“How did I get here?”

I stood onstage at the Hard Rock in downtown Houston, in front of an auditorium full of top executives from the largest oil & gas producers in the world. . ..

You name it: Shell, Saudi Aramco, ExxonMobile – they were all in attendance.

It was May 23, 2014, and the price of oil was hovering around $30 bbl.

Dire Straits’ “Money for Nothing” came over the loudspeaker – the lights were so bright I could barely make out the faces past the first few rows….

Money for nothing

Then, the music stopped.

You could’ve heard a pin drop – that was my queue 😅

While forcing an outward smile, I said to myself, “OK, Greg, it’s Showtime…”

But the funny part was I wasn’t nervous. . . I was CONFUSED.

Confused because the Largest oil and gas operators played by a different set of rules than the small independents I grew up around…

Confused because unlike the independents I knew, they worshiped at the altar of Wall Street.

Confused because unlike the independents I knew who chose profit, they chased ‘proven reserves’.

Confused because these Mega oil & gas operators were overstaffed, over-leveraged, and (long) overdue for a shake-up.

You see, these execs of the largest 1% of oil & gas operators were too far removed from the field. They didn’t know what it was like to be on the front line. They didn’t know what it was like to sign a check backed by their own money.

Where was the ingenuity this industry prided itself on?

Where was the leadership among these Large operators?

On this day, standing in front of hundreds of oil execs, I was about to present something so obvious, so simple, I couldn’t believe they hadn’t thought of it themselves…

After years of having the unique opportunity to work with the owners and executive teams of HUNDREDS of Oil & Gas operators through my family’s business, I knew there were several mission critical activities in oil & gas production that had failed to be re-examined for more than 50 years…

And, I was here to solve what I believed to be the most broken of them all: communication between the office and the front line.

On that stage, not only was I fighting for new methodology, new ideas, human reason, and logic – I was fighting for the independent operator.

And the best part?

Little did we know, Greasebook would soon become the fastest growing app in the oil patch🛢📲📈🚀

My confusion subsided, I was simply a messenger from the field… the lights went on, I cleared my throat, it was “Show Time”!!


If you are a small or midsize operator and you want to lower your overhead and create your most profitable, capital efficient operations, then click the link (here), fill out the quick questionnaire, and book a call 📆📲

Each month, Greasebook is pushing new updates to the platform. That said, here is a Quarterly round-up of some of the more notable features that were pushed to the app Q2 2021 – without further adieu, let’s dive in! 🏊‍♀️

Welcome to Greasebook

Whether you’re a long-time user or new to Greasebook, you might have noticed an updated Welcome screen when you log into the Pumper app. Click Next to walk run through the on-boarding list and you can add account information and even review new updates. 🆕🏠📱


Reorder, Show & Hide

We’ve added a few new features to help make the most of your Pumper’s workspace. Pumpers can now re-order the default fields and custom variable at the MCF & Battery Equipment and Well levels when adding measurements. This helps Pumpers customize their individual workflow! 👷‍♀️

Pumpers also have the ability to show or hide default fields and custom variables at the Well Level. We understand there may be times when you don’t need all of the default fields that show when entering a Well measurement, so we’ve created show/hide options for these situations. You can hide all the default fields to only show custom variables or vice versa. 🐇🎩🧙‍♂️

Gas Volume Calculation Updates

In addition to the Gas Flow Calculator released in the last update, we’ve added a new feature tracking ‘minutes’ to complement hours flowing! Now you can make the most of your Gas Calculations. ♒

Take a look for yourself! 🥽


Precision in Gauge Measurements

Greasebook has always been accurate, but now we’re pinpointing precision. 🎯🎯🎯

For some of our operators with 1000 tanks, our gauging features now support down to 1/16 in. increments.

And, for Operators who gauge in inches only (NOT feet and inches), we’ve got your back! 🎒 No more converting from feet back to inches, you can put in gauges exactly as you record them in the field.

