THE BIRTH OF THE OCOEE’S
“An encapsulated history of the
development of the
“Where does it come from and where does it go?”
The
Below this earthen dam lie the townships of
The Ocoee then flows several miles down stream to the Diversion
Dam. This structure was originally built by East Tennessee Power Company
in 1913 and is only 30 feet high and 450 across. This small structure
diverts the water into a 4.7 mile long flume at the end of which lies the
historical Ocoee #2 Hydro-electric Plant. (This section of the river is
also very popular with whitewater rafting enthusiasts.) From #2 it flows
into
Number 1 dam and hydro-electric plant is in the community
known as Parksville. The dam itself lies
just as the Ocoee emerges from the
From #1 the Ocoee flows east & northward for several miles before feeding
into the
Photo of Parksville Dam before 1949. The steamplant is still there. Photo taken from the south-downriver side. The lake is in the background.
“When I think of the early part of the nineteenth
century, it all seems so wonderful and really the beginning of a new
At the foot of the
Electricity was becoming more in demand. Electric lights & streetcars were needed. Refrigerators, cook stoves and wringer washers were the modern conveniences that came later on…especially after the Rymer’s began a new manufacturing company that built ranges. The Eastern Tennessee Power Company was formed by a Philadelphian named Clark who had come to Chattanooga, purchased the lighting and railway company’s then the Parksville properties.
As early as 1810 Congress had seen the feasibility of damming
the Ocoee between the Sugar and
In 1910 the J.G. White Construction Company began work on the dam. A camp for the worked sprang up in the nearby area. Newspapers described the area as “decidedly roomy, cozy and substantial”. The health conditions were described as “splendid” with water and sewer lines everywhere.
Twelve hundred laborers were employed. To house and accommodate these
employees was Hopkins Inn and four other permanent buildings: two white
sleeping quarters, twenty cottages for married foremen, a bathhouse, two messhouses, two engineer quarters, a bunkhouse, twelve
buildings for Italian quarters, a boiler house & a commissary. The
shops included electric, machine, rigging and carpenters. Other buildings
included a storeroom, a cement house, a mixer, a boilerhouse,
stable and a bakery. There were quarters for “
An interesting story sprang up concerning the Hungarian workers. They were reputed to be the best workers with a shovel. “They used to do most of the cement mixing. One afternoon a new foreman told these Hungarian fellas that he was going to cut their pay from .20 an hour to .10 cents an hour, ’cause he thought the job was worth half of what they were getting paid. Well sir, they didn’t say a word. They left work at the end of the day, took their shovels with them and went by the blacksmith shop. Next day they showed up with their shovels cut in half…Foreman went back to paying ‘em .20 cents an hour.
Parks Mills was moved into the village to be used as the commissary. This site is where the coffer dam was built. (The mill has it’s own history. See “Parks Mill”.)
The Camps and Coffer Dam were under construction at the same time. The framework was large timbers and bows of evergreens were laid to help hold back the banks of dirt. A track was laid around the top so that dirt cars could side dump dirt into the dame and a steam line was laid to operate the steam equipment.
Stiff leg derricks were used to get the framework up before they started pouring cement in July 1911. It was called the “Solid Concrete Parksville Dam”. Because so much concrete was used the quarry was kept going all day and all night. It was located on the north side of the river. Limestone was used in the beginning but since it was too coarse it left voids in the concrete. They began using river sand at that time. The concrete mixer was over 20 feet high and was next door to the cement house, which held 50 cement cars. Surrounding the limestone in the structure was then called “cyclopean structures”.
‘One of the darkest days on the job was the day they found a big hole which turned out to be a cave. The coffer dams were up and they were pouring the cement into large dam frames when the cave was found. The men were all so dedicated trying to keep cost at or below one million dollars. They were greatly worried. It took a great deal of cement – I don’t remember whether it was an extra car load or two. This cave, I believe, caused the crack in Parksville Dam that we hear about today – 1973).” G.K. Matlock, The Rebirth of Parksville.
During April 1911, 17,000 cubic yards of concrete were placed in 22 working days. During those days a cubic yard weighed 4,183 lbs. So on an average day 3,348,000 lbs of concrete was poured.
