to crush the coal into fine particles. The pulverized coal is blown up pipes by the primary air fans and blown directly into the boiler where they burst into flames. A bright orange flame. The color reminds me of orange sherbet Ice cream.

The color of the fireball in the boiler

The color of the fireball in the boiler

At this point an incredible thing happens to the coal that so many years ago was a part of a tree or some other plant. The chemical process that trapped the carbon from the carbon dioxide millions of years earlier is reversed and the carbon is once again combined to the oxygen as it was many millennium ago. A burst of heat is released which had been trapped after a cooling effect below the tree as it sucked the carbon out of the environment way back then.

The heat is transferred to the boiler tubes that line the boiler. The tubes heat the water and turn it into steam. The steam shoots into the turbine that turns a generator that produces the electricity that enters every house in the country. The solar power from eons ago that allowed the tree to grow is being used today to power our world. What an amazing system.

To take this one step further, the carbon dioxide that is released into the atmosphere today is replenishing the lost carbon dioxide from many years ago. Back when plants could breathe freely. Back before the carbon dioxide level was depleted almost to the point of the extinction of plant life on this planet. Remember, what we look on as a pollutant and a poison, to a plant is a chance to grow. The Sahara desert used to be a thriving forest. Maybe it will be again some day.

So, there is the question of global warming. We humans are so short sighted sometimes. We want to keep everything the same way we found it when we were born. We try desperately to keep animals from becoming extinct. We don’t think about the bazillions (ok, so I exaggerate) of animals that were extinct long before man arrived. It is natural for extinction to occur. That is how things evolve. We are trying to keep a system the same when it has always been changing.

Years from now we may develop ways to harness the energy from the sun or even from the universe in ways that are unimaginable today. When that time arrives, let’s just hope that we remain good stewards of the world so that we are around to see it. I believe that the use of fossil fuels, (as odd as that may seem) is a major step in reviving our planet’s natural resources.

Comments from the previous repost:

twotiretirade  August 20, 2014

Glad Mark fought the good fight, still a sad story.


Antion August 21, 2014
Great read. I love knowing how things work. As I read the sad story of the traveling electrician, I kept wondering if she could have pulled that off in today’s world of air travel.


hiwaychristian August 22, 2014
when I went to the Christian College in Eugene Oregon, they forced me to take a course in biology at the University of Oregon. I willingly sat and listened to the mix of science and evolution. I admit their perspective was intriguing.
at the end of the class, the last day, the instructor asked each one of her students to tell how the class had affected their thinking.
each one gave the politically correct answer in a variety of form. all the while I sat joyfully waiting my turn.
my response hushed the class for a moment. (it’s been some decades ago so I have to paraphrase but let it be sufficient) “I’m impressed with all the material you’ve covered. it’s astounding to think of all the things that were. but for me this class has only glorified my God. because I realize that in his wisdom he created gasoline for my car.”
you’ve covered a lot of material in your post. and I’m impressed at your diligence to complete it. I thank God for His faithfulness that he has put into you. may He prosper your testimony for the glory of His Holy Son.
By His Grace
(please overlook the syntax errors in this reply it was generated on a mobile device)

Monty Hansen November 4, 2014

We processed several hobo’s through our coal system, & injured a few, but none ever got anything from the power company. I remember we would always worried about finding a chunk of scalp or something in the grating where the tripper car drops coal down into the silo. One especially memorable event was when a coal yard operator found a down vest jacket on the coal pile and bragged about how lucky he was to find this jacket, the size even fit, but the jacket did smell a little funny. yes it was ripped off the body of a hobo by the plow above conveyor one & shot out onto the coal pile by the stackout conveyor.

It was always unnerving to have a pull cord go down in the middle of the night deep down in the coal trestle, while the belts were shut down. You’d have to go down there alone, in the dark & reset the pull cords, so the belts could be started later when needed. You knew it wasn’t a trick because the whole crew had been up in the control room together eating dinner or something. You always wondered if you might run into a real hobo – or the ghost of one.

Lifecycle of a Power Plant Lump of Coal

Originally posted August 16, 2013:

Fifty Percent of our electricity is derived from coal. Did you ever wonder what has to take place for that to happen? I thought I would walk through the lifecycle of a piece of coal to give you an idea. I will not start back when the it was still a tree in a prehistoric world where dinosaurs grew long necks to reach the branches. I will begin when the large scoop shovel digs it out of the ground and loads it onto a coal truck.

The coal is loaded onto trucks like these before it is dumped onto the train cars. This photo was found at http://www.gillettechamber.com/events/eventdetail.aspx?EventID=2827

The coal is loaded onto trucks like these before it is dumped onto the train cars. This photo was found at http://www.gillettechamber.com/events/eventdetail.aspx?EventID=2827

The coal for the power plant in North Central Oklahoma came from Wyoming. There were trains from the Black Thunder Mine and the Powder River Basin.

Coal Trains on their way to power plants

Coal Trains on their way to power plants

It’s a long ride for the lump of coal sitting in the coal train on it’s way to Oklahoma. Through Nebraska and Kansas. It’s possible for the coal to be visited by a different kind of traveler. One that we may call “A tramp.” Someone that catches a ride on a train without paying for the ticket.

One time a tramp (or a hobo, I don’t remember which), caught a ride on one of our coal trains. They forgot to wake up in time, and found their self following the lumps of coal on their next phase of the journey. You see. Once the coal reached the plant, one car at a time enters a building called the “Rotary Dumper”.

A rotary dumper much like the one that was at our Power Plant

A rotary dumper much like the one that was at our Power Plant

As each train car enters the dumper four clamps come done on the car and it rolls upside down dumping the coal into a bin below. Imagine being a tramp waking up just in time to find yourself falling into a bin full of coal. with a car full of coal dumping coal on top of you. One coal car contained 102 tons of coal (today they carry 130 tons). Today one train contains 13,300 tons of coal. This is over 26 million pounds of coal per train.

Miraculously, this passenger survived the fall and was able to call for help or someone saw him fall. He was quickly rescued and brought to safety. Needless to say, the tramp went from being penniless to being, “comfortable” very quickly. I don’t know that it made the news at the time. I think the electric company didn’t want it to become “viral” that they had dumped a hobo into a coal bin by accident. Well. They didn’t know what “going viral” meant at the time, but I’m sure they had some other phrase for it then.

Ok. Time for a Side Story:

Since I’m on the subject of someone catching a clandestine ride on a train, this is as good of a place as any to sneak in the tragic story of Mark Meeks. Well. I say it was tragic. When Mark told the story, he seemed rather proud of his experience. You see. Mark was a construction electrician. He hired on as a plant electrician in order to settle down, but in his heart I felt like he was always a construction electrician. That is, he didn’t mind moving on from place to place. Doing a job and then moving on.

Mark explained that when he was working at a construction job in Chicago where he worked for 2 years earning a ton of overtime, he figured that by the time he finished he would have saved up enough to buy a house and settle down. He was married and living in an apartment in Chicago. He didn’t spend much time at home as he was working 12 hour days at least 6 days each week. He figured that was ok, because when he was done, he would be set for life.

Unknown to him at the time, each morning when he woke up before the crack of dawn to go to work, his wife would drive to O’Hara airport and catch a plane to Dallas, Texas where she was having an affair with some guy. By the time Mark returned from work 14 hours later, she was back home. Each day, Mark was earning a ton of overtime, and his wife was burning it on airline tickets.

When the two years were over, Mark came home to his apartment to collect his wife and his things and go live in peace in some small town some where. That was when he learned that his wife had been having the affair and using all his money to do it. She was leaving him. Penniless.

Completely broke, Mark drifted around for a while. Finally one day he saw a train that was loaded down with wooden electric poles. Mark figured that wherever those poles were going, there was going to be work. So, he hopped on the train and traveled all the way from Minneapolis Minnesota riding in the cold, wedged between some wooden poles on one of the cars on the train.

The train finally arrived at its destination somewhere at a port in the Gulf of Mexico. I don’t remember if it was Mississippi or Louisiana. He watched as they unloaded the poles, waiting to see what jobs were going to be needed for whatever the poles were for. He watched as they took the large wooden poles and piled them up in the ocean. They were using them to build up the shoreline. There were no jobs.

It is when you have been beaten down to the point of breaking when you reach a very important point in your life. Do you give up, or do you pick yourself up and make something of yourself? Mark chose the latter. He was a natural fighter. He eventually ended up at our plant as contract help, and then was hired as a plant electrician.

End of side story.

Let’s follow the lump of coal after it is poured out of the coal train in the dumper…

The coal is fed onto a conveyor belt. Let’s call this Conveyor 1, (because that is what we called it in the plant). This has a choice to feed it onto belt 2 which leads up to the stack out tower, or it can feed the other way to where some day it was planned to add another conveyor with another stackout tower. This was going to go to a pile of coal for two other units that were never built.

Anyway, when the coal drops down on Conveyor 2, way under ground, it travels up to the ground level, and continues on its way up to the top of the stackout tower where it feeds onto Belt 3. Belt 3 is a short belt that is on an arm that swings out over the coal pile. The coal is fed onto the coal pile close to the stack out tower. I suppose it is called stack out, because the coal is stacked up next to the tower.

A view of the coalyard from the top of the Smoke Stack

A view of the coalyard from the top of the Smoke Stack. The tower with the conveyor running up to the top is the stack out tower. Belt 3 is the arm pointing to the right in this picture

Anyway, there are large dozers (bulldozers) and dirt movers that pickup the coal and spread it out to make room for more coal from more coal trains. As mentioned above. One train now carries 26 million pounds of coal.

Dirt Mover full of coal

Dirt Mover full of coal

the coal that is spread out on the coal pile has to stay packed down otherwise it would spontaneously combust. That is, it would catch on fire all by itself. Once coal on a coal pile catches on fire it is impossible to “reasonably” put out. You can spray all the water on it you want and it won’t go out. When a fire breaks out, you just have to drag the burning coal off of the pile and let it burn out.

In order to keep the coal from performing spontaneous combustion, the dirt movers kept it packed down. As long as the coal is packed tight, air can’t freely reach the buried coal, and it doesn’t catch fire. So, dirt movers were constantly driving back and forth on the coal pile to keep the coal well packed. Even on the picture of the coalyard above from the smoke stack, you can see two pieces of heavy equipment out on the coal pile traveling back and forth packing the coal.