Greasebook customizations and continual updates means you can make the most of your system, reflecting precisely what you see in the field.🛢 🌾


New Comments Style

Along with a new Welcome Screen we’ve also updated our Comments & Well History Screen. 💬

Newest comments as well as a preview snapshot of any included image show at the top of the list. So if you’re just hear to read the comments, you don’t have to go far.🍿

Looking for a comment? We’ve implemented a full Comment Search to find exactly what you’re looking for. 🔍

Comments can be entered at the bottom of the screen with just a tap, including the ability to add a photo or upload one from your phone.

Have too much to say and not enough fingers to type? Tap the microphone button to enter a voice to text memo! 🎤



The Greasebook is the fastest growing app in the oil patch today. And, to keep up we push out new updates every week.

Not sure if we can handle something in your ops? Ask us! 👋🙂

Given the number of producers we work with today in nearly every oil & gas producing basin across the US, when it comes to tracking your production and maintaining tabs on your folks in the field there’s not much we DON’T do.

And, if we don’t do whatever you’re after already, there’s a good chance we can knock it out in short order 👔

In summary, if you’re not letting Greasebook run your daily ops, you’re working too hard. ⏳💸

If you’d like to streamline your communication with the field to achieve your most profitable, operationally efficient oil & gas production company, then get started by filling out a questionnaire here: www.greasebook.com/invite

Each month, Greasebook is pushing new updates to the platform. That said, here is a quarterly round-up of some of the more notable features that were pushed to the app Q1 2021 – without further adieu, let’s dive in! 🏊‍♀️

PHDWin Integration

Engineers should be focused on things like oil & gas production – NOT gathering, massaging, and wrangling of oil and gas production data. Now, with our new PHDWin integration, you’re able to run Economics and Decline Curve Analysis to your heart’s content! 🤓📉🛢

Simply load up your Engineering / PHDWin Case Numbers to the Greasebook and export all that good, clean, quality controlled production data straight from your pumpers in the field. Who says gathering production data from our pumpers can’t be fun?!

Special shout out to Luke Miller @ Miller Energy Company (Traverse City, MI📍) not only for the request but also the feedback in helping us iron everything out! 🤝

Well History File Repository

Where do you keep all your most important documents regarding your production assets?

Now, with the Greasebook you can complement all that juicy production data🍊with the following:

  • Lease Drilling Records 📑
  • Pumping Unit Information 🗂
  • Wellhead Records 📂
  • Casing Records 🗄
  • Tubing and Packer Information 📄
  • Packers and Holddowns 🗃
  • Pulling Tension on the Tubing String 📑
  • Sucker Rods, Pump Design, and Service Records 📂

And the best part? Not only will you and your team have a centralized place to access these files no matter where you’re at, but your field crew will have access to them, t00 – right on their smartphone!📲

Texas Railroad Commission PR Report Auto-Filer

Who likes filing their monthly RRC PR reports, raise your hand!🙋🏻‍♀️

Go ahead, don’t be shy now, raise’em up. . . .

. . . . anyone?? 🦗  🦗  🦗

If you loathe filing monthly RRC reports as much as other operators do, you’re not alone.💀

Thankfully, Greasebook now automates this process for you. 🎈

After adding some basic info to the Greasebook regarding your Texas leases (Operator Number, Lease Names, Oil Lease Number / Gas IDs, Field Names and the like), each month you’ll be prompted to add your Oil Sales.

And, once you’ve reviewed your production totals, made the necessary adjustments, and now everything shakes out, you’re ready to file!

Simply click ‘Run’ and let’er rip🔥 – our RRC PR form filer tool will now run and download an EDI file (or PDF) from which you can file online!

A shout out to the Texas Railroad Commission as well as Matt Brasher and Team @ Courson Oil & Gas (Perryton, TX📍) for helping us work through this – our hats off to you!! 🙌


Gas Volume Calculations

Often times, our gas production at a particular is so low it doesn’t warrant the purchase of an Electronic Flow Meter (EFM).

