by Bruce Wells | Apr 1, 2024 | This Week in Petroleum History
April 1, 1911 – First Gusher of “Pump Jack Capital of Texas” –
South of the Red River border with Oklahoma, near Electra, Texas, the Clayco Oil & Pipe Line Company’s Clayco No. 1 well launched an oil boom that would last decades. “As news of the gusher spread through town, people thought it was an April Fools joke and didn’t take it seriously until they saw for themselves the plume of black oil spewing high into the sky,” noted a local historian. (more…)
by Bruce Wells | Mar 25, 2024 | Petroleum Companies
Chicago business sought risky shale opportunities during WWI.
At the end of the 20th century, record-breaking petroleum production from shale oil grew thanks to drilling and production technologies that produced from low permeability “tight oil” formations. But a century ago, the shale was an unconventional resource mined, crushed and transported to a retorting facility.
Mining shale began as an extraction process that converted organic matter within the rock (kerogen) into synthetic oil and gas, which could be used as a fuel or upgraded for an oil refinery feedstock.
The strategic importance of America’s mined shale production led to establishment of the Naval Petroleum and Oil Shale Reserves in 1912, “to insulate the United States from foreign dependency on oil during times of war.”
Commissioned in 1914 with coal-powered boilers, the battleship USS Texas was converted to use fuel oil in 1925. Photo courtesy Texas Parks and Wildlife Department.
Meanwhile, fuel oil also began replacing coal in U.S. warships (See Petroleum and Sea Power), as World War I erupted in Europe. After more than three years of neutrality, America entered the war on April 2, 1917.
Recognizing wartime demand for oil, Van H. Manning, director, U.S. Bureau of Mines, declared, “We have as yet untouched our great reserves of shale that contain oil…and are conservatively estimated to contain many times the amount of oil that has been or will have been produced from all the porous formations in this country.”
Central Oil Shale Refining Company formed with $500,000 capitalization and set up offices in Chicago. The venture saw a financial opportunity in mining shale and secured leases on 480 acres in Garfield County, Colorado, an area with known deposits.
Central Oil Shale Refining also leased a total of about 5,000 acres in Kentucky, Kansas, and Texas. These investments were a gamble on the margins of supply and demand.
Despite the risks, Central Oil Shale Refining presented “Expert Information on Oil Shale” to stockholders and potential investors at Chicago’s Palmer House hotel. Company executives promoted the mining and distillation of Colorado oil shales as an opportunity not to be missed. It helped that publications like Oil Field Engineering (December 1917) proclaimed shales as “A New Source of Gasoline.”
Shale Business Model
Oil shale operator Joseph Bellis presented a business model to the Palmer House audience, describing oil shale production process and economics. Bellis, a veteran of Colorado shale mining in the Piceance Creek Basin, later published a paper in the Colorado School of Mines’ quarterly magazine.
The paper may have helped Central Oil Shale Refining stock sales, but the company’s trajectory had already been determined on a farm near Ranger, Texas.
Concerns about U.S. wartime oil supplies declined — along with oil prices — soon after an October 17, 1917, gusher halfway between Abilene and Dallas. Still annually celebrated by area residents, “Roaring Ranger” J. McCleskey No. 1 well produced 1,600 barrels of oil a day. Other wells in the oilfield would yield up to 10,000 barrels of oil daily.
The North Texas drilling boom opened giant fields near Desdemona and Breckenridge (Conrad Hilton would buy his first hotel in Cisco). An even bigger oilfield was found in 1918 at Burkburnett, near Wichita Falls. With suddenly abundant supplies, oil sold for less than $2 per barrel — five cents a gallon.
Central Oil Shale Refining was in deep trouble. Even if every ton mined resulted in 50 gallons of oil, it would take more than 1,300 tons of shale every day to match the McCleskey’s well production alone. The numbers didn’t work and debts needed to be paid.
In one last effort to survive, Central Oil Shale Refining reorganized with the same officers, moved its offices, and subtly changed its name to Central Oil Shale and Refining Company. The new company quickly failed, leaving a brief shadow in financial records.
Another example of producing commercial quantities of petroleum from shale can be found in Ute Oil Company – Oil Shale Pioneer. By the 1980s, new technologies revolutionized petroleum production from low-permeability shales — especially for natural gas.
Annual U.S. crude oil production reached a record level of 10.96 million barrels per day in 2018, according to the U.S. Energy Information Administration.
Although geologists had known of the potential of drilling in these “tight oil” formations, only one percent of U.S. natural gas production came from shale as late as 2000. But by applying horizontal drilling and hydraulic fracturing techniques, in 2010 shale gas accounted for more than 20 percent of U.S. natural gas production, according to the Energy Information Administration (EIA).
_______________________
The American Oil & Gas Historical Society (AOGHS) preserves U.S. petroleum history. Become an AOGHS annual supporting member and help maintain this energy education website and expand historical research. For more information, contact bawells@aoghs.org. © 2024 Bruce A. Wells.