Anyway, the next phase in the life of the lump of coal happens when it finds itself directly under the stack out tower, and it is fed down by a vibratory feeder onto a conveyor. In our plant, these belts were called, Belts 4, 5, 6 and 7. Belts 4 and 5 fed onto Belt 8 and belts 6 and 7 fed onto belt 9.

Belts 8 and 9 brought the coal up from under the coal pile to the top of the Crusher tower. In the picture above you can see that tower to the right of the stack out tower with the long belts coming from the bottom of the tower toward the plant. The crusher tower takes the large lumps of coal that can be the size of a baseball or a softball and crushes it down to the size of marbles and large gumballs.

Coal conveyor carrying coal to the coal silos from the coalyard

Coal conveyor carrying coal to the coal silos from the coalyard. This is the size of the coal after it has been crushed by the crusher

From the crusher tower the lump of coal which is now no more than a nugget of coal travels from the coal yard up to the plant on belts 10 and 11.

conveyor 10 and 11 are almost 1/2 mile long

conveyor 10 and 11 are almost 1/2 mile long

Up at the top of this belt in the distance you can see another tower. This tower is called the Transfer tower. Why? Well, because it transfers the coal to another set of belts, Belt 12 and 13. You can see them going up to the right to that tower in the middle between the two boilers.

The tower between the two boilers is called the Surge Bin tower. That basically means that there is a big bin there that can hold a good amount of coal to feed to either unit. At the bottom of the white part of the tower you can see that there is a section on each side. This is where the tripper galleries are located. There are two belts in each tripper, and two belts that feed to each tripper belt from the surge bin. So, just to keep counting, Belts 14 and 15 feed to unit one and belts 16 and 17 feed to unit 2 from the surge bin. then Belts 18 and 19 are the two tripper belts that dump coal into the 6 silos on unit one, while belts 20 and 21 feed the silos on unit 2.

Once in the Coal silos, the coal is through traveling on belts. The silos are positioned over things called bowl mills. The coal is fed from the silo into the bowl mill through something called a Gravimetric feeder, which is able to feed a specific amount of coal into the bowl mill. This is the point that basically decides how hot the boiler is going to be.

Once the coal leaves the gravimetric feeder and drops down to the bowl mill, it is bound for the boiler. The gravimetric feeder is tied right to the control room. When they need to raise load more than just a minimal amount, a control room operator increases the amount of coal being fed from these feeders in order to increase the flow of coal into the boiler….. I don’t know… maybe it’s more automatic than that now…. The computer probably does it these days.

When the nugget of coal falls into the bowl mill the long journey from the coal mine in Wyoming is almost complete. Its short life as a nugget is over and it is pulverized into powder. The powder is finer than flour. Another name for a bowl mill is “Pulverizer”. The coal comes from the Powder River Basin in Wyoming and just before it is consumed in Oklahoma it really does become powder.

Big rollers are used to crush the coal into fine particles. The pulverized coal his blown up pipes by the primary air fans and blown directly into the boiler where they burst into flames. A bright orange flame. The color reminds me of orange sherbet Ice cream.

The color of the fireball in the boiler

The color of the fireball in the boiler

At this point an incredible thing happens to the coal that so many years ago was a part of a tree or some other plant. The chemical process that trapped the carbon from the carbon dioxide millions of years earlier is reversed and the carbon is once again combined to the oxygen as it was many millennium ago. A burst of heat is released which had been trapped after a cooling effect below the tree as it sucked the carbon out of the environment way back then.

The heat is transferred to the boiler tubes that line the boiler. The tubes heat the water and turn it into steam. The steam shoots into the turbine that turns a generator that produces the electricity that enters every house in the country. The solar power from eons ago that allowed the tree to grow is being used today to power our world. What an amazing system.

To take this one step further, the carbon dioxide that is released into the atmosphere today is replenishing the lost carbon dioxide from many years ago. Back when plants could breathe freely. Back before the carbon dioxide level was depleted almost to the point of the extinction of plant life on this planet. Remember, what we look on as a pollutant and a poison, to a plant is a chance to grow. The Sahara desert used to be a thriving forest. Maybe it will be again some day.

So, there is the question of global warming. We humans are so short sighted sometimes. We want to keep everything the same way we found it when we were born. We try desperately to keep animals from becoming extinct. We don’t think about the bazillions (ok, so I exaggerate) of animals that were extinct long before man arrived. It is natural for extinction to occur. That is how things evolve. We are trying to keep a system the same when it has always been changing.

Years from now we may develop ways to harness the energy from the sun or even from the universe in ways that are unimaginable today. When that time arrives, let’s just hope that we remain good stewards of the world so that we are around to see it. I believe that the use of fossil fuels, (as odd as that may seem) is a major step in reviving our planet’s natural resources.

Comments from the previous repost:

twotiretirade  August 20, 2014

Glad Mark fought the good fight, still a sad story.


Antion August 21, 2014
Great read. I love knowing how things work. As I read the sad story of the traveling electrician, I kept wondering if she could have pulled that off in today’s world of air travel.


hiwaychristian August 22, 2014
when I went to the Christian College in Eugene Oregon, they forced me to take a course in biology at the University of Oregon. I willingly sat and listened to the mix of science and evolution. I admit their perspective was intriguing.
at the end of the class, the last day, the instructor asked each one of her students to tell how the class had affected their thinking.
each one gave the politically correct answer in a variety of form. all the while I sat joyfully waiting my turn.
my response hushed the class for a moment. (it’s been some decades ago so I have to paraphrase but let it be sufficient) “I’m impressed with all the material you’ve covered. it’s astounding to think of all the things that were. but for me this class has only glorified my God. because I realize that in his wisdom he created gasoline for my car.”
you’ve covered a lot of material in your post. and I’m impressed at your diligence to complete it. I thank God for His faithfulness that he has put into you. may He prosper your testimony for the glory of His Holy Son.
By His Grace
(please overlook the syntax errors in this reply it was generated on a mobile device)

Monty Hansen November 4, 2014

We processed several hobo’s through our coal system, & injured a few, but none ever got anything from the power company. I remember we would always worried about finding a chunk of scalp or something in the grating where the tripper car drops coal down into the silo. One especially memerable event was when a coal yard operator found a down vest jacket on the coal pile and bragged about how lucky he was to find this jacket, the size even fit, but the jacket did smell a little funny. yes it was ripped off the body of a hobo by the plow above conveyor one & shot out onto the coal pile by the stackout conveyor.

It was always unnerving to have a pullcord go down in the middle of the night deep down in the coal trestle, while the belts were shut down. You’d have to go down there alone, in the dark & reset the pull cords, so the belts could be started later when needed. You knew it wasn’t a trick because the whole crew had been up in the control room together eating dinner or something. You always wondered if you might run into a real hobo – or the ghost of one.

“I Think I Can, I Think I Can” and Other Power Plant Chants

Originally Posted on August 3, 2012 (I added a picture of Walt Oswalt):

The second summer as Summer Help at the Coal-fired Power Plant, was when I first worked out of the Automotive garage.  It wasn’t finished during the first summer.  The second summer when I began working in the garage, Jim Heflin, Larry Riley, Doug House  and Ken Conrad were the regular workers that mowed the fields using tractors with brush hogs, as I have explained in previous posts.  A summer help that also worked with us from Ponca City named David Foster was also able to mow grass using one of the new Ford tractors that we painted Orange to easily identify them as belonging to the Electric Company in Oklahoma.

I learned to drive the tractors later in the summer when I worked irrigating the fields in our attempt to grow grass (as told in the post “When a Power Plant Man Talks, It Pays To Listen“).  The next summer I was able to mow grass using a Brush Hog pulled behind a tractor:

brushhog

Almost Like this without the safety guards and just about as new

It didn’t take long before I had to mow grass on the side of the dam (and other levies).  The side of the dam has a very sharp incline, so while mowing grass on the side of the dam you sat more on the side of the tractor seat than on the seat itself.  Heavy weights were put on the front of the tractor and the back tires on the tractor were turned around so that they were farther apart than they would be otherwise.  This gave the tractor a lower, wider profile and a lower center of gravity helping to keep it from rolling over sideways down the slope.

Tractor Weights that fit on the front of the tractor

I had watched Jim, Larry, Ken and David mow grass along some very steep inclines the summer before without any tractors tumbling over, so I felt like it must be safe, even though looking at the tractors they still seemed a little “top heavy”.

The dam had a slope this steep but  much was taller

It was quite an eerie feeling the first time I actually mowed a slope this steep.  I experienced the same feeling as you have on a roller coaster when it hits the top of the hill and flings you down real fast when the tractor tire on the downhill side of the tractor rolls into a washed out spot on the dam causing the tractor to roll over just a little farther than you are used to.  It was definitely an adrenaline rush each time this happened, because it felt like the tractor was going to roll over.

That is when I remembered the story about the little engine that was trying to pull the train over the steep mountain, and he kept chanting, “I think I can, I think I can” over and over.  So, between each decade of the Rosary that I was saying while counting Hail Mary’s on my fingers, I added in an “I Think I can…” as an added prayer before the next “Our Father”.

The Little Power Plant Coal Train that Could

The Little Power Plant Coal Train that Could

In the time that I worked as a summer help we never turned over a tractor while mowing on a slope.  That isn’t to say that the tractors didn’t start to tip over.  It’s just that if you realize that the large back tractor tire has left the ground and is spinning freely, you could quickly turn the steering wheel downhill so that the tractor would turn downhill preventing it from rolling completely over.  The weight of the brush hog on the back helped to keep the tractor snug against the sloping dam.

Years later, after I left the Power Plant, in 2006, my father’s best friend, Tom Houghton, a Veterinarian in Lakeland, Florida was killed in a tractor accident at his family’s farm in Polo, Missouri.  This greatly effected my father.  He has not recovered from the loss of his friend still today.  As I was mowing grass and picturing my sudden demise if a tractor were to roll down the hill, my main concern was the sorrow my family would have felt by my death.  Needless to say… I never toppled a tractor.