Fortunately, the GreaseBook now calculates these gas volumes for us! 🙀

Given a paper chart recorder’s:

  • Differential
  • Static
  • Temperature (sometimes)
  • Hours Flowing (over previous 24 hrs) – in hours and minutes!

And, a set of Constants:

  • Meter Tube Size
  • Orifice Size
  • Specific Gravity
  • Tap Type (Flange or Pipe)

The GreaseBook now calculates total Gas Volumes at any point that doesn’t have an EFM.

Included below is a few short clips showing the calculator in action 🎥

Side note: Thank you to Ken Edwards, Ph.D. P.E. @ LMNO Engineering (Athens, OH📍) for helping us mind our P’s and Q’s with these gas calculations (they can get complex in a hurry!)😅

Support for NGL Bullet Tanks

To manage our Natural Gas Liquid (NGL) production💧, ‘Bullet’ or NGL tanks are tank elements that can now be added to the Battery level in the Greasebook.

The production volume of these tanks is accounted for as percentage of the tank filled, and this percentage is ultimately translated into total gallons produced.

As well as with other types of tanks, new measurements and run tickets can be added to each Bullet tank, too.📊

More Robust Allocation Engine

In some fields, there can be a lot of complexity around the allocation of our oil, gas, and water production.🤦🏻‍♂️

That said, we’ve added even more flexibility around how you allocate, process, and ultimately measure your production.

For example, what if you’d like to send Gas produced from a set of Wells to Collection Point A while sending the Water produced from that same of Wells to Injection Point B?🤔

The Greasebook now enables you to immediately track back the water production to each well so you know how much to allocate (and ultimately charge) each WI owner.💦💵

We’ll spare you the details (and keep from putting you to sleep), but just know that when it comes to complicated allocations: when the goin’ gets tough, the Greasebook gets goin’. 💪🏼🤓


The Greasebook is the fastest growing app in the oil patch today. And, to keep up we push out new updates every week. Not sure if we can handle something in your ops? Ask us! 👋🙂

Given the number of producers we work with today in nearly every oil & gas producing basin across the US, when it comes to tracking your production and maintaining tabs on your folks in the field there’s not much we DON’T do.

And, if we don’t do whatever you’re after already, there’s a good chance we can knock it out in short order 👔

In summary, if you’re not letting Greasebook run your daily ops, you’re working too hard. ⏳💸

If you’d like to streamline your communication with the field to achieve your most profitable, operationally efficient oil & gas production company, then get started by filling out a questionnaire here: www.greasebook.com/invite

July 4th, 1906 – Louisiana Conservation Act Enacted

As Louisiana joined many oil and gas producing states, a new law was passed to help reduce waste and to protect natural gas fields. This law enforced penalties for damaging pipelines, failing to cap wells and wasting natural gas by burning it.

The idea for the new measures came following issues that plagued the Indiana Gas Boom. As the Hoosier State and other states ran into issues when producing natural gas, states such as Louisiana wanted to be proactive when it came to their own industries.

July 6th, 1988 – North Sea Explosion Brings Tragedy and Fatalities

The most fatal offshore disaster in the oil industry took place in the North Sea. A fire and explosion on Occidental Petroleum’s Piper Alpha production platform ultimately killed 167 people.

The Piper Alpha, created to produce oil, was receiving gas from other platforms. It would then export gas to a compression platform. A safety consultant noted that the explosion happened because of a misunderstanding that resulted in a gas condensate pump’s safety valve being removed.

Following this tragedy, new changes were made to the safety guidelines on offshore rigs. These included new platform designs, operation engineering, safety procedures and evacuation technologies.  It was an innovative effort and included more than 106 recommendations were made and accepted by the industry.