Citation Information – Article Title: “Central Oil Shale Refining Company.” Authors: B.A. Wells and K.L. Wells. Website Name: American Oil & Gas Historical Society. URL: https:https://aoghs.org/old-oil-stocks/central-oil-shale-refining-company. Last Updated: March 31, 2024. Original Published Date: April 1, 2019.
by Bruce Wells | Mar 11, 2024 | This Week in Petroleum History
March 11, 1829 – Kentucky Salt Well Driller discovers Oil –
Boring for brine with a simple spring-pole method on a farm near Burkesville, Kentucky, Martin Beatty found oil at a depth of 171 feet. Disappointed, he searched elsewhere. Beatty drilled brine wells to meet demand from Kentucky settlers who needed salt to help preserve food. He bored his wells by percussion drilling, raising and dropping a chisel suspended from a sapling, an ancient drilling technology.
The 1829 “American Oil Well” of Burksville, Kentucky, drilled to find brine, produced oil later bottled and sold as medicine.
Historian Sheldon Baugh described the scene of Beatty’s 1829 oil discovery: “On that day, well-driller Beatty bragged to bystanders, ‘Today I’ll drill her into salt or else to Hell.’ When the gusher erupted he apparently thought he’d succeeded in hitting Hell. As the story goes, he ran off into the hills and didn’t come back.”
Beatty’s discovery would be neglected for years — until oil from his well was sent to Pittsburgh, where Samuel Kier bottled and sold it as medicine. Kier also would build the earliest refineries for turning oil into kerosene for lamps.
Learn more in Kentucky’s Great American Oil Well.
March 11, 1930 – Society of Exploration Geophysicists founded
The Society of Exploration Geophysicists (SEG) was founded by 30 men and women in Houston as the Society of Economic Geophysicists, to foster “the expert and ethical practice of geophysics in the exploration and development of natural resources.”
The society began publishing its journal Geophysics in 1936, and in 1958 formed a scholarship trust for students of geophysics. In 2021, SEG and the American Association of Petroleum Geologists (AAPG) combined annual meetings to create the International Meeting for Applied Geoscience & Energy (IMAGE), which in 2023 attracted 7,329 global attendees.
March 12, 1912 – Thomas Slick discovers First of Many Oilfields
Once known as “Dry Hole Slick,” Thomas B. Slick discovered a giant oilfield midway between Oklahoma City and Tulsa. His No. 1 Wheeler uncovered the Drumright-Cushing field, which produced for the next 35 years, reaching 330,000 barrels of oil a day at its peak. Knowing speculators would descend on the area when word got out, Slick secretly hired all of the local livery rigs.
Tom Slick is among those honored at the Conoco Oil Pioneers plaza at the Sam Noble Museum, University of Oklahoma, Norman.
After his success in Cushing, Slick began an 18-year streak of discovering some of America’s most prolific fields in Oklahoma, Kansas, and Texas. His discoveries during the Greater Seminole Oil Boom of the 1920s made him the leading independent producer in the United States with a net worth up to $100 million.
By 1930 in the Oklahoma City field alone, Slick completed 30 wells with the capacity to produce 200,000 barrels of oil a day. When he died suddenly the same year from a stroke at age 46, oil derricks in the Oklahoma City field stood silent for one hour in tribute to Slick.
Learn more in Oklahoma’s King of the Wildcatters.
March 12, 1914 – Last Coal Powered U.S. Battleship Commissioned
The USS Texas, the last American battleship built with coal-fired boilers, was commissioned. Coal-burning boilers, which produced dense smoke and created tons of ash, required the Navy to maintain coaling stations worldwide. Coaling ship was a major undertaking and early battleships carried about 2,000 tons with a crew of “coal passers.”
The USS Texas’ coal-powered boilers were converted to burn fuel oil in 1925. Photo courtesy Battleship Texas State Historic Site.
Dramatic improvement in efficiency came when the Navy began adopting fuel oil boilers. By 1916, the Navy had commissioned its first two capital ships with oil-fired boilers, the USS Nevada and the USS Oklahoma. To resupply them, “oilers” were designed to transfer fuel while at anchor, although underway replenishment was soon possible in fair seas.
The USS Texas was converted to burn fuel oil in 1925. The “Big T” — today the Battleship Texas State Historic Site docked on the Houston Ship Channel — was the first battleship declared to be a U.S. National Historic Landmark.
Learn more in Petroleum and Sea Power.
March 12, 1943 – WWII Roughnecks of Sherwood Forest
A top-secret team of 42 American drillers, derrickhands, roustabouts, and motormen boarded the troopship HMS Queen Elizabeth. They were volunteers from two Oklahoma companies, Noble Drilling and Fain-Porter Drilling. Their mission was to drill wells in England’s Sherwood Forest and help relieve the crisis caused by German submarines sinking Allied oil tankers. Four rotary drilling rigs were shipped on separate transport ships. One of the ships was sunk by a U-Boat.
Volunteer roughnecks from two Oklahoma drilling companies embarked for England in March 1943. Derrickhand Herman Douthit would not return.
With the future of Great Britain depending on petroleum supplies, the Americans used Yankee ingenuity to drill an average of one well per week. Their secret work added vital oil to fuel the British war effort.
Learn more in Roughnecks of Sherwood Forest.