It was during that same summer in 1981 that I first worked with the Power Plant Icon Walt Oswalt.  Every plant must have at least one person like Walt.  He is the type of person that once he has something in his mind about how to do something, nothing is going to change it.  I know many different stories about Walt Oswalt that have been shared with me, but this is one of my own.  Walt is a sandy-haired Irish-looking man that always reminded me of the little old man, Jackie Wright, on the Benny Hill Show.

Walt reminded me of Jackie Wright only with more hair

I now have an actual picture of Walt that I found laying around….

Walt Oswalt

Walt Oswalt — See the resemblence?  not much more hair

One Saturday while I had caught a ride to the Power Plant to do “coal cleanup” the crew was asked who would like to wash down belts 10 and 11.  These are the 1/2 mile long belts that go from the coalyard all the way up to the plant.  You can see them on the left side of the picture of the plant on the side of this post.  Finding the opportunity for a challenge, I volunteered.

I made my way up to the top of the Transfer tower where I found Walt Oswalt.  He was working out of the coalyard at the time and was helping us wash down 10 and 11 belt.  Wearing rainsuits and rubber boots we began at the top and worked our way down.  It didn’t look like this belt had been washed down for a while.  We could blast the tin enclosure with the high pressure hoses we were using to completely wash off all the coal dust that had built up over time.  This looked like it was going to be a fun job.

Then Walt pointed out to me that most of our work was under the belt where the coal had built up almost solid up to the belt itself so that the coal was rubbing on the rubber Uniroyal conveyor belt.  Remember, if the conveyor belt goes up, it has to go back down also.  So underneath the conveyor is where the belt returns.  it is a big loop.

Directly underneath this conveyor is the return for the belt

So, Walt Oswalt and I spent the rest of the day laying on the grating so we could see under the belts washing the coal down the slope of belt 10 and 11.  Under the conveyor is another set of rollers that the rubber conveyor belt rides on it’s return trip to the Crusher Tower.  During this time there were two chants that came to my mind…. One was, “Whistle While you Work”, since we seemed to be in some kind of coal mine working away like the Seven Dwarfs (you know…  Walt Disney… Walt Oswalt).  The other one was the song, “Workin’ In a Coal Mine” (…goin’ down down).

Disney’s Seven Dwarfs Mining

At one particular spot the coal had built up and packed itself in there so much that one of the rollers wasn’t able to turn and the belt was just rubbing on the roller.  After we had washed the coal away we could see that the roller was not able to turn still because the belt had worn it flat on one side.

Walt called the Control Room to shutdown the belt so that we could look at it.  We could see that the roller was bad.  For some reason the other belt (11) was out of commission so without this belt running, no coal was being sent up to the plant.  The coal silos and the surge bin hold enough coal for a while but not for too long during the summer when the units need to run at their maximum rate to supply the electricity needed by the customers.  We could have the belt shutdown for a while, but not for too long.

I followed Walt down the belt to the Crusher Tower wondering what he had in mind.  He didn’t tell me what we were going to do, so I just gathered my clues by watching what he did.  When we came out of the belt and left the Crusher I was surprised that it was already dark outside.  When I had left the Maintenance Shop it had been morning.  Now it was dark.  We had spent the entire day (12 hours at this point) in Belt 10 and 11.  I didn’t remember ever taking a break or eating lunch.  Just holding the high pressure water hose, directing the stream down under the belt… all day.

We walked over to a new building that was still being built called the Coalyard Maintenance Building.  This was the new building that was going to be used by the new Labor Crew in a few months. Outside the building to one side was a Conex Box, as I have described before.  This is the kind of large box that you see on the CSX train commercials that are being transported by trains.

A Conex Box

We used them to store equipment used for specific jobs or crews.  In this case, the Conex box had conveyor equipment in it.  Walt found a long straight roller that is used under the Number 10 and 11 belts and tied it to a 2 wheel dolly.  We rolled it back to the Crusher Tower and began the long trek back up the belt.  I was pulling the dolly and Walt was carrying some large wrenches.

When we arrived at the spot where the roller had been worn, Walt called the control room to let them know we were beginning to work.  We pulled the safety cords on the side of the conveyor to ensure that the belt would not start, even though we were assured that a Clearance had been placed on the breaker in the Main Switchgear (where I began my first war with the spiders a year later.  See the post “Power Plant Spider Wars and Bugs in the Basement“).

Walt climbed over the belt and I stayed on the main walkway.   We worked upside down for a while unbolting the roller.  At one point we decided we needed some more suitable tools and headed back down the belt to the Coalyard Garage where the heavy equipment is serviced and brought back some large ratchet wrenches and sockets with an extension.

Socket Wrench with extension

I think the chant, “I think I can, I think I can” was running through my head on our second trip back up the conveyor belt.  I think it was around 10pm.  We finished changing the roller and decided to leave the old one laying in the walkway for the night.  Walt said he would bring it back to the coalyard on Monday morning.

We made our way back to the Maintenance shop where I took off the rain suit and rubber boots that I had been wearing all day and put my regular boots back on.  I went up to the control room and asked if anyone could give me a ride to Stillwater since the evening shift of operators were just getting off at 11pm. I believe it was Charles Buchanan that gave me a ride home that night in his little beat up pickup truck.

I never worked directly with Charles Buchanan since he was an operator.  The first impression that one may have is that he looks like a caricature of a construction worker in a comic strip.

First Impression of Charles Buchanan

Charles reaffirmed my belief that Power Plant Men are some of the nicest people you will ever meet.  There were a few times when I caught a ride with Charles to or from the plant.  Each time I felt honored to ride in his truck.  If I think about what chant was running through my mind as we were on our way home at night, I think it would be something like the song “You’ve Got a Friend”: “Winter, spring, summer, or fall, all you have to do is call, Lord, I’ll be there, yeah, yeah, you’ve got a friend….”

That is what all real Power Plant men and linemen are like.  Wherever you look in the United States, these great men and women work tirelessly to keep you safe by providing electricity to your homes.  Something we take for granted until the power goes out.

Recently when the power went out in the east, the linemen from this electric company drove with pride, eager to help those in need:

A convoy of Electric Company Trucks on their way from Oklahoma to Indiana to help return power to millions of Americans in the dark

Below I have included the lyrics for the song “You’ve Got a Friend” by Carole King and her husband James Taylor.  See how well it fits those people that work around the clock bringing the power to your home:

You just call out my name, and you know where ever I am
I’ll come running to see you again.
Winter, spring, summer, or fall, all you have to do is call and I’ll be there, yeah, yeah,
you’ve got a friend.

If the sky above you should turn dark and full of clouds
and that old north wind should begin to blow,
keep your head together and call my name out loud.
Soon I will be knocking upon your door.
You just call out my name, and you know where ever I am
I’ll come running to see you again.
Winter, spring, summer, or fall, all you have to do is call and I’ll be there.

Hey, ain’t it good to know that you’ve got a friend? People can be so cold.
They’ll hurt you and desert you. Well, they’ll take your soul if you let them,
oh yeah, but don’t you let them.

You just call out my name, and you know where ever I am
I’ll come running to see you again.
Winter, spring, summer, or fall, all you have to do is call, Lord, I’ll be there, yeah, yeah,
you’ve got a friend. You’ve got a friend.
Ain’t it good to know you’ve got a friend. Ain’t it good to know you’ve got a friend.
Oh, yeah, yeah, you’ve got a friend.

Here is a YouTube video of James Taylor singing this song:

If your aren’t able to play youtube videos directly from the picture… here is the link:  “You’ve got a Friend

Spending Long Weekends with Power Plant Men Shoveling Coal

Originally posted on:  June 1, 2012

The first couple of years while I worked as a summer help at the Coal-Fired Power Plant Coal Cleanup was performed on weekends by volunteer He-Men that wanted to make a few extra dollars.  As a summer help, I needed all the extra money I could get.  My wages during the first year (1979) were $3.89 an hour.  This jumped to $5.84 an hour when I worked on the weekend, so you can imagine the thrill I had at receiving a paycheck that included the extra money made by doing “Coal Cleanup”.  Another great advantage to doing coal cleanup on the weekends was that I was able to carpool with different people.  So, during the first summer instead of just riding to work with Steve Higginbotham (See the post “Steve Higginbotham’s Junky Jalopy late for the Boiler Blowdown“), I caught a lot of rides with real Power Plant Men like Dale Hull, David Hankins, Jerry Mitchell, Preston Jenkins and Marlin McDaniel (Yeah.  Marlin McDaniel as an A Foreman would volunteer for coal cleanup some times.  Maybe it was when we were short a few people).

Coal Cleanup really became important during the second half of the first summer because Unit 1 was getting ready to go online.  There was a major flaw in the Coal Conveyor logic when the conveyors first started conveying coal from the coal pile to the coal silos just above the bowl mills.  What would happen was the same thing that happens if someone were to fall down at the top of a crowded escalator going up.  Everyone behind that person would be shoved right on top of them if there wasn’t an emergency stop button to stop the escalator.

Escalator

All the conveyors had a safety cord alongside the entire length that could be pulled to stop the conveyor in an emergency, but this was something different.

To give you an idea… once the coal on the coal pile has been fed onto either Belts 4, 5, 6 or 7, from there the coal is dropped onto either belt 8 or 9.  That carries the coal up to the coal Crusher which has a bin above the crusher that can be filled with coal.  If the bin gets too full, then conveyor 8 and/or 9 would stop.  When that happens, belts 4, 5, 6 or 7 should stop also…. only they didn’t.  Belts 8 and 9 continued dumping coal into the crusher bin until it filled up and then coal fell out all over the top of the crusher tower around belts 8 and 9 until the coal tripped the belt by hitting the safety cord on the side of the belt.  Belts 4, 5, 6 and 7 continued dumping coal onto belts 8 and 9, which caused the coal to backup and spill out all over the floor until the coal piled up high enough to trip the safety cord on the side of the belt.

In the picture of the power plant on the side of this post, there is one long conveyor that goes from the coalyard to the plant.  It is about 1/2 mile long.  This is where belts 10 and 11 carry the coal from the crusher, which crushes the coal down from big pieces the size of baseballs down to the size of walnuts.

The long belts 10 and 11 were like these only they are in a metal enclosure so the coal didn’t spill out on the ground.