July 7th, 1947 – Sid Richardson Launches Foundation to Help Texas Schools and Hospitals

A foundation to benefit schools and hospitals in Texas was established by an independent producer named Sid W Richardson, a Texas oil tycoon, was one of the richest men in America in the 1940s when he decided to start his own foundation to benefit schools and hospitals throughout the state of Texas. It was estimated that he was worth nearly $800 million dollars at the time.

After struggling for more than 10 years, Richardson started making oil discoveries in 1919. Thanks to a small investment and a friend with insider industry knowledge, Richardson was able to start his very own oil enterprise; ultimately becoming the president of several companies in the Lone Star State.

Richardson also began collecting paintings by Charles M. Russell and Frederic Remington. Today, the foundation supports this collection, which is still on display at the Sid Richardson Museum in Fort Worth.

July 8th, 1937 – Plans Launched to Begin Explorations in Gulf of Mexico

In 1937, plans to build a pier in the Gulf of Mexico were approved by President Roosevelt’s Secretary of War. The plans would launch the early stages of off-shore oil drilling and exploration in the United States.

Drilling began close to McFaddin Beach in Texas and the Humble Oil and Refining Company (now Texaco) took on the work. The lease was in Galveston County, close to High Island.

Humble Oil constructed the pier and used three drilling rigs in an attempt to locate oil, but all the wells were dry. In 1938, the pier was destroyed by a hurricane. Now, tourists can visit the drilling rig museum and education center, located near the original drill spot on Galveston Island.

July 9th, 1815 – Oil Discovered on West Virginia River Banks

Captain James Wilson accidentally discovered oil in present-day Charleston, West Virginia when he began to drill a salt brine well. Historians note that in 1775 a surveyor, George Washington, noticed the first signs of potential oil fields in the area when he noticed“burning springs” on the Kanawha River.

However, it wasn’t until Captain Wilson’s drilling efforts that the true depth of the oilfield was fully realized.

July 9th, 1883 – Former Oil Executive Publishes the Wizard of Oz

Before writing The Wonderful Wizard of Oz, L. Frank Baum started an oil company in Syracuse, New York. This business offered oils, greases, and lubricants and was known throughout the area for “Baum’s Castorine” This product was a popular axle oil.

Frank Baum’s father worked for the company as the chief salesman. The business still operates today. A local Syracuse newspaper covered the opening of the store reporting that Baum’s Castorine was rust-resistant and “smooth enough to make horses laugh.” Of course, after his work of fiction reached its peak popularity, L. Frank Baum abandoned his career in oil for one in literature.

January 23, 1895 – Oil Exchanges Closed By Standard Oil Price Fixing

The downtown commercial historic district was added to the National Register of Historic Places in 1997.

Standard Oil had an incredible amount of power in the early years of oil production in the United States, controlling nearly ¾ of the producing and refining potential. This allowed the purchasing agents for Standard Oil to set the price at which they would buy oil from independent producers, rather than the price set by the open market.

Oil exchanges were markets that specialized in trading in oil speculations. However, when petroleum giant Standard Oil began to control the overall price for oil, there was little money to be made by investing in oil prices. Standard Oil’s purchasing headquarters in Oil City, Pennsylvania became the third largest financial exchange in the United States behind the New York and San Francisco Stock Exchanges.

Ultimately, this caused Standard Oil to run a monopoly on the market, as all other oil exchanges ended up shutting down operations.

January 23, 1991 – Iraqi Army Opens Kuwaiti Pipeline Valves, Causing Huge Oil Spill

The oil slick created by the Gulf War oil spill was over 100 miles wide and 5 inches thick.

While there have been several large oil spills in recent years, the largest in the world was back in 1991. This disaster occurred when retreating Iraqi soldiers opened pipeline valves on the Kuwaiti coast in hopes of preventing US Army forces from landing.