March 12, 1968 – Alaska’s Prudhoe Bay Oilfield Discovered
Two hundred and fifty miles north of the Arctic Circle, Alaska’s Prudhoe Bay oilfield was discovered by Richfield Oil (ARCO) and Humble Oil Company (Exxon). The Prudhoe Bay State No. 1 exploratory well arrived more than six decades after the first Alaska oil well. It followed Richfield Oil’s discovery of the Swanson River oilfield on the Kenai Peninsula in 1957.
Map courtesy Alaska Oil and Gas Conservation Commission. Photo from 1969 courtesy Atlantic Richfield Company.
At more than 213,000 acres, the Prudhoe Bay field was the largest oilfield in North America, surpassing the 140,000 acre East Texas oilfield discovery of 1930. Prudhoe Bay’s remote location prevented oil production beginning in earnest until 1977, after completion of the 800-mile Trans-Alaska Pipeline.
Prudhoe Bay field’s production exceeded an average rate of one million barrels of oil a day by March 1978, according to the Alaska Oil and Gas Conservation Commission. It peaked in January 1987 at more than 1.6 million barrels of oil per day.
March 13, 1974 – OPEC ends Oil Embargo
A five-month oil embargo against the United States was lifted by Arab members of the Organization of Petroleum Exporting Countries (OPEC), a cartel formed in 1960. The embargo, imposed in response to America supplying the Israeli military during the October 1973 Yom Kippur War, created gasoline shortages, prompting President Richard M. Nixon to propose voluntary rationing and a ban of gas sales on Sundays. OPEC ended the embargo after Secretary of State Henry Kissinger negotiated an Israeli troop withdrawal from parts of the Sinai.
March 14, 1910 – Lakeview No. 1 Well erupts in California
The Union Oil Company Lakeview No. 1 well erupted a geyser of oil at dawn in Kern County, California (some sources give the date as March 15). With limited technologies for managing the deep, highly pressured formation of the Midway-Sunset field, drillers had experienced several accidental oil spills, including the Shamrock gusher in 1896 and the 1909 Midway gusher.
A marker and remnants of a sand berm north of Maricopa, California, mark the site of a 1910 Union Oil gusher that flowed uncontrolled for 18 months. Photo courtesy San Joaquin Valley Geology.
“But none of these wells came close to rivaling the Lakeview No. 1 which flowed, uncapped and untamed, at 18,000 barrels a day for 18 months,” noted a San Joaquin Valley geologist. Surrounded by berms and sandbags to contain the oil, the well collapsed and died in September 1911, after producing 9.4 million barrels of oil (about half was contained and sold).
Oil erupted in California’s Midway-Sunset oilfield on March 14, 1910. Contained by sandbags by October, the Lakeview No. 1 well produced 9.4 million barrels during the 544 days it flowed. Photo courtesy San Joaquin Valley Geology.
The environmental impact of the Lakeview well, still the largest oil spill in U.S. history, was less destructive due to evaporation and levees of sandbags that prevented contamination of Buena Vista Lake. A Kern County historic marker was erected in 1952 at the site, seven miles north of the West Kern Oil Museum.
The ram-type blowout preventer to seal well pressure was invented in 1922.
March 15, 1946 – Texas Independents produce TIPRO
With Texas oilfield discoveries resulting in overproduction, declining prices, oilfield thefts, and conflicts with major oil companies, independent producers formed a trade association to lobby federal and state lawmakers. The Texas Independent Producers and Royalty Owners Association (TIPRO) was established “to preserve the ability to explore and produce oil and natural gas and to promote the general welfare of its members.”
March 15,1985 – Gulf Oil becomes Chevon
Gulf Oil Corporation, founded in 1907 by Andrew and William Mellon of Pittsburgh, Pennsylvania, merged with Socal, the Standard Oil Company of California (see First California Oil Well). The combined companies re-branded as Chevron in the United States, and the Hinduja Group acquired the Gulf name and products, creating Gulf Oil International, a lubricants company.
March 16, 1911 – Pegasus Trademark takes Flight
A Vacuum Oil Company subsidiary in Cape Town, South Africa, trademarked a flying horse logo inspired by Pegasus of Greek mythology. Based in Rochester, New York, Vacuum Oil had built a successful lubricants business long before gasoline was a branded product.
When Vacuum Oil and Standard Oil of New York (Socony) combined in 1931, the Socony-Vacuum Oil Company adopted the winged horse trademark and marketed Pegasus Spirits and Mobilegas products.
The original Mobil Pegasus logo was registered in 1911 by a South Africa subsidiary of New York-based Vacuum Oil Company.
A stylized red gargoyle earlier had advertised the company, which produced petroleum-based lubricants for carriages and steam engines. Created by the Vacuum Oil Company of South Africa, the Pegasus trademark proved to be a far more enduring image.
Learn more oil and gas history in Mobil’s High-Flying Trademark.
March 16, 1914 – “Main Street” Oil Well completed in Oklahoma
A well completed in 1914 produced oil from about 1,770 feet beneath Barnsdall, Oklahoma. The popular TV program Ripley’s Believe It or Not would proclaim the well the “World’s Only Main Street Oil Well.”
An oil well pump in the middle of Main Street in Barnsdall, Oklahoma, was visited by American Oil & Gas Historical Society volunteer Tim Wells in 2016. Photo by Bruce Wells.