At the top of the Transfer tower the coal from belts 10 and 11 are dumped onto belts 12 and 13 which carry the coal up to the Surge Bin Tower where the coal is dumped into the Surge bin.  Now when the Surge Bin fills up, it stops belts 12 and/or 13 and it should also stop belts 10 and 11 and the feeders that feed the coal into the crusher at the bottom of the crusher bin… only they didn’t.

They continued dumping coal into the Surge bin, which filled up and spilled coal all over the surge bin until belts 12 and 13 tripped, at which point, coal began spilling out all over the transfer tower filling up both floors of the transfer tower with tons of coal.  The same thing would happen at the bottom of Belt 10 and 11, where the crusher feeders kept feeding coal down to belts 10 and 11, which spilled out all over the bottom floor of the crusher tower.

I have worked in the transfer tower where the coal was higher than the windows and you had to bend over because your head would hit the ceiling on the floor at the foot of belt 12 and 13.  It was almost dangerous enough to picture yourself sliding down the pile of coal and slipping right out one of the windows (which had been broken out by the pile of coal).  To give you an idea of what this felt like, it was then a straight drop of 150 feet to the concrete below.

If that doesn’t seem like enough coal spills, then picture this…  The coal from the Surge Bin tower fed onto belts 14, 15, 18 and 19 which in turn fed onto belts 16 and 17, 20 and 21.  These last 4 belts were in what was called the “Tripper Gallery”.  These 4 belts would dump coal into 12 coal silos (6 on each unit) that would feed the bowl mills. These are big silos about 5 stories tall.

The same thing would happen to these belts leaving piles of coal at the bottom of the surge bin in the surge bin tower and all along the tripper gallery because when the coal silos were full, the tripper was supposed to move to the next silo and dump coal until it was full, and keep moving until all the silos were full.  Only, the tripper wasn’t working correctly, so it wouldn’t detect that the silo was full so the belt would keep dumping coal and would end up spilling coal all over the entire tripper gallery which runs about 100 feet or so.

So, our first experience with doing coal cleanup was like being on a chain gang where we shoveled coal from morning until night trying to clean up these 15 or so major coal spills by shoveling the coal back onto the conveyor while it was running.  In some cases, we had to shovel the coal away from the belt before the belt could even run (as was the case with belts 12 and 13).  So, you can imagine how shoveling coal one scoop at a time made it seem like you were not getting anywhere fast.  3 or 4 men could all be shoveling on one pile of coal for 30 minutes and not even make a noticeable dent in the pile.  That is why when I went to the tool room to choose a shovel, instead of picking a regular shovel, I picked a large scoop shovel used to scoop grain.

Scoop Shovel

Regular Shovel

Even though each scoop of coal was heavier, it seemed more satisfying to see the bigger dent in the pile of coal with each shovelful.  I remember one day after we had shoveled coal all day from morning until late at night only to come back into work the next morning to the new piles of coal just as big as the ones we had shoveled the day before.

After 2 years of volunteer coal cleanup which was becoming less volunteer and more rotational since the list of volunteers was growing smaller, Ray Butler pointed out that it didn’t make much sense to pay a first class machinist overtime to shovel coal when you could create a labor crew and pay them bottom dollar to do coal cleanup all the time, as well as other dirty jobs that no one really wanted to do (such as suck out sewage pits and other sump pits around the plant).

That was when the Labor crew was formed.  While I was in my 3rd year as a summer help (1981).  Bill Cook was a summer help then that stayed on as a labor crew hand at the end of the summer.  By the 4th summer as summer help, the only time we did coal cleanup was when there was a major spill, which was only a couple of times all summer.

I will write later about coal cleanup with Dale Hull.  I also remember doing coal-cleanup with Preston Jenkins one weekend.  I hadn’t carpooled with him to work, but I caught a ride back to Stillwater with him because my ride left at the end of a full day, and I decided to stay behind to add a few extra dollars to my bank account.  We left a couple of hours later around seven o’clock.

I climbed into the back of Preston’s Camaro.  I apologized for being so dirty, as I was covered from head-to-toe in coal-dust and my clothes were soaked with coal-dust permeated sweat.  Preston said that he didn’t mind.  I soon found out why.

When I climbed into the backseat of his car, I noticed that the upholstery that covered the seat back of the back seat was stained with some blackish-brownish um…. something.  Anyway.  I decided to sit on the passenger side of the back seat instead of behind the driver side because that side wasn’t nearly as stained.  As we drove down the highway toward home, I quickly learned why the seat back was so stained.

Being the “good-ol’ boy” that Preston was, when he climbed into the car, he took out his can of Skoal and put a pinch between his cheek and gums:

Just a pinch between your cheek and gums.... Never tried it myself.

Just a pinch between your cheek and gums…. Never tried it myself.

As we flew down the highway like a Texan heading for Stillwater, Preston would lean his head out the window and squirt out a wad of spit.  It would dance in the air like a little fairy just before it would be sucked into the back window of his car and splat against the seat back of the back seat.  Yep that explained it all right.  I always wondered if he knew, never having to sit in the back seat of his own car.

During the first summer when I was able to catch a ride with David Hankins a couple of times.  He was the crane operator at the time and drove a black Trans Am.  He was a black man with a very broad chest that never seemed to tire while doing coal cleanup.  From the first day he always treated me with great respect which in turn gave me a great respect for him.  I had him classified as a true Power Plant Man.

The second summer when I had been back at the plant for a couple of weeks, one day when Jim Heflin and I were going somewhere in a yellow Cushman cart, I asked Jim why I hadn’t seen David Hankins around.

A Cushman Cart Like this only Yellow

Jim (who hadn’t been at the plant the first summer) stopped the cart in the middle of the road and looked at me very solemnly and told me that David Hankins had died in a car accident in the spring.  He had been going home from a Men’s Club event when he was killed.  Because of this, alcoholic beverages were no longer allowed at Men’s Club events.  As with all the people I have worked with at the power plant, I keep David Hankins in my memory and I often think about him to this day.  David Hankins was a True Power Plant Man.

Comments from the original Post:

  1. neenergyobserver June 1, 2012 as 6:28 pm

    We’ve lost so many friends over the years, in the plants and on the line, especially when they were relaxing on their way home. You, and David’s family have my 9very belated) condolences.

    Somebody, somewhere, needs to teach engineers a course on Conveyor Logic 101, I’ve seen the same thing happen in nearly every plant (from automotive, rarely, to meat packing, often) I’ve been in. Or they could, just for once in their life, shut their pie-hole and listen to people like you and me.

    1. Plant Electrician June 1, 2012 at 11:39 pm

      Thanks Nebraska.

      We were often exhausted while driving home from work when we had been working a lot of overtime. It was a wonder sometimes that we were able to keep the car on the road.

      My uncle Bill Breazile worked for the Utility company in Nebraska City where someone closed a breaker while he was working on a line. He was in the hospital for about 6 months healing from his burns. This was about 30 years ago. He has since passed away. It takes a special person to be a lineman. Putting their life on the line every time they reach out to do their job.

      1. neenergyobserver June 2, 2012 at 10:42 am

        Not that different from you. It’s all about planning your work, and doing it right, and safely. You and I know that 480 will kill you just as quick as 7200 if you get careless. That’s why almost all (old) linemen and electricians are in some sense stolid and unexcitable.

  2. jackcurtis July 14, 2012 at 12:59 pm

    Industrial America returns in stories and comments in places like this, from the only place it still exists: the minds of those who were part of it. Industrial America was a giant; those who manned it were giant tamers and it seems to me, very much the special breed illuminated in these posts…

    Comment from last repost:

    1. Dan Antion June 3, 2014

      I remember a time when I would have chose the bigger shovel, perhaps in the early 70’s. I was moving steel in a manufacturing plant. Carrying three bars on each shoulder seemed better than the two they suggested. We finished earlier, had to do other work, but somehow it felt better. Thanks for another interesting story and a wake-up call to younger days. Thanks also for the explanations. I love mechanical things and I get the impression that these plants are one big mechanical adventure.

Lifecycle of a Power Plant Lump of Coal — Repost

Originally posted August 16, 2013:

Fifty Percent of our electricity is derived from coal.  Did you ever wonder what has to take place for that to happen?  I thought I would walk through the lifecycle of a piece of coal  to give you an idea.  I will not start back when the it was still a tree in a prehistoric world where dinosaurs grew long necks to reach the branches.  I will begin when the large scoop shovel digs it out of the ground and loads it onto a coal truck.

The coal is loaded onto trucks like these before it is dumped onto the train cars.  This photo was found at http://www.gillettechamber.com/events/eventdetail.aspx?EventID=2827

The coal is loaded onto trucks like these before it is dumped onto the train cars. This photo was found at http://www.gillettechamber.com/events/eventdetail.aspx?EventID=2827

The coal for the power plant in North Central Oklahoma came from Wyoming.  There were trains from the Black Thunder Mine and the Powder River Basin.

Coal Trains on their way to power plants

Coal Trains on their way to power plants

It’s a long ride for the lump of coal sitting in the coal train on it’s way to Oklahoma.  Through Nebraska and Kansas.  It’s possible for the coal to be visited by a different kind of traveler.  One that we may call “A tramp.”  Someone that catches a ride on a train without paying for the ticket.

One time a tramp (or a hobo, I don’t remember which), caught a ride on one of our coal trains.  They forgot to wake up in time, and found their self following the lumps of coal on their next phase of the journey.  You see.  Once the coal reached the plant, one car at a time enters a building called the “Rotary Dumper”.

A rotary dumper much like the one that was at our Power Plant

A rotary dumper much like the one that was at our Power Plant

As each train car enters the dumper four clamps come done on the car and it rolls upside down dumping the coal into a bin below.  Imagine being a tramp waking up just in time to find yourself falling into a bin full of coal. with a car full of coal dumping coal on top of you.  One coal car contained 102 tons of coal (today they carry 130 tons).  Today one train contains 13,300 tons of coal.  This is over 26 million pounds of coal per train.

Miraculously, this passenger survived the fall and was able to call for help or someone saw them fall.  He was quickly rescued and brought to safety.  Needless to say, the tramp went from being penniless to being, “comfortable” very quickly.  I don’t know that it made the news at the time.  I think the electric company didn’t want it to become “viral” that they had dumped a hobo into a coal bin by accident.  Well.  They didn’t know what “going viral” meant at the time, but I’m sure they had some other phrase for it then.