The total estimated amount of oil spilled varies depending on the source, but it was anywhere between 6 and 11 million barrels. Most of that oil ended up in the Persian Gulf. During the war, several hundred Kuwaiti oil wells caught fire. It would take months before the last of these fires was eventually put out.

January 24, 1895 – Pure Oil Company Created To Counter Standard Oil

Starting in the late 1920’s, it became common practice for gasoline companies to offer free road maps with the locations of their service stations marked.

In 1895, oil producers, refinery owners and pipeline operators all came together to form the Pure Oil Company. They did this in order to effectively compete with Standard Oil who ran the entire exchange industry at the time.

Standard made a practice of vertical integration, meaning that they controlled as much of their production and transportation as possible. Standard drilled their own wells, owned their own pipelines and refineries, and even made their own barrels. Pure followed their example, becoming the second vertically integrated oil company in the United States.

Pure successfully competed with Standard Oil, selling kerosene in several cities in the eastern United States and breaking their monopoly. Pure Oil would later be bought by Ohio Cities Gas Company, which would adopt the Pure brand.

January 26, 1931 – Size of Huge East Texas Oil Field Revealed

A crowd gathered at the Lathrop No. 1 Well as it neared completion, expecting a gusher similar to the other two that tapped into the East Texas Oil Field.

While the East Texas Oil Field was expected to be quite large, the true size of infamous field was not revealed until the Lathrop No. 1 Well struck oil miles north of two other high producing wells. The wildcat well was the work of Monty Moncrief, an independent operator out of Fort Worth. The Lathrop No. 1 Well produced over 7,000 barrels a day.

The two earlier wells that helped create this trifecta were the Daisy Bradford No. 3 Well that had been completed a few months earlier, and the Lou Della Crim No. 1 that was completed only a few days after Christmas, 1930.

January 28, 1969 – Oil Spill Off the Coast of Santa Barbara, CA

An aerial view of the oil platform and the spill. After the spill was stopped at the surface, the pipe at the seafloor began to leak oil. The bubbling water to the left of the rig is caused by this underwater leak.

An offshore drilling rig ran into a problem while replacing a drill bit causing a devastating spill along the California coastline. The mud used to keep pressure on the well ran low resulting in a blowout that ultimately spilled tens of thousands of barrels of oil. The oil slick spread six miles to the southern California coastline, coating beaches and marine habitats. The spill was controlled after only 12 days, but in that time thousands of birds and marine animals were killed in the process.

The spill ultimately helped to turn public opinion against offshore drilling. It also was part of the motivation for creating the Environmental Protection Agency the following year. Continued study of the oil seeps in that area has led to the discovery that the natural pressure forces tons of oil out into the environment every day. Oil drilling and exploitation has relieved some of that pressure, reducing the amount of oil that comes from the seeps.

January 28, 1991 – Oil Rig In Downtown Elk City Becomes Tourist Attraction

The 17 story tall Parker Rig No. 114 can be seen just off the historic Route 66.

When it was originally constructed in the 1960s, the Parker Rig No. 114 was one of the largest drilling rigs in the world. It was created to drill deep wells to test nuclear bombs. However, the rig was eventually used by Parker Drilling to dig some of the deepest oil wells using conventional drilling methods, reaching as far as 4 miles down.

The rig was used specifically to drill wells into the Anadarko basin, an oil bearing geological formation below Oklahoma and Texas. More recently, it serves to attract tourists to Elk City, Oklahoma.

January 29,  1886 – The Internal Combustion Engine Is Born

Karl Benz’s wife financed the development of the original motor wagon. Technically, that would have given her rights to the patent. However, in 1885 Germany a woman could not apply for a patent.

The Benz Patent Motorwagen, considered to be the first true automobile, revolutionized automobile engines when it utilized gasoline for internal combustion. Developed by Karl Benz, from Mercedes Benz, the engine used a four stroke, single cylinder model, and it was mounted on a three-wheeled chassis. Until that point, automobiles had used steam or electric power.