The town originally was called Bigheart, named for Osage Chief James Bigheart, who on behalf of the Osage people in 1875 signed the first lease for oil and gas exploration, according to Osage County. In 1922, Barnsdall was renamed for Theodore Barnsdall, owner of the Barnsdall Refining Company, which later became part of Baker Hughes Company. The National Register of Historic Places added the Barnsdall Main Street oil well in 1997.
March 17, 1890 – Sun Oil Company founded
The Peoples Natural Gas Company, founded four years earlier by Joseph Pew and Edward Emerson to provide natural gas to Pittsburgh, expanded to become the Sun Oil Company of Ohio.
Sun Oil Company brands from 1894 to 1920 (top) to SONOCO from 1920 to 1954.
At the turn of the century, the company had acquired promising leases near Findlay and entered the business of “producing petroleum, rock and carbon oil, transporting and storing same, refining, purifying, manufacturing such oil and its various products.” Sun Oil marketed Sunoco Motor Oil beginning in the 1920s, and became an oilfield equipment supplier in 1929, forming Sperry-Sun.
March 17, 1923 – Oklahoma Discovery leads to Giant Oilfields
The Betsy Foster No. 1 well, a 2,800-barrel-a-day oil gusher near Wewoka, county seat of Seminole County, Oklahoma, launched the Seminole area boom. The discovery south of Oklahoma City was followed by others in Cromwell and Bethel (1924), and Earlsboro and Seminole (1926). Thirty-nine separate oilfields were be found at Seminole and Pottawatomie, Okfuskee, Hughes, and Pontotoc counties. Once among the poorest economic regions in Oklahoma, by 1935 the greater Seminole area became the largest supplier of oil in the world.
March 17, 1949 – First Commercial Application of Hydraulic Fracturing
A team from Halliburton and Stanolind companies converged on an oil well about 12 miles east of Duncan, Oklahoma, and performed the first commercial application of hydraulic fracturing.
A 1947 experimental well had fractured a natural gas field in Hugoton, Kansas, and proven the possibility of increased productivity. The technique was developed and patented by Stanolind (later known as Pan American Oil Company) and an exclusive license was issued to Halliburton Company to perform the process. Four years later, the license was extended to all qualified oilfield service companies.
The first commercial hydraulic fracturing job (above) took place in 1949 about 12 miles east of Duncan, Oklahoma. Photo courtesy Halliburton.
“Since that fateful day in 1949, hydraulic fracturing has done more to increase recoverable reserves than any other technique,” proclaimed a Halliburton company spokesman in 2009, adding that more than two million fracturing treatments have been pumped without polluting an aquifer.
Erle P. Halliburton had patented an efficient well cementing technology in 1921 that improved oil production while protecting the environment. The earliest attempts to increase petroleum production by fracturing geologic formations began in the 1860s.
Learn more in Shooters – A ‘Fracking’ History.
March 17, 1949 – “Diamond Glenn” opens Shamrock Hotel
Texas independent producer “Diamond Glenn” McCarthy hosted the grand opening of his $21 million, 18-story, 1,100-room Shamrock Hotel on the outskirts of Houston. McCarthy reportedly spent another $1 million for the hotel’s St. Patrick’s Day opening day gala, including arranging for a 16-car Santa Fe Super Chief train to bring friends from Hollywood.
After paying $21 million to construct the Shamrock Hotel, Glenn McCarthy spent another $1 million for its grand opening on St. Patrick’ Day 1949. The 1,100-room Houston hotel was demolished in 1987.
The Texas wildcatter, who had discovered 11 oilfields by 1945, also introduced his own label of bourbon at Shamrock, the largest hotel in the United States at the time. Dubbed Houston’s biggest party, the Shamrock’s debut “made the city of Houston a star overnight,” one newspaper reported.
Learn more in “Diamond Glenn” McCarthy.
_______________________
Recommended Reading: A Geophysicist’s Memoir: Searching for Oil on Six Continents
(2017); “King of the Wildcatters:” The Life and Times of Tom Slick, 1883-1930
(2004); Historic Battleship Texas: The Last Dreadnought
(2007); The Secret of Sherwood Forest: Oil Production in England During World War II
(1973); Discovery at Prudhoe Bay Oil
(2008); San Joaquin Valley, California, Images of America
(1999); A History of the Greater Seminole Oil Field
(1981); The Frackers: The Outrageous Inside Story of the New Billionaire Wildcatters 
(2014).; The Green and the Black: The Complete Story of the Shale Revolution, the Fight over Fracking, and the Future of Energy
(2016); Corduroy Road: The story of Glenn H. McCarthy (1951).
_______________________
The American Oil & Gas Historical Society (AOGHS) preserves U.S. petroleum history. Become an annual AOGHS supporter and help maintain this energy education website and expand historical research. For more information, contact bawells@aoghs.org. Copyright © 2024 Bruce A. Wells. All rights reserved.
by Bruce Wells | Mar 5, 2024 | Petroleum Pioneers
Oil derricks in the Oklahoma City Field in 1930 stood silent for one hour in tribute to Tom Slick.