Ok.  Time for a Side Story:

Since I’m on the subject of someone catching a clandestine ride on a train, this is as good of a place as any to sneak in the tragic story of Mark Meeks.  Well.  I say it was tragic.  When Mark told the story, he seemed rather proud of his experience.  You see.  Mark was a construction electrician.  He hired on as a plant electrician in order to settle down, but in his heart I felt like he was always a construction electrician.  That is, he didn’t mind moving on from place to place.  Doing a job and then moving on.

Mark explained that when he was working at a construction job in Chicago where he worked for 2 years earning a ton of overtime, he figured that by the time he finished he would have saved up enough to buy a house and settle down.  He was married and living in an apartment in Chicago.  He didn’t spend much time at home as he was working 12 hour days at least 6 days each week.  He figured that was ok, because when he was done, he would be set for life.

Unknown to him at the time, each morning when he woke up before the crack of dawn to go to work, his wife would drive to O’Hara airport and catch a plane to Dallas, Texas where she was having an affair with some guy.  By the time Mark returned from work 14 hours later, she was back home.  Each day, Mark was earning a ton of overtime, and his wife was burning it on airline tickets.

When the two years were over, Mark came home to his apartment to collect his wife and his things and go live in peace in some small town some where.  That was when he learned that his wife had been having the affair and using all his money to do it.  She was leaving him.  Penniless.

Completely broke, Mark drifted around for a while.  Finally one day he saw a train that was loaded down with wooden electric poles.  Mark figured that wherever those poles were going, there was going to be work.  So, he hopped on the train and traveled all the way from Minneapolis Minnesota riding in the cold, wedged between some wooden poles on one of the cars on the train.

The train finally arrived at its destination somewhere at a port in the Gulf of Mexico.  I don’t remember if it was Mississippi or Louisiana.  He watched as they unloaded the poles, waiting to see what jobs were going to be needed for whatever the poles were for.  He watched as they took the large wooden poles and piled them up in the ocean.  They were using them to build up the shoreline.  There were no jobs.

It is when you have been beaten down to the point of breaking when you reach a very important point in your life.  Do you give up, or do you pick yourself up and make something of yourself?  Mark chose the latter.  He was a natural fighter.  He eventually ended up at our plant as contract help, and then was hired as a plant electrician.

End of side story.

Let’s follow the lump of coal after it is poured out of the coal train in the dumper…

The coal is fed onto a conveyor belt.  Let’s call this Conveyor 1, (because that is what we called it in the plant).  This has a choice to feed it onto belt 2 which leads up to the stack out tower, or it can feed the other way to where some day it was planned to add another conveyor with another stackout tower.  This was going to go to a pile of coal for two other units that were never built.

Anyway, when the coal drops down on Conveyor 2, way under ground, it travels up to the ground level, and continues on its way up to the top of the stackout tower where it feeds onto Belt 3.  Belt 3 is a short belt that is on an arm that swings out over the coal pile.  The coal is fed onto the coal pile close to the stack out tower.  I suppose it is called stack out, because the coal is stacked up next to the tower.

A view of the coalyard from the top of the Smoke Stack

A view of the coalyard from the top of the Smoke Stack. The tower with the conveyor running up to the top is the stack out tower. Belt 3 is the arm pointing to the right in this picture

Anyway, there are large dozers (bulldozers) and dirt movers that pickup the coal and spread it out to make room for more coal from more coal trains.  As mentioned above.  One train now carries 26 million pounds of coal.

Dirt Mover full of coal

Dirt Mover full of coal

the  coal that is spread out on the coal pile has to stay packed down otherwise it would spontaneously combust.  That is, it would catch on fire all by itself.  Once coal on a coal pile catches on fire it is impossible to “reasonably” put out.  You can spray all the water on it you want and it won’t go out.  When a file breaks out, you just have to drag the burning coal off of the pile and let it burn out.

In order to keep the coal from performing spontaneous combustion, the dirt movers kept it packed down.  As long as the coal is packed tight, air can’t freely reach the buried coal, and it doesn’t catch fire.  So, dirt movers were constantly driving back and forth on the coal pile to keep the coal well packed.  Even on the picture of the coalyard above from the smoke stack, you can see two pieces of heavy equipment out on the coal pile traveling back and forth packing the coal.

Anyway, the next phase in the life of the lump of coal happens when it finds itself directly under the stack out tower, and it is fed down by a vibratory feeder onto a conveyor.  In our plant, these belts were called, Belts 4, 5, 6 and 7.  Belts 4 and 5 fed onto Belt 8 and belts 6 and 7 fed onto belt 9.

Belts 8 and 9 brought the coal up from under the coal pile to the top of the Crusher tower.  In the picture above you can see that tower to the right of the stack out tower with the long belts coming from the bottom of the tower toward the plant.  The crusher tower takes the large lumps of coal that can be the size of a baseball or a softball and crushes it down to the size of marbles and large gumballs.

Coal conveyor carrying coal to the coal silos from the coalyard

Coal conveyor carrying coal to the coal silos from the coalyard.  This is the size of the coal after it has been crushed by the crusher

From the crusher tower the lump of coal which is now no more than a nugget of coal travels from the coal yard up to the plant on belts 10 and 11.

conveyor 10 and 11 are almost 1/2 mile long

conveyor 10 and 11 are almost 1/2 mile long

Up at the top of this belt in the distance you can see another tower.  This tower is called the Transfer tower.  Why?  Well, because it transfers the coal to another set of belts, Belt 12 and 13.  You can see them going up to the right to that tower in the middle between the two boilers.

The tower between the two boilers is called the Surge Bin tower.  That basically means that there is a big bin there that can hold a good amount of coal to feed to either unit.  At the bottom of the white part of the tower you can see that there is a section on each side.  This is where the tripper galleries are located.  There are two belts in each tripper, and two belts that feed to each tripper belt from the surge bin.  So, just to keep counting, Belts 14 and 15 feed to unit one and belts 16 and 17 feed to unit 2 from the surge bin.  then Belts 18 and 19 are the two tripper belts that dump coal into the 6 silos on unit one, while belts 20 and 21 feed the silos on unit 2.

Once in the Coal silos, the coal is through traveling on belts.  The silos are positioned over things called bowl mills.  The coal is fed from the silo into the bowl mill through something called a Gravimetric feeder, which is able to feed a specific amount of coal into the bowl mill.  This is the point that basically decides how hot the boiler is going to be.

Once the coal leaves the gravimetric feeder and drops down to the bowl mill, it is bound for the boiler.  The gravimetric feeder is tied right to the control room.  When they need to raise load more than just a minimal amount, a control room operator increases the amount of coal being fed from these feeders in order to increase the flow of coal into the boiler…..  I don’t know… maybe it’s more automatic than that now….  The computer probably does it these days.

When the nugget of coal falls into the bowl mill the long journey from the coal mine in Wyoming is almost complete.  Its short life as a nugget is over and it is pulverized into powder.  The powder is finer than flour.  Another name for a bowl mill is “Pulverizer”.  The coal comes from the Powder River Basin in Wyoming and just before it is consumed in Oklahoma it really does become powder.

Big rollers are used to crush the coal into fine particles.  The pulverized coal his blown up pipes by the primary air fans and blown directly into the boiler where they burst into flames.  A bright orange flame.  The color reminds me of orange sherbet Ice cream.

The color of the fireball in the boiler

The color of the fireball in the boiler

At this point an incredible thing happens to the coal that so many years ago was a part of a tree or some other plant.  The chemical process that trapped the carbon from the carbon dioxide millions of years earlier is reversed and the carbon is once again combined to the oxygen as it was many millennium ago. A burst of heat is released which had been trapped after a cooling effect below the tree as it sucked the carbon out of the environment way back then.

The heat is transferred to the boiler tubes that line the boiler.  The tubes heat the water and turn it into steam.  The steam shoots into the turbine that turns a generator that produces the electricity that enters every house in the country.  The solar power from eons ago that allowed the tree to grow is being used today to power our world.  What an amazing system.

To take this one step further, the carbon dioxide that is released into the atmosphere today is replenishing the lost carbon dioxide from many years ago.  Back when plants could breathe freely.  Back before the carbon dioxide level was depleted almost to the point of the extinction of plant life on this planet.  Remember, what we look on as a pollutant and a poison, to a plant is a chance to grow.  The Sahara desert used to be a thriving forest.  Maybe it will be again some day.

So, there is the question of global warming.  We humans are so short sighted sometimes.  We want to keep everything the same way we found it when we were born.  We try desperately to keep animals from becoming extinct.   We don’t think about the bazillions (ok, so I exaggerate) of animals that were extinct long before man arrived.  It is natural for extinction to occur.  That is how things evolve.  We are trying to keep a system the same when it has always been changing.

Years from now we may develop ways to harness the energy from the sun or even from the universe in ways that are unimaginable today.  When that time arrives, let’s just hope that we remain good stewards of the world so that we are around to see it.  I believe that the use of fossil fuels, (as odd as that may seem) is a major step in reviving our planet’s natural resources.

“I Think I Can, I Think I Can” and Other Power Plant Chants — Repost

Originally Posted on August 3, 2012:

The second summer as Summer Help at the Coal-fired Power Plant, was when I first worked out of the Automotive garage.  It wasn’t finished during the first summer.  The second summer when I began working in the garage, Jim Heflin, Larry Riley, Doug House  and Ken Conrad were the regular workers that mowed the fields using tractors with brush hogs, as I have explained in previous posts.  A summer help that also worked with us from Ponca City named David Foster was also able to mow grass using one of the new Ford tractors that we painted Orange to easily identify them as belonging to the Electric Company in Oklahoma.

I learned to drive the tractors later in the summer when I worked irrigating the fields in our attempt to grow grass (as told in the post “When a Power Plant Man Talks, It Pays To Listen“).  The next summer I was able to mow grass using a Brush Hog pulled behind a tractor:

brushhog

Almost Like this without the safety guards and just about as new

It didn’t take long before I had to mow grass on the side of the dam (and other levies).  The side of the dam has a very sharp incline, so while mowing grass on the side of the dam you sat more on the side of the tractor seat than on the seat itself.  Heavy weights were put on the front of the tractor and the back tires on the tractor were turned around so that they were farther apart than they would be otherwise.  This gave the tractor a lower, wider profile and a lower center of gravity helping to keep it from rolling over sideways down the slope.