Karl’s wife, Bertha Benz, financed the car and was the first to drive it over a long distance. While it meant she technically should have owned the patent, women couldn’t own patents in Germany at the time. While Karl ultimately got the rights to the patent, the feat would bring worldwide attention to the German engineer’s invention and the potential for the German auto industry.

January 18, 1919 – Church Refuses Permission To Drill In Cemetery

The East Texas Oil Field is the second largest in the lower 48 states and has produced the most oil since its discovery.

World War I had created a huge demand for oil and gas, and even when the war ended, the demand continued well into the post war-years. Oil wells were being drilled all over North Texas as speculators sought to cash in on the boom.

Oil men tried to buy up the rights to every part of the landscape that might contain petroleum. They even attempted to buy the drilling rights for the Merriman Baptist Church’s cemetery for $100 million. Drilling would require the disinterring and moving of corpses and the congregation voted to turn the offer down. They even put up a sign telling the oil men to ‘Respect the Dead.’

The cemetery, which has never been drilled on, still exists near a modern church building.

January 19, 1922 – Geologists Predict US Oil Fields Running Dry

Low producing, or stripper, wells are designed to continue pumping oil after the reservoir’s pressure has fallen.

In another of a long line of dire predictions, the U.S. Geological Survey prognosticates oil reserves running dry sometime in 1940, causing widespread panic. There have been many projections that claim an end to the oil supply over the years, and this marked one of the biggest panics insinuated by one of these predictions.

However, as oil exploration continued and the true size of petroleum reserves has come to be understood, these “predictions” started holding less weight.

The first of these predictions actually took place in 1879, when the state geologist of Pennsylvania predicted that there was only enough oil to produce kerosene for an additional four  years. Other such predictions include the Model T Scare of 1916, a scare during the Cold War and caused major concern at a time where the US believed they needed oil the most.

January 19, 1965 – Robot For Underwater Construction Patented

Howard Shatto is standing beside his invention, the Mobot.

In 1965, Howard Shatto patented the first remotely operated underwater robot, a remarkable invention that would go on to change offshore drilling efforts forever. Dubbed the ‘mobot’ — for manipulator operated robot — it was described in the patent as an underwater manipulator with suction support device.

Shatto would continue his work on remotely operated robots, becoming a world respected inventor in the field. His work would eventually lead to the modern remotely operated vehicle, or ROV, which are widely used in offshore drilling. Shatto would first work with Shell Oil, helping it to become an early innovator in offshore oil exploration and exploitation.

The earliest remotely operated robots were used on land for working in radioactive areas too dangerous for humans. Shatto’s robot was similarly designed to work in areas too dangerous for people, though in this case it was for use in water too deep for divers.

January 20, 1886 – Natural Gas Well Erupts In Ohio

This plaque, located in Findlay, Ohio, commemorates the discovery of the Great Karg Well.

The pressure at the Great Karg natural gas well in Findlay, Ohio builds to more than the technology of the time can handle. The well erupted with natural gas and the flow was initially over 10 million cubic feet in one day. The gas caught fire, becoming a pillar of flame that burned for four months straight. The flaming well served as a tourist attraction for the area.

The Great Karg well was not the first natural gas well drilled in Ohio, but it was the largest of its kind. It also launched a boom that brought people and businesses to the areas. In particular, the cheap cost of natural gas caused by the boom attracted glass companies. Bottle makers, a light bulb manufacturer, and a tableware glass maker, among others, all eventually opened factories in Findlay.

January 21, 1865 – Oil Well Torpedo Is Demonstrated For The First Time

The torpedo developed by Edward Roberts explodes to force open the cracks in the surrounding rock, fracturing it to improve the flow of oil to the well bore. This was an early form of what has become known as ‘fracking.’