Once known as “Dry Hole Slick,” wildcatter Thomas B. Slick discovered Oklahoma’s giant Cushing oilfield in 1912 and became known as the “King of the Wildcatters.” Today Cushing is the “Pipeline Crossroads of the World,” the trading hub for oil in North America – and the daily settlement point for prices, including West Texas Intermediate.
The owner of Spurlock Petroleum Company, Alexander Massey, enjoyed great success in the Kansas oilfields after finding oil or natural gas in 25 consecutive wells. In 1904, Massey hired an inexperienced 21-year-old “lease man” named Thomas Baker Slick for a 25 percent share in all the leases the young man could secure. They went to Tryon, Oklahoma, to look for oil.
When Oklahoma’s “King of the Wildcatters” Thomas B. Slick suddenly died from a stroke at age 46 in 1930, the oil derricks in the Oklahoma City field stood silent for one hour in tribute. Photo courtesy Library of Congress.
Massey later recalled that Slick, born in Shippenville, Pennsylvania, in 1883, showed a talent for securing petroleum leases. “Tom would go out and lease most of a territory as yet unproved or doubtful as to oil prospects,” Massey noted. “But he’d spread as clean a bunch of leases before a capitalist as you’d wish to see…He certainly knew what a good oil lease was.”
Spurlock Petroleum Company spudded an exploratory well on the farm of M.C. Teegarden near Tryon. As Slick continued securing leases that eventually totaled more than 27,000 acres, drilling generated excitement in the local newspaper and with other Oklahoma wildcatters.
Once known as “Dry Hole Slick” by many, on March 12, 1912, Thomas B. Slick discovered Oklahoma’s giant Cushing oilfield.
However, at a depth of 2,800 feet with no signs of oil, Spurlock Petroleum and owner Massey ran out of money. Tom Slick’s first well was a dry hole. It was the first of many.
Dry Hole Slick
In 1907, after another dry hole near Kendrick, Oklahoma, Slick left the employ of Massey and headed for Chicago, Illinois. Charles B. Shaffer of the Shaffer & Smathers Company hired Slick for $100 per month (and expenses) to find and secure promising oil leases.
Slick traveled to Illinois, Kentucky, western Canada, and eventually, back to Oklahoma. While leasing for Shaffer & Smathers, the young oilman drilled at least ten dry holes in Oklahoma, earning his unenviable nickname, “Dry Hole Slick.”
An example of township leases similar to those negotiated by Tom Slick, from the Atlas of North Central Oklahoma 1917 Oil Fields and Landowners: Oklahoma, M. P. Burke, 1917.
The Bristow Record newspaper reported that Slick, “continues to gamble on wild cat stuff. Few men have stuck to the wildcatting longer and harder than Slick and associates. It is said he has spent $150,000 mostly on dry holes.” Now also known as “Mad Tom” Slick, he tried his luck again just 35 miles down the road, in Cushing.
As “Mad Tom” pursued new leases in 1912, publications like the Cushing Independent encouraged readers to take advantage of leasing opportunities. “Land owners have everything to gain and no risk to themselves in making leases,” the newspaper reported on January 25.
“It costs from $8,000 to $10,000 to put down a single hole,” the newspaper noted. “Unless the promoters can get the leases they want they will not chance their money here, while other localities are eager to give leases and even bonuses in money to get prospecting done.”
The Cushing Democrat added, “We would repeat that we believe it to the best interests of the individuals and all that these leases be granted…And just a word of warning. If you make a lease see that the lessees name is not left blank, but that the name of Thomas B. Slick is there.”
Slick and Charles Shaffer spudded a wildcat well on the farm of Frank M. Wheeler in January 1912.
Cushing Gusher and Crafty Moves
On March 12, 1912, the Wheeler No. 1 well struck oil, producing about 400 barrels a day from a depth between 2,319 and 2,347 feet. It marked Tom Slick’s first gusher — and a giant oilfield discovery. Slick was so secretive about his find that he even cut the phone line to the Wheeler house to prevent word from spreading.
Knowing that exploration companies and speculators would descend in droves on the town once word got out, Slick protected his investment. Just how he did so would be described by a frustrated competing lease man to his boss:
You see, sir, Slick and Shaffer roped off their well on the Wheeler farm and posted guards and nobody can get near it…I got a call yesterday at the hotel in Cushing from a friend who said they had struck oil out there. A friend of his was listening in on the party line and heard the driller call Tom Slick at the farm where he’s been boarding and said they’d hit.
Pump stations in the Cushing oilfield, 1910-1918, from the Oklahoma Historical Society. More than 50 refineries once operated in the Cushing area about 50 miles west of Tulsa. Pipelines and storage facilities have since made it “the pipeline crossroads of the world.”
Well, I rushed down to the livery stable to get a rig to go out and do some leasing and damned if Slick hadn’t already been there and hired every rig. Not only there, but every other stable in town. They all had the barns locked and the horses out to pasture. There’s 25 rigs for hire in Cushing and he had them all for ten days at $4.50 a day apiece, so you know he really thinks he’s got something.
I went looking for a farm wagon to hire and had to walk three miles. Some other scouts had already gotten the wagons on the first farms I hit. Soon as I got one I beat it back to town to pick up a notary public to carry along with me to get leases — and damned if Slick hadn’t hired every notary in town, too.