Tractor Weights that fit on the front of the tractor

I had watched Jim, Larry, Ken and David mow grass along some very steep inclines the summer before without any tractors tumbling over, so I felt like it must be safe, even though looking at the tractors they still seemed a little “top heavy”.

The dam had a slope this steep but  much was taller

It was quite an eerie feeling the first time I actually mowed a slope this steep.  I experienced the same feeling as you have on a roller coaster when it hits the top of the hill and flings you down real fast when the tractor tire on the downhill side of the tractor rolls into a washed out spot on the dam causing the tractor to roll over just a little farther than you are used to.  It was definitely an adrenaline rush each time this happened, because it felt like the tractor was going to roll over.

That is when I remembered the story about the little engine that was trying to pull the train over the steep mountain, and he kept chanting, “I think I can, I think I can” over and over.  So, between each decade of the Rosary that I was saying while counting Hail Mary’s on my fingers, I added in an “I Think I can…” as an added prayer before the next “Our Father”.

The Little Power Plant Coal Train that Could

The Little Power Plant Coal Train that Could

In the time that I worked as a summer help we never turned over a tractor while mowing on a slope.  That isn’t to say that the tractors didn’t start to tip over.  It’s just that if you realize that the large back tractor tire has left the ground and is spinning freely, you could quickly turn the steering wheel downhill so that the tractor would turn downhill preventing it from rolling completely over.  The weight of the brush hog on the back helped to keep the tractor snug against the sloping dam.

Years later, after I left the Power Plant, in 2006, my father’s best friend, Tom Houghton, a Veterinarian in Lakeland, Florida was killed in a tractor accident at his family’s farm in Polo, Missouri.  This greatly effected my father.  He has not recovered from the loss of his friend still today.  As I was mowing grass and picturing my sudden demise if a tractor were to roll down the hill, my main concern was the sorrow my family would have felt by my death.  Needless to say… I never toppled a tractor.

It was during that same summer in 1981 that I first worked with the Power Plant Icon Walt Oswalt.  Every plant must have at least one person like Walt.  He is the type of person that once he has something in his mind about how to do something, nothing is going to change it.  I know many different stories about Walt Oswalt that have been shared with me, but this is one of my own.  Walt is a sandy-haired Irish-looking man that always reminded me of the little old man, Jackie Wright, on the Benny Hill Show.

Walt reminded me of Jackie Wright only with more hair

One Saturday while I had caught a ride to the Power Plant to do “coal cleanup” the crew was asked who would like to wash down belts 10 and 11.  These are the 1/2 mile long belts that go from the coalyard all the way up to the plant.  You can see them on the left side of the picture of the plant on the side of this post.  Finding the opportunity for a challenge, I volunteered.

I made my way up to the top of the Transfer tower where I found Walt Oswalt.  He was working out of the coalyard at the time and was helping us wash down 10 and 11 belt.  Wearing rainsuits and rubber boots we began at the top and worked our way down.  It didn’t look like this belt had been washed down for a while.  We could blast the tin enclosure with the high pressure hoses we were using to completely wash off all the coal dust that had built up over time.  This looked like it was going to be a fun job.

Then Walt pointed out to me that most of our work was under the belt where the coal had built up almost solid up to the belt itself so that the coal was rubbing on the rubber Uniroyal conveyor belt.  Remember, if the conveyor belt goes up, it has to go back down also.  So underneath the conveyor is where the belt returns.  it is a big loop.

Directly underneath this conveyor is the return for the belt

So, Walt Oswalt and I spent the rest of the day laying on the grating so we could see under the belts washing the coal down the slope of belt 10 and 11.  Under the conveyor is another set of rollers that the rubber conveyor belt rides on it’s return trip to the Crusher Tower.  During this time there were two chants that came to my mind…. One was, “Whistle While you Work”, since we seemed to be in some kind of coal mine working away like the Seven Dwarfs (you know…  Walt Disney… Walt Oswalt).  The other one was the song, “Workin’ In a Coal Mine” (…goin’ down down).

Disney’s Seven Dwarfs Mining

At one particular spot the coal had built up and packed itself in there so much that one of the rollers wasn’t able to turn and the belt was just rubbing on the roller.  After we had washed the coal away we could see that the roller was not able to turn still because the belt had worn it flat on one side.

Walt called the Control Room to shutdown the belt so that we could look at it.  We could see that the roller was bad.  For some reason the other belt (11) was out of commission so without this belt running, no coal was being sent up to the plant.  The coal silos and the surge bin hold enough coal for a while but not for too long during the summer when the units need to run at their maximum rate to supply the electricity needed by the customers.  We could have the belt shutdown for a while, but not for too long.

I followed Walt down the belt to the Crusher Tower wondering what he had in mind.  He didn’t tell me what we were going to do, so I just gathered my clues by watching what he did.  When we came out of the belt and left the Crusher I was surprised that it was already dark outside.  When I had left the Maintenance Shop it had been morning.  Now it was dark.  We had spent the entire day (12 hours at this point) in Belt 10 and 11.  I didn’t remember ever taking a break or eating lunch.  Just holding the high pressure water hose, directing the stream down under the belt… all day.

We walked over to a new building that was still being built called the Coalyard Maintenance Building.  This was the new building that was going to be used by the new Labor Crew in a few months. Outside the building to one side was a Conex Box, as I have described before.  This is the kind of large box that you see on the CSX train commercials that are being transported by trains.

A Conex Box

We used them to store equipment used for specific jobs or crews.  In this case, the Conex box had conveyor equipment in it.  Walt found a long straight roller that is used under the Number 10 and 11 belts and tied it to a 2 wheel dolly.  We rolled it back to the Crusher Tower and began the long trek back up the belt.  I was pulling the dolly and Walt was carrying some large wrenches.

When we arrived at the spot where the roller had been worn, Walt called the control room to let them know we were beginning to work.  We pulled the safety cords on the side of the conveyor to ensure that the belt would not start, even though we were assured that a Clearance had been placed on the breaker in the Main Switchgear (where I began my first war with the spiders a year later.  See the previous post “Power Plant Spider Wars and Bugs in the Basement“).

Walt climbed over the belt and I stayed on the main walkway.   We worked upside down for a while unbolting the roller.  At one point we decided we needed some more suitable tools and headed back down the belt to the Coalyard Garage where the heavy equipment is serviced and brought back some large ratchet wrenches and sockets with an extension.

Socket Wrench with extension

I think the chant, “I think I can, I think I can” was running through my head on our second trip back up the conveyor belt.  I think it was around 10pm.  We finished changing the roller and decided to leave the old one laying in the walkway for the night.  Walt said he would bring it back to the coalyard on Monday morning.

We made our way back to the Maintenance shop where I took off the rain suit and rubber boots that I had been wearing all day and put my regular boots back on.  I went up to the control room and asked if anyone could give me a ride to Stillwater since the evening shift of operators were just getting off at 11pm. I believe it was Charles Buchanan that gave me a ride home that night in his little beat up pickup truck.

I never worked directly with Charles Buchanan since he was an operator.  The first impression that one may have is that he looks like a caricature of a construction worker in a comic strip.

First Impression of Charles Buchanan

Charles reaffirmed my belief that Power Plant Men are some of the nicest people you will ever meet.  There were a few times when I caught a ride with Charles to or from the plant.  Each time I felt honored to ride in his truck.  If I think about what chant was running through my mind as we were on our way home at night, I think it would be something like the song “You’ve Got a Friend”: “Winter, spring, summer, or fall, all you have to do is call, Lord, I’ll be there, yeah, yeah, you’ve got a friend….”

That is what all real Power Plant men and linemen are like.  Wherever you look in the United States, these great men and women work tirelessly to keep you safe by providing electricity to your homes.  Something we take for granted until the power goes out.

Recently when the power went out in the east, the linemen from this electric company drove with pride, eager to help those in need:

A convoy of Electric Company Trucks on their way from Oklahoma to Indiana to help return power to millions of Americans in the dark

Below I have included the lyrics for the song “You’ve Got a Friend” by Carole King and her husband James Taylor.  See how well it fits those people that work around the clock bringing the power to your home:

You just call out my name, and you know where ever I am
I’ll come running to see you again.
Winter, spring, summer, or fall, all you have to do is call and I’ll be there, yeah, yeah,
you’ve got a friend.

If the sky above you should turn dark and full of clouds
and that old north wind should begin to blow,
keep your head together and call my name out loud.
Soon I will be knocking upon your door.
You just call out my name, and you know where ever I am
I’ll come running to see you again.
Winter, spring, summer, or fall, all you have to do is call and I’ll be there.

Hey, ain’t it good to know that you’ve got a friend? People can be so cold.
They’ll hurt you and desert you. Well, they’ll take your soul if you let them,
oh yeah, but don’t you let them.

You just call out my name, and you know where ever I am
I’ll come running to see you again.
Winter, spring, summer, or fall, all you have to do is call, Lord, I’ll be there, yeah, yeah,
you’ve got a friend. You’ve got a friend.
Ain’t it good to know you’ve got a friend. Ain’t it good to know you’ve got a friend.
Oh, yeah, yeah, you’ve got a friend.

Spending Long Weekends with Power Plant Men Shoveling Coal — Repost

Originally posted on:  June 1, 2012

The first couple of years while I worked as a summer help at the Coal-Fired Power Plant Coal Cleanup was performed on weekends by volunteer He-Men that wanted to make a few extra dollars.  As a summer help, I needed all the extra money I could get.  My wages during the first year (1979) were $3.89 an hour.  This jumped to $5.84 an hour when I worked on the weekend, so you can imagine the thrill I had at receiving a paycheck that included the extra money made by doing “Coal Cleanup”.  Another great advantage to doing coal cleanup on the weekends was that I was able to carpool with different people.  So, during the first summer instead of just riding to work with Steve Higginbotham, I caught a lot of rides with real Power Plant Men like Dale Hull, David Hankins, Jerry Mitchell, Preston Jenkins and Marlin McDaniel (Yeah.  Marlin McDaniel as an A Foreman would volunteer for coal cleanup some times.  Maybe it was when we were short a few people).