The first ever oil well torpedo was introduced to the world in 1865 when Col. Edward Roberts began his experiments in hopes of improving oil production. This involved using controlled explosions at the bottom of a well, exploding a ‘torpedo,’ or metal casing full of black powder.

This first experiment took place deep in a well in Titusville, Pennsylvania.

The experiment improved the production of the well, going from just a few barrels a day to over 40. The process became known as ‘shooting a well.’ Later, nitroglycerin became a more common explosive due to its effectiveness, despite its instability. Roberts patented the invention, which used an iron tube filled with an explosive. The well was filled with water to prevent the explosion from escaping up the well.

This early form of fracking was used to remove paraffin buildup in the bottom of the well. Earlier methods for dealing with this problem involved pouring dangerous chemicals, such as benzene, into the well to dissolve the buildup.

January 22, 1861 – Kerosene Refined In Pennsylvania For the First Time

This panoramic view of oil boomtown Titusville, Pennsylvania was drawn by Theodore Fowler, who drew similar views of many boomtowns.

A new type of refinery using multiple stills was built in Pennsylvania near the oil boom town of Titusville. The refinery was designed to produce kerosene, used for illumination at that time. It would produce both the purer white kerosene and a less expensive yellow kerosene. The refinery’s efficiency was low compared to modern versions, one barrel of crude producing only 20 gallons of refined kerosene.

William Barnsdall built the refinery to process oil produced from his oil well, the second successful well drilled, after Edwin Drake’s famous first well.

January 2, 1866 – First ‘Modern’ Rotary Rig Patented

Pictured here is a drawing of Peter Sweeney’s patent.

In 1866, Peter Sweeney patented the first rotary drill, a design meant to be an improvement on an earlier creation from Britain’s Robert Beart. This device includes many basic aspects of modern drill rigs that are still used today. Aptly titled Improvement in Rock Drills, this piece included a roller bit and replaceable cutting wheels. The drill head was designed to be turned rapidly so that the cutting wheels cut into the rock and produced a clear hole. The hollow drill-rod, the equivalent of modern drill pipe, allowed steam or water to be piped to the bottom of the hole so that it could be kept clear.

The rig was intended for drilling deep holes. Edwin Drake had drilled the first commercial oil well only a few years earlier, but Sweeney’s rock drill improved many of the shortcomings of this original design, and would be used extensively in many oil booms around the country.

January 2, 1882 – Standard Oil Reorganized Into Trust

A share certificate for the Standard Oil Trust.

While the Sherman Antitrust Laws were still a few years off, many states began passing laws against monopolistic companies. In response, John D. Rockefeller reorganized Standard Oil, which owned most of the oil production and transportation companies across the country, into a trust. The Standard Oil Trust in turn owned 40 different affiliate companies, through which it continued to control most of the oil business in the United States.

Because of the Standard Oil Trust, and the anti-competitive practices that its control allowed, the idea of a ‘trust’ became associated with monopolies. The trust was eventually broken up by a Supreme Court ruling in 1911.

January 2, 1932 – ‘76’ Brand Gas Was Introduced

The iconic orange 76 ball was introduced at the 1962 World’s Fair in Seattle.

On January 2nd, 1932, the Union Oil Company unveiled the now infamous ‘76’ brand gasoline at gas stations across the Western United States. The number was a reference both to the octane rating of the gasoline and to the 1776 U.S. Declaration of Independence. The orange ball ‘76’ logo that so many recognize was created for the 1962 World’s Fair in Seattle, Washington. Millions of smaller versions of the logo were given away as car antenna toppers in an effort to create publicity for the gas brand.

When ConocoPhillips began rebranding 76 stations in 2005, many of the orange balls were taken down. In response to a ‘Save the 76 Ball’ campaign, they reversed the decision and put up countless new balls in the new brand colors.

January 4, 1948 – New Oil Found In Permian Basin

The Permian Basin is a complex geological formation made up of several component basins and platforms.