Eleven days later the news had spread. As a leasing frenzy grew the Tryon Star reported, “Our old friend Tom Slick the oilman has struck it rich…Slick has been plugging away for several years and has put down several dry holes…He deserves this success and here’s hoping that it will make Tom his millions.”
New King of the Wildcatters
Tom Slick’s No. 1 Wheeler was the discovery well for the prolific Drumright-Cushing oilfield, which produced for the next 35 years, reaching 330,000 barrels every day at its peak.
Oklahoma’s Drumright Historical Society Museum includes the town’s 1915 Santa Fe Railroad Depot, which is listed in the National Register of Historic Places.
Slick was suddenly a very rich man. After his dramatic success in Drumright and Cushing, he began an incredible 18-year streak of discoveries in some of the nation’s most prolific oilfields. Visit the Drumright Historical Society Museum.
Slick was active in the Seminole Area, especially the oilfields of Pioneer, Tonkawa, Papoose, and Seminole. He secured leases and drilled wells that consistently paid off.
Slick’s oil gushers were spectacular: No. 4 Eakin — 10,000 barrels per day; No. 1 Laura Endicott — 4,500 barrels per day; No. 1 Walker — 5,000 barrels per day; No. 1 Franks — 5,000 barrels per day (see Greater Seminole Oil Boom).
Reflecting on his fortunes late in his career, he noted, “If I strike oil everyone calls it Tom Slick’s luck, (but) I call it largely judgment based upon experience. Some folks don’t recognize good luck when they meet it in the middle of the road. So I have been fortunate, or lucky, whichever you call it, but I’ve also done a lot of calling good luck to bring it my way.”
Newly discovered oilfields of the mid-1920s brought prosperity — and traffic jams — to Seminole, Oklahoma. Photo courtesy the Oklahoma Oil Museum.
Slick’s leases in Oklahoma, Kansas, and Texas produced millions of barrels of oil. Production from his wells reached 35,000 barrels of oil a day 1929, and he was proclaimed the largest independent oil operator in the United States with a net worth estimated from $35 million and up to $100 million.
By 1930, in the Oklahoma City field alone, Slick had 45 wells being drilled, more than 30 wells completed, and the capacity to produce 200,000 barrels of crude daily. Across the Mid-Continent, stories of Tom Slick’s business acumen and integrity grew with his fortune.
It was often told how Slick once closed a $100,000 deal for a prized Seminole lease on a street corner. He met the owner on the street and inquired, “What do you want for that lease’ ‘A hundred thousand dollars,’ replied the owner. ‘It’s a sale, bring in your deeds,’ said Slick.”
Thomas B. Slick is among those honored at an outdoor plaza at the Sam Noble Museum, University of Oklahoma, in Norman.
Thomas B. Slick’s death from a stroke in August 1930 at the age of 46 abruptly ended a career that had helped supply an energy hungry nation with the petroleum it needed to grow.
“Oil derricks in the Oklahoma City Field stood silent for one hour in tribute,” reported the Oklahoma Historical Society. Slick’s biggest strike came a week after he died when his Campbell No. 1 well in Oklahoma City produced 43,200 barrels of oil per day.
Stories about the “King of the Wildcatters” and his oilfield discoveries would spread across the Mid-Continent. Thomas B. Slick, — no longer known as “Mad Tom” or “Dry Hole Slick” — joined other Oklahoma petroleum industry leaders honored at the Conoco Oil Pioneers of Oklahoma Plaza.
By the end of the 20th century, more than one-half million Oklahoma oil and natural gas wells were drilled since an oilfield discovery at Bartlesville in 1897 (learn more in First Oklahoma Oil Well).
More about Slick and his extraordinary oilfield career can be found King of the Wildcatters, the Life and Times of Tom Slick, 1883–1930 by Ray Miles, professor of history and dean of the college of liberal arts at McNeese State University, Lake Charles, Louisiana.
For example, Miles relates that in 1933, a friend and business partner of the Oklahoma wildcatter was kidnapped and held for ransom. Once released, Charles Urschel assisted the FBI in catching his abductors, including George “Machine Gun” Kelly, who was sentenced to life in Alcatraz.
_______________________
Recommended Reading: King of the Wildcatters, the Life and Times of Tom Slick, 1883–1930. (2004); The Oklahoma City Oil Field in Pictures
(2005); The Oklahoma Petroleum Industry
(1980). Your Amazon purchase benefits the American Oil & Gas Historical Society. As an Amazon Associate, AOGHS earns a commission from qualifying purchases.
_______________________
The American Oil & Gas Historical Society (AOGHS) preserves U.S. petroleum history. Become an AOGHS annual supporting member and help maintain this energy education website and expand historical research. For more information, contact bawells@aoghs.org. © 2024 Bruce A. Wells. All rights reserved.