Coal Cleanup really became important during the second half of the first summer because Unit 1 was getting ready to go online.  There was a major flaw in the Coal Conveyor logic when the conveyors first started conveying coal from the coal pile to the coal silos just above the bowl mills.  What would happen was the same thing that happens if someone were to fall down at the top of a crowded escalator going up.  Everyone behind that person would be shoved right on top of them if there wasn’t an emergency stop button to stop the escalator.

Escalator

All the conveyors had a safety cord alongside the entire length that could be pulled to stop the conveyor in an emergency, but this was something different.

To give you an idea… once the coal on the coal pile has been fed onto either Belts 4, 5, 6 or 7, from there the coal is dropped onto either belt 8 or 9.  That carries the coal up to the coal Crusher which has a bin above the crusher that can be filled with coal.  If the bin gets too full, then conveyor 8 and/or 9 would stop.  When that happens, belts 4, 5, 6 or 7 should stop also…. only they didn’t.  Belts 8 and 9 continued dumping coal into the crusher bin until it filled up and then coal fell out all over the top of the crusher tower around belts 8 and 9 until the coal tripped the belt by hitting the safety cord on the side of the belt.  Belts 4, 5, 6 and 7 continued dumping coal onto belts 8 and 9, which caused the coal to backup and spill out all over the floor until the coal piled up high enough to trip the safety cord on the side of the belt.

In the picture of the power plant on the side of this post, there is one long conveyor that goes from the coalyard to the plant.  It is about 1/2 mile long.  This is where belts 10 and 11 carry the coal from the crusher, which crushes the coal down from big pieces the size of baseballs down to the size of walnuts.

The long belts 10 and 11 were like these only they are in a metal enclosure so the coal didn’t spill out on the ground.

At the top of the Transfer tower the coal from belts 10 and 11 are dumped onto belts 12 and 13 which carry the coal up to the Surge Bin Tower where the coal is dumped into the Surge bin.  Now when the Surge Bin fills up, it stops belts 12 and/or 13 and it should also stop belts 10 and 11 and the feeders that feed the coal into the crusher at the bottom of the crusher bin… only they didn’t.  They continued dumping coal into the Surge bin, which filled up and spilled coal all over the surge bin until belts 12 and 13 tripped, at which point, coal began spilling out all over the transfer tower filling up both floors of the transfer tower with tons of coal.  The same thing would happen at the bottom of Belt 10 and 11, where the crusher feeders kept feeding coal down to belts 10 and 11, which spilled out all over the bottom floor of the crusher tower.  I have worked in the transfer tower where the coal was higher than the windows and you had to bend over because your head would hit the ceiling on the floor at the foot of belt 12 and 13.  It was almost dangerous enough to picture yourself sliding down the pile of coal and slipping right out one of the windows (which had been broken out by the pile of coal).  To give you an idea of what this felt like, it was then a straight drop of 150 feet to the concrete below.

If that doesn’t seem like enough coal spills, then picture this…  The coal from the Surge Bin tower fed onto belts 14, 15, 18 and 19 which in turn fed onto belts 16 and 17, 20 and 21.  These last 4 belts were in what was called the “Tripper Gallery”.  These 4 belts would dump coal into 12 coal silos (6 on each unit) that would feed the bowl mills. These are big silos about 5 stories tall.  The same thing would happen to these belts leaving piles of coal at the bottom of the surge bin in the surge bin tower and all along the tripper gallery because when the coal silos were full, the tripper was supposed to move to the next silo and dump coal until it was full, and keep moving until all the silos were full.  Only, the tripper wasn’t working correctly, so it wouldn’t detect that the silo was full so the belt would keep dumping coal and would end up spilling coal all over the entire tripper gallery which runs about 100 feet or so.

So, our first experience with doing coal cleanup was like being on a chain gang where we shoveled coal from morning until night trying to clean up these 15 or so major coal spills by shoveling the coal back onto the conveyor while it was running.  In some cases, we had to shovel the coal away from the belt before the belt could even run (as was the case with belts 12 and 13).  So, you can imagine how shoveling coal one scoop at a time made it seem like you were not getting anywhere fast.  3 or 4 men could all be shoveling on one pile of coal for 30 minutes and not even make a noticeable dent in the pile.  That is why when I went to the tool room to choose a shovel, instead of picking a regular shovel, I picked a large scoop shovel used to scoop grain.

Scoop Shovel

Regular Shovel

Even though each scoop of coal was heavier, it seemed more satisfying to see the bigger dent in the pile of coal with each shovelful.  I remember one day after we had shoveled coal all day from morning until late at night only to come back into work the next morning to the new piles of coal just as big as the ones we had shoveled the day before.

After 2 years of volunteer coal cleanup which was becoming less volunteer and more rotational since the list of volunteers was growing smaller, Ray Butler pointed out that it didn’t make much sense to pay a first class machinist overtime to shovel coal when you could create a labor crew and pay them bottom dollar to do coal cleanup all the time, as well as other dirty jobs that no one really wanted to do (such as suck out sewage pits and other sump pits around the plant).  That was when the Labor crew was formed.  While I was in my 3rd year as a summer help (1981).  Bill Cook was a summer help then that stayed on as a labor crew hand at the end of the summer.  By the 4th summer as summer help, the only time we did coal cleanup was when there was a major spill, which was only a couple of times all summer.

I will write later about coal cleanup with Dale Hull.  I also remember doing coal-cleanup with Preston Jenkins one weekend.  I hadn’t carpooled with him to work, but I caught a ride back to Stillwater with him because my ride left at the end of a full day, and I decided to stay behind to add a few extra dollars to my bank account.  We left a couple of hours later around seven o’clock.

I climbed into the back of Preston’s Camaro.  I apologized for being so dirty, as I was covered from head-to-toe in coal-dust and my clothes were soaked with coal-dust permeated sweat.  Preston said that he didn’t mind.  I soon found out why.

When I climbed into the backseat of his car, I noticed that the upholstery that covered the seat back of the back seat was stained with some blackish-brownish um…. something.  Anyway.  I decided to sit on the passenger side of the back seat instead of behind the driver side because that side wasn’t near as stained.  As we drove down the highway toward home, I quickly learned why the seat back was so stained.

Being the “good-ol’ boy” that Preston was, when he climbed into the car, he took out his can of Skoal and put a pinch between his cheek and gums:

Just a pinch between your cheek and gums.... Never tried it myself.

Just a pinch between your cheek and gums…. Never tried it myself.

As we flew down the highway like a Texan heading for Stillwater, Preston would lean his head out the window and squirt out a wad of spit.  It would dance in the air like a little fairy just before it would be sucked into the back window of his car and splat against the seat back of the back seat.  Yep that explained it all right.  I always wondered if he knew, never having to sit in the back seat of his own car.

It was during the first summer when I was able to catch a ride with David Hankins a couple of times.  He was the crane operator at the time and drove a black Trans Am.  He was a black man with a very broad chest that never seemed to tire while doing coal cleanup.  From the first day he always treated me with great respect which in turn gave me a great respect for him.  I had him classified as a true Power Plant Man.

The second summer when I had been back at the plant for a couple of weeks, one day when Jim Heflin and I were going somewhere in a yellow Cushman cart, I asked Jim why I hadn’t seen David Hankins around.

A Cushman Cart Like this only Yellow

Jim (who hadn’t been at the plant the first summer) stopped the cart in the middle of the road and looked at me very solemnly and told me that David Hankins had died in a car accident in the spring.  He had been going home from a Men’s Club event when he was killed.  Because of this, alcoholic beverages were no longer allowed at Men’s Club events.  As with all the people I have worked with at the power plant, I keep David Hankins in my memory and I often think about him to this day.  David Hankins was a True Power Plant Man.

Comments from the original Post:

  1. neenergyobserver June 1, 2012 as 6:28 pm

    We’ve lost so many friends over the years, in the plants and on the line, especially when they were relaxing on their way home. You, and David’s family have my 9very belated) condolences.

    Somebody, somewhere, needs to teach engineers a course on Conveyor Logic 101, I’ve seen the same thing happen in nearly every plant (from automotive, rarely, to meat packing, often) I’ve been in. Or they could, just for once in their life, shut their pie-hole and listen to people like you and me.

    1. Plant Electrician June 1, 2012 at 11:39 pm

      Thanks Nebraska.

      We were often exhausted while driving home from work when we had been working a lot of overtime. It was a wonder sometimes that we were able to keep the car on the road.

      My uncle Bill Breazile worked for the Utility company in Nebraska City where someone closed a breaker while he was working on a line. He was in the hospital for about 6 months healing from his burns. This was about 30 years ago. He has since passed away. It takes a special person to be a lineman. Putting their life on the line every time they reach out to do their job.

      1. neenergyobserver June 2, 2012 at 10:42 am

        Not that different from you. It’s all about planning your work, and doing it right, and safely. You and I know that 480 will kill you just as quick as 7200 if you get careless. That’s why almost all (old) linemen and electricians are in some sense stolid and unexcitable.

  2. jackcurtis July 14, 2012 at 12:59 pm

    Industrial America returns in stories and comments in places like this, from the only place it still exists: the minds of those who were part of it. Industrial America was a giant; those who manned it were giant tamers and it seems to me, very much the special breed illuminated in these posts…

Lifecycle of a Power Plant Lump of Coal

Fifty Percent of our electricity is derived from coal.  Did you ever wonder what has to take place for that to happen?  I thought I would walk through the lifecycle of a piece of coal  to give you an idea.  I will not start back when the it was still a tree in a prehistoric world where dinosaurs grew long necks to reach the branches.  I will begin when the large scoop shovel digs it out of the ground and loads it onto a coal truck.

The coal is loaded onto trucks like these before it is dumped onto the train cars.  This photo was found at http://www.gillettechamber.com/events/eventdetail.aspx?EventID=2827

The coal is loaded onto trucks like these before it is dumped onto the train cars. This photo was found at http://www.gillettechamber.com/events/eventdetail.aspx?EventID=2827

The coal for the power plant in North Central Oklahoma came from Wyoming.  There were trains from the Black Thunder Mine and the Powder River Basin.

Coal Trains on their way to power plants

Coal Trains on their way to power plants

It’s a long ride for the lump of coal sitting in the coal train on it’s way to Oklahoma.  Through Nebraska and Kansas.  It’s possible for the coal to be visited by a different kind of traveler.  One that we may call “A tramp.”  Someone that catches a ride on a train without paying for the ticket.