The Dam was completed in December 1911 and on
“A Post Script. I wrote this in 1973 – something wonderful happened this week (1980) that was a part of my first summer in Parksville. There was a sweet little baby girl born in the camp. The mother died. I went by one day to see the baby. There was sour milk in her bottle, flies all around and she needed care. So I asked the father, Mr. Baker, if I could take her home with me and care for her until she was well, such a sick baby. He was willing. I kept her until she was gaining weight and happy. Then a young couple by the name of Mason took her and raised her as their own. After seventy years this summer she came to see me. First time since she was five months old. She was living within a hundred miles from here all this time. Her husband and a son were with her. God has been so good to her and me. Patsy will always hold a soft spot in my heart.” G.K. Matlock, The Rebirth of Parksville.
A lot of celebrating was going on around Parksville….mentioned
was an infamous character who jumped off the top of
the dam. His name was Christian Dercignice.
Some say he slid down without so much as getting a scratch (some say he fell
off and drowned). There is a picture which is said to have been made of
Mr. Dircignice after the event. The stamp on
the pictures says “Christ Dircignice, fell 110 feet
from Parksville Dam,
People mentioned in association with Ocoee #1 are:
Mr. & Mrs. Artz
Mr. Clifford Card
Mr. Kippax from
Mr. & Mrs. Robert Anderson
Marvin and Mary Fry/Roddy
John & Helen Lawrence
Mr. Jeff Barnes
John Munson (
Mrs. Able
Mr. Henry Crumliss (Surveyor)
The Baker family
The Mason family
Patsy Baker or Mason
“Did They Really Need Two”?
“In order
to get a house at Caney Creek we had to give one room to the Master Carpenter
and, believe you me, in his job a man had to be a master in the first degree.
There were miles and miles of a big box being built to put the
In 1910 construction was begun on Ocoee #2. Placed about 10 miles up-river it was in service by 1913. Some of the workers from the #1 construction stayed on to work on #2. The #2 Power House is a brick structure which sits just beside the Ocoee. The water diverted down the flume falls down through a large pipeline which turns the turbines that generate electricity.
This was one of the most unique projects ever undertaken in this part of the
country. Upstream, 4.7 miles, was built an earthen and stone dam.
The Diversion Dam was 385 feet long and 27 ½ high. Just as its name
indicates the Diversion Dam diverted the
If you have never seen the Flume it may be hard to imagine. It is a wooden trough roughly measuring 14’ X 10’. This trough was 4.7 miles long from the Diversion Dam to the Powerhouse…yet it falls only 17 feet in that distance. The River drops over 250 feet in elevation. The force of the water falling is the secret behind its ability to generate. The flume was built of yellow pine from the forests of Georgia, North Carolina and Tennessee…using just over eight million board feet of lumber. In 1910 little heavy equipment was available to carve a 20’ wide level section almost 5 miles long out of the side of a cliff side of a mountain with a rushing river sometimes hundreds of feet below. Building of iron trestles for bridges & framing wasn’t a simple task either. Mules, wheelbarrows, picks, shovels, dynamite were the tools of the times. Manpower being the most important one of them all.
The original
placing of the timbers was horizontal. In 1944 the flume was reinforced
with timbers being placed vertically. In 1976 the flume was
condemned…doomed to be gone forever. That is until the historians came
along. After several years of maneuvering the
In June 1916 #2 Steam Plant was placed online. During the early morning
hours of
D: “What was so unique about one tiny village?”
The #2 project established the
Perhaps nothing was unique about one small village
resting against steep mountains along the south side of the
Supplies were
brought into the village in two ways. Usually brought in from the town of
We’ll probably never know all the families that lived in
This photo taken in front of the third house down is a widely used picture when depicting life on Caney Creek.
The one room school was used as a church. Blanche McClary taught school there for many years. Her students had many fond memories of her.
In 1938-39 the Tennessee Valley Authority was to acquire the company that first
provided electricity to
The War Years of the 1940’s saw many
changes to the Ocoee’s. A few miles upriver from the Diversion Dam a new
dam was construction on the
(In the early 1980’s this
writer had the privilege of being involved in the re-construction of the Ocoee
Flume. During that time I also had the privilege of making the
acquaintance of a very lovely lady named, Mrs. Gertrude {Karaivanoff}
Matlock. Her experiences of the construction of Ocoee # 1 & # 2 are
in a booklet named “The Rebirth of Parksville”.
I thank her for a personally signed copy of this book. “Gertrude
{Karaivanoff} Matlock,
(Donald L. Gaston, Sr. back row, second from left began working for the Tennessee Power Company in 1924 having worked there until his retirement in 1966. This writer was privileged to work there during reconstruction of the flume, 1982-83. The Gaston's lived in the third house down. They awoke many mornings with water flowing under the house.)