Citation Information – Article Title: “Oklahoma’s King of the Wildcatters.” Authors: B.A. Wells and K.L. Wells. Website Name: American Oil & Gas Historical Society. URL: https://aoghs.org/petroleum-pioneers/wildcatter-tom-slick. Last Updated: December 30, 2023. Original Published Date: December 1, 2004.
by Bruce Wells | Mar 4, 2024 | This Week in Petroleum History
March 4, 1918 – West Virginia Well sets World Depth Record –
Hope Natural Gas Company completed an oil well at a depth of 7,386 feet on the Martha Goff farm in Harrison County, West Virginia. The well, drilled northeast of Clarksburg using cable-tools, was the world’s deepest at the time — until surpassed by a 1919 well drilled in nearby Marion County. The previous world depth record had been 7,345 feet for a well in Germany.
This 1918 West Virginia oil well was the world’s deepest. Photo courtesy West Virginia Oil and Natural Gas Association.
In 1953, the New York State Natural Gas Corporation claimed the world’s deepest cable-tool well at a depth of 11,145 feet near the New York town of Van Etten. By 2018, a rotary rig depth record was reached by a Russian well drilled 40,502 feet deep on Sakhalin Island.
March 4, 1933 – Oklahoma City Oilfield under Martial Law
Oklahoma Governor William H. “Alfalfa Bill” Murray declared martial law to enforce his regulations strictly limiting production in the Oklahoma City oilfield, discovered in December 1928. Two years earlier, Murray had called a meeting of fellow governors from Texas, Kansas and New Mexico to create an Oil States Advisory Committee, “to study the present distressed condition of the petroleum industry.”
William “Alfalfa Bill” Murray in 1932.
Elected in 1930, the controversial politician was called “Alfalfa Bill” because of speeches urging farmers to plant alfalfa to restore nitrogen to the soil. By the end of his administration, Murray had called out the National Guard 47 times and declared martial law more than 30 times. He was succeeded as Oklahoma governor by E.W. Marland in 1935.
March 4, 1938 – Giant Oilfield discovery in Arkansas
The Kerr-Lynn Oil Company (a Kerr-McGee predecessor) completed its Barnett No. 1 well east of Magnolia, Arkansas, discovering the giant Magnolia oilfield, which would become the largest producing field (in volume) during the early years of World War II, helping to fuel the American war effort.
Crew members stand in front of their 1938 giant oilfield discovery well at Magnolia, Arkansas. Photo courtesy W.B. “Buzz” Sawyer.
The southern Arkansas gusher launched a Columbia County oil boom similar to Union County’s Busey-Armstrong No. 1 well southwest of El Dorado in January 1921.
March 5, 1895 – First Wyoming Refinery produces Lubricants
Near the Chicago & North Western railroad tracks in Casper, Civil War veteran Philip “Mark” Shannon and his Pennsylvania investors opened Wyoming’s first refinery. It could produce 100 barrels a day of 15 different grades of lubricant, from “light cylinder oil” to heavy grease. Shannon and his associates incorporated as Pennsylvania Oil and Gas Company.
The original Casper oil refinery in Wyoming, circa 1895. Photo courtesy Wyoming Tales and Trails.
By 1904, Shannon’s company owned 14 wells in the Salt Creek field, about 45 miles from the company’s refinery (two days by wagon). Each well produced up to 40 barrels of oil per day. Despite Casper’s improved railroad access, transportation costs meant Wyoming oil could not compete for eastern markets. The state’s first petroleum boom would have to wait until 1908, when Salt Creek’s “Big Dutch” well was completed.
Learn more in First Wyoming Oil Wells.
March 6, 1935 – Search for First Utah Oil proves Deadly
More than a decade before Utah’s first commercial oil wells, residents of St. George had hoped the “shooting” of a well drilled by Arrowhead Petroleum Company would bring black gold prosperity. A crowd had gathered to watch as workers prepared six, 10-foot-long explosive canisters to fracture the 3,200-foot-deep Escalante No. 1 well.
A 1935 attempt to find oil in Utah proved deadly. Photo courtesy Washington County Historical Society.
An explosion occurred as the torpedoes, “each loaded with nitroglycerin and TNT and hanging from the derrick,” were being lowered into the well. Ten people died from the detonations, which “sent a shaft of fire into the night that was seen as far as 18 miles away.”
The 1935 accident has remained the worst oil-related disaster in Utah, according to The Escalante Well Incident, a 2007 historical account.
March 6, 1981 — Shale Revolution begins in North Texas
Mitchell Energy and Development Corporation drilled its C.W. Slay No. 1 well, the first commercial natural gas well of the Barnett shale formation. Over the next four years, the vertical well in North Texas produced nearly a billion cubic feet of gas, but it would take almost two decades to perfect cost-effective shale fracturing methods combined with horizontal drilling.
Production from the Barnett shale formation extends from Dallas west and south, covering 5,000 square miles, according to the Texas Railroad Commission. Chart courtesy Dan Plazak.
Mitchell Energy’s 7,500-foot-deep well and others in Wise County helped evaluate seismic and fracturing data to understand deep shale structures. “The C.W. Slay No. 1 and the subsequent wells drilled into the Barnett formation laid the foundation for the shale revolution, proving that natural gas could be extracted from the dense, black rock thousands of feet underground,” the Dallas Morning News later declared.
By the end of 2012, with almost 14,000 wells drilled in the largest gas field in Texas, production started to decline, but the Barnett field still accounted for 6.1 percent of Texas natural gas production and 1.8 percent of the U.S. supply, according to the Federal Reserve Bank of Dallas.