One time a tramp (or a hobo, I don’t remember which), caught a ride on one of our coal trains.  They forgot to wake up in time, and found their self following the lumps of coal on their next phase of the journey.  You see.  Once the coal reached the plant, one car at a time enters a building called the “Rotary Dumper”.

A rotary dumper much like the one that was at our Power Plant

A rotary dumper much like the one that was at our Power Plant

As each train car enters the dumper four clamps come done on the car and it rolls upside down dumping the coal into a bin below.  Imagine being a tramp waking up just in time to find yourself falling into a bin full of coal. with a car full of coal dumping coal on top of you.  One coal car contained 102 tons of coal (today they carry 130 tons).  Today one train contains 13,300 tons of coal.  This is over 26 million pounds of coal per train.

Miraculously, this passenger survived the fall and was able to call for help or someone saw them fall.  He was quickly rescued and brought to safety.  Needless to say, the tramp went from being penniless to being, “comfortable” very quickly.  I don’t know that it made the news at the time.  I think the electric company didn’t want it to become “viral” that they had dumped a hobo into a coal bin by accident.  Well.  They didn’t know what “going viral” meant at the time, but I’m sure they had some other phrase for it then.

Ok.  Time for a Side Story:

Since I’m on the subject of someone catching a clandestine ride on a train, this is as good of a place as any to sneak in the tragic story of Mark Meeks.  Well.  I say it was tragic.  When Mark told the story, he seemed rather proud of his experience.  You see.  Mark was a construction electrician.  He hired on as a plant electrician in order to settle down, but in his heart I felt like he was always a construction electrician.  That is, he didn’t mind moving on from place to place.  Doing a job and then moving on.

Mark explained that when he was working at a construction job in Chicago where he worked for 2 years earning a ton of overtime, he figured that by the time he finished he would have saved up enough to buy a house and settle down.  He was married and living in an apartment in Chicago.  He didn’t spend much time at home as he was working 12 hour days at least 6 days each week.  He figured that was ok, because when he was done, he would be set for life.

Unknown to him at the time, each morning when he woke up before the crack of dawn to go to work, his wife would drive to O’Hara airport and catch a plane to Dallas, Texas where she was having an affair with some guy.  By the time Mark returned from work 14 hours later, she was back home.  Each day, Mark was earning a ton of overtime, and his wife was burning it on airline tickets.

When the two years were over, Mark came home to his apartment to collect his wife and his things and go live in peace in some small town some where.  That was when he learned that his wife had been having the affair and using all his money to do it.  She was leaving him.  Penniless.

Completely broke, Mark drifted around for a while.  Finally one day he saw a train that was loaded down with wooden electric poles.  Mark figured that wherever those poles were going, there was going to be work.  So, he hopped on the train and traveled all the way from Minneapolis Minnesota riding in the cold, wedged between some wooden poles on one of the cars on the train.

The train finally arrived at its destination somewhere at a port in the Gulf of Mexico.  I don’t remember if it was Mississippi or Louisiana.  He watched as they unloaded the poles, waiting to see what jobs were going to be needed for whatever the poles were for.  He watched as they took the large wooden poles and piled them up in the ocean.  They were using them to build up the shoreline.  There were no jobs.

It is when you have been beaten down to the point of breaking when you reach a very important point in your life.  Do you give up, or do you pick yourself up and make something of yourself?  Mark chose the latter.  He was a natural fighter.  He eventually ended up at our plant as contract help, and then was hired as a plant electrician.

End of side story.

Let’s follow the lump of coal after it is poured out of the coal train in the dumper…

The coal is fed onto a conveyor belt.  Let’s call this Conveyor 1, (because that is what we called it in the plant).  This has a choice to feed it onto belt 2 which leads up to the stack out tower, or it can feed the other way to where some day it was planned to add another conveyor with another stackout tower.  This was going to go to a pile of coal for two other units that were never built.

Anyway, when the coal drops down on Conveyor 2, way under ground, it travels up to the ground level, and continues on its way up to the top of the stackout tower where it feeds onto Belt 3.  Belt 3 is a short belt that is on an arm that swings out over the coal pile.  The coal is fed onto the coal pile close to the stack out tower.  I suppose it is called stack out, because the coal is stacked up next to the tower.

A view of the coalyard from the top of the Smoke Stack

A view of the coalyard from the top of the Smoke Stack. The tower with the conveyor running up to the top is the stack out tower. Belt 3 is the arm pointing to the right in this picture

Anyway, there are large dozers (bulldozers) and dirt movers that pickup the coal and spread it out to make room for more coal from more coal trains.  As mentioned above.  One train now carries 26 million pounds of coal.

Dirt Mover full of coal

Dirt Mover full of coal

the  coal that is spread out on the coal pile has to stay packed down otherwise it would spontaneously combust.  That is, it would catch on fire all by itself.  Once coal on a coal pile catches on fire it is impossible to “reasonably” put out.  You can spray all the water on it you want and it won’t go out.  When a file breaks out, you just have to drag the burning coal off of the pile and let it burn out.

In order to keep the coal from performing spontaneous combustion, the dirt movers kept it packed down.  As long as the coal is packed tight, air can’t freely reach the buried coal, and it doesn’t catch fire.  So, dirt movers were constantly driving back and forth on the coal pile to keep the coal well packed.  Even on the picture of the coalyard above from the smoke stack, you can see two pieces of heavy equipment out on the coal pile traveling back and forth packing the coal.

Anyway, the next phase in the life of the lump of coal happens when it finds itself directly under the stack out tower, and it is fed down by a vibratory feeder onto a conveyor.  In our plant, these belts were called, Belts 4, 5, 6 and 7.  Belts 4 and 5 fed onto Belt 8 and belts 6 and 7 fed onto belt 9.

Belts 8 and 9 brought the coal up from under the coal pile to the top of the Crusher tower.  In the picture above you can see that tower to the right of the stack out tower with the long belts coming from the bottom of the tower toward the plant.  The crusher tower takes the large lumps of coal that can be the size of a baseball or a softball and crushes it down to the size of marbles and large gumballs.

Coal conveyor carrying coal to the coal silos from the coalyard

Coal conveyor carrying coal to the coal silos from the coalyard.  This is the size of the coal after it has been crushed by the crusher

From the crusher tower the lump of coal which is now no more than a nugget of coal travels from the coal yard up to the plant on belts 10 and 11.

conveyor 10 and 11 are almost 1/2 mile long

conveyor 10 and 11 are almost 1/2 mile long

Up at the top of this belt in the distance you can see another tower.  This tower is called the Transfer tower.  Why?  Well, because it transfers the coal to another set of belts, Belt 12 and 13.  You can see them going up to the right to that tower in the middle between the two boilers.

The tower between the two boilers is called the Surge Bin tower.  That basically means that there is a big bin there that can hold a good amount of coal to feed to either unit.  At the bottom of the white part of the tower you can see that there is a section on each side.  This is where the tripper galleries are located.  There are two belts in each tripper, and two belts that feed to each tripper belt from the surge bin.  So, just to keep counting, Belts 14 and 15 feed to unit one and belts 16 and 17 feed to unit 2 from the surge bin.  then Belts 18 and 19 are the two tripper belts that dump coal into the 6 silos on unit one, while belts 20 and 21 feed the silos on unit 2.

Once in the Coal silos, the coal is through traveling on belts.  The silos are positioned over things called bowl mills.  The coal is fed from the silo into the bowl mill through something called a Gravimetric feeder, which is able to feed a specific amount of coal into the bowl mill.  This is the point that basically decides how hot the boiler is going to be.

Once the coal leaves the gravimetric feeder and drops down to the bowl mill, it is bound for the boiler.  The gravimetric feeder is tied right to the control room.  When they need to raise load more than just a minimal amount, a control room operator increases the amount of coal being fed from these feeders in order to increase the flow of coal into the boiler…..  I don’t know… maybe it’s more automatic than that now….  The computer probably does it these days.

When the nugget of coal falls into the bowl mill the long journey from the coal mine in Wyoming is almost complete.  Its short life as a nugget is over and it is pulverized into powder.  The powder is finer than flour.  Another name for a bowl mill is “Pulverizer”.  The coal comes from the Powder River Basin in Wyoming and just before it is consumed in Oklahoma it really does become powder.

Big rollers are used to crush the coal into fine particles.  The pulverized coal his blown up pipes by the primary air fans and blown directly into the boiler where they burst into flames.  A bright orange flame.  The color reminds me of orange sherbet Ice cream.

The color of the fireball in the boiler

The color of the fireball in the boiler

At this point an incredible thing happens to the coal that so many years ago was a part of a tree or some other plant.  The chemical process that trapped the carbon from the carbon dioxide millions of years earlier is reversed and the carbon is once again combined to the oxygen as it was many millennium ago. A burst of heat is released which had been trapped after a cooling effect below the tree as it sucked the carbon out of the environment way back then.

The heat is transferred to the boiler tubes that line the boiler.  The tubes heat the water and turn it into steam.  The steam shoots into the turbine that turns a generator that produces the electricity that enters every house in the country.  The solar power from eons ago that allowed the tree to grow is being used today to power our world.  What an amazing system.

To take this one step further, the carbon dioxide that is released into the atmosphere today is replenishing the lost carbon dioxide from many years ago.  Back when plants could breathe freely.  Back before the carbon dioxide level was depleted almost to the point of the extinction of plant life on this planet.  Remember, what we look on as a pollutant and a poison, to a plant is a chance to grow.  The Sahara desert used to be a thriving forest.  Maybe it will be again some day.

So, there is the question of global warming.  We humans are so short sighted sometimes.  We want to keep everything the same way we found it when we were born.  We try desperately to keep animals from becoming extinct.   We don’t think about the bazillions (ok, so I exaggerate) of animals that were extinct long before man arrived.  It is natural for extinction to occur.  That is how things evolve.  We are trying to keep a system the same when it has always been changing.

Years from now we may develop ways to harness the energy from the sun or even from the universe in ways that are unimaginable today.  When that time arrives, let’s just hope that we remain good stewards of the world so that we are around to see it.  I believe that the use of fossil fuels, (as odd as that may seem) is a major step in reviving our planet’s natural resources.