March 7, 1902 – Oil discovered at Sour Lake, Texas
Adding to the giant oilfields of Texas, the Sour Lake field was discovered about 20 miles west of the world-famous Spindletop gusher of January 1901. The spa town of Sour Lake quickly became a boom town where major oil companies, including Texaco, got their start.
“The resort town of Sour Lake, 20 miles northwest of Beaumont, was transformed into an oil boom town when a gusher was hit in 1902,” notes the Texas State Library and Archives Commission.
Originally settled in 1835 and called Sour Lake Springs because of its “sulphureus spring water” known for healing, the sulfur wells attracted many exploration companies. Some petroleum geologists predicted a Sour Lake salt dome formation similar to that revealed by Pattillo Higgins, the Prophet of Spindletop.
Sour Lake’s 1902 discovery well was the second attempt of the Great Western Company. The well, drilled “north of the old hotel building,” penetrated 40 feet of oil sands before reaching a total depth of about 700 feet. The Hardin County’s salt dome oilfield yielded almost nine million barrels of oil by 1903, when the Texas Company made its first major oil find at Sour Lake.
Learn more in Sour Lake produces Texaco.
March 7, 2007 – National Artificial Reef Plan updated
The National Marine Fisheries Service of the National Oceanic and Atmospheric Administration (NOAA), approved a comprehensive update of the 1985 National Artificial Reef Plan, popularly known as the “rigs to reefs” program.
A typical platform provides almost three acres of feeding habitat for thousands of species. Photo courtesy U.S. Bureau of Safety and Environmental Enforcement.
The agency worked with interstate marine commissions and state artificial reef programs, “to promote and facilitate responsible and effective artificial reef use based on the best scientific information available.” The revised National Artificial Reef Plan included guidelines for converting old platforms into reefs. A typical four-leg structure provides up to three acres of habitat for hundreds of marine species.
“As of December 2021, 573 platforms previously installed on the U.S. Outer Continental Shelf have been reefed in the Gulf of Mexico,” according to the Bureau of Safety and Environmental Enforcement (BSEE).
Learn more in Rigs to Reefs.
March 9, 1930 – Prototype Oil Tanker is Electrically Welded
The world’s first electrically welded commercial vessel, the Texas Company (later Texaco) tanker M/S Carolinian, was completed in Charleston, South Carolina. The World War I shipbuilding boom had encouraged new electric welding technologies. The oil company’s 226-ton vessel was a prototype designed by naval architect Richard Smith.
Construction of M/S Carolinian began in 1929. The M/S designation meant it used an internal combustion engine. Photo courtesy Z.P. Liollio.
The tanker — the first electrically welded ship — eliminated the need for about 85,000 pounds of rivets, according to a 2017 article for the International Committee for the Conservation of the Industrial Heritage (TICCIH). Success of the prototype led to “the standard of welded hulls and internal combustion engines would become universal in construction of new vessels.”
March 9, 1959 – Barbie is a Petroleum Doll
Mattel revealed the Barbie Doll at the American Toy Fair in New York City. More than one billion “dolls in the Barbie family” have been sold since. Eleven inches tall, Barbie owes her existence to petroleum products and the science of polymerization, including several plastic acronyms: ABS, EVA, PBT, and PVC.
Petroleum-based polymers are part of Barbie’s DNA.
Acrylonitrile-Butadiene-Styrene (ABS) is known for strength and flexibility. This thermoplastic polymer is used in Barbie’s torso to provide impact and heat resistance. EVA (Ethylene-Vinyl Acetate), a copolymer made up of ethylene and vinyl acetate, protects Barbie’s smooth surface.
The Mattel doll also includes Polybutylene Terephthalate (PBT), a thermoplastic polymer often used as an electrical insulator. A mineral component facilitates PBT injection molding of her “full figure,” according to the company. Barbie’s hair and many of her designer outfits are made from the world’s first synthetic fiber, nylon, invented in 1935 (see Nylon, a Petroleum Polymer).
_______________________
Recommended Reading: Where it all began: The story of the people and places where the oil & gas industry began: West Virginia and southeastern Ohio
(1994); Kettles and Crackers – A History of Wyoming Oil Refineries
(2016); Utah Oil Shale: Science, Technology, and Policy Perspectives
(2016); George P. Mitchell: Fracking, Sustainability, and an Unorthodox Quest to Save the Planet (2019); Sour Lake, Texas: From Mud Baths to Millionaires, 1835-1909
(1995); Rigs-to-reefs: the use of obsolete petroleum structures as artificial reefs
(1987); Plastic: The Making of a Synthetic Century Hardcover
(1996); American Fads
(1985). Your Amazon purchase benefits the American Oil & Gas Historical Society. As an Amazon Associate, AOGHS earns a commission from qualifying purchases.
_______________________
The American Oil & Gas Historical Society (AOGHS) preserves U.S. petroleum history. Please become an AOGHS annual supporter and help maintain this energy education website and expand historical research. For more information, contact bawells@aoghs.org. Copyright © 2024 Bruce A. Wells. All rights reserved.