In 1948, when an exploratory well hit oil in west Texas, it unveiled the potential for the upcoming Texas oil boom; and lead to a greater focus on the area’s potential for oil production. While there had been many attempts to find oil in the area over the years, this was the first successful wildcat well.

Slick-Urschel Oil Company drilled the well southeast of Midland, Texas to a depth of 12,000 ft.. Michael Benedum had drilled the first 10,000 ft in less than six months, but delayed his efforts when he ran into hard rock. With the help of Tom Slick, Jr., a whipstock was used to create a branch off the well in order to reach the oil in the limestone. When oil began flowing, more drillers began to see the potential the Lone Star State would hold.

January 7, 1864 – Oil Discovered At Pithole Creek

A view down Holmden St in Pithole, Pennsylvania. The street was named for Thomas Holmden, the owner of the farmland where oil was discovered, as well as where the town would come to be built.

When Isaiah Frazer and four other investors formed the United States Petroleum Company, they planned to drill exploratory wells throughout Pennsylvania in hopes of striking oil. Just five years earlier, Edwin Drake had drilled the first commercial oil well in nearby Oil Creek and the newly-formed company was looking for similar luck. Frazer and the others had taken a chance on the rougher landscape of Pithole Creek, in hopes of finding their own paying well.

The Frazer or United States No. 1 Well struck oil January 7, 1864. According to several reports, the site of the well was chosen using a dowsing rod. When the oil began to flow, this well began fueling the creation of a town that would boil up to a population of 20,000 in less than a year.

However, the growing town wouldn’t last long. In just 13 years, the town’s charter would be annulled and Pithole, Pennsylvania was essentially abandoned.

January 7, 1905 – Humble Oilfield Has Outstanding Production

A postcard showing oil being taken by wagon from the oil field in Humble, Texas.

The Beatty No. 2 Well stroke oil in Humble, Texas in 1905, setting a new precedent for the oil production in the United States. C.E. Barrett’s discovery in Harris County would rival the Spindletop oil strike four years earlier, producing over 8,000 barrels a day. Like the Spindletop strike, the discovery of oil in Humble, Texas would lead to a boom in the area.

The town’s population would go from under 1,000 to almost 20,000 in just a few months. Humble eventually produced over 15 million barrels of oil in the year of the boom alone. The oil field had a high production for many years, leading to the formation of the Humble Oil and Refining Company in 1911. It would be bought by Standard Oil and eventually become part of ExxonMobil. The Humble oil field is still producing oil today.

January 7, 1913 – Cracking Method Produces More Gasoline

William Merriam Burton developed the first thermal cracking process while working for Standard Oil.

Scientists working for Standard Oil developed the first cracking process, by using heat, to double the amount of gasoline that could be produced from each barrel of crude oil during the refining process. Cracking is the process of breaking longer hydrocarbon chains into shorter ones.

Oil was seeing a decline in demand, as electrical lighting was taking over from the previously popular kerosene lamps. However, at the same time, automobiles were coming onto the scene and creating a new type of demand, causing gasoline to becoming the more profitable petroleum product. More advanced forms of cracking would be developed in short order.

January 7, 1957 – Oil Discovered On Michigan Dairy Farm

This map shows drilling activity across Michigan. The Albion-Pulaski-Scipio field, where Ferne Houseknecht struck black gold, is the black line in the center of the state, near the southern border.

In January of 1957, Ferne Houseknecht was juggling her farm chores when she convinced her uncle to help her drill an exploratory well on her farm. It took over two years to pick away at the well, as Ferne had been convinced by a fortune teller that there was oil beneath her dairy farm.

The Houseknecth No. 1 Well hit oil at just over 3,500 ft, revealing the Black River formation, an oil producing zone in the southern part of Michigan. The discovery led to an oil boom and further drilling the area, producing over 100 million barrels of oil and a quarter million cubic ft of natural gas. The formation that Mrs. Houseknecht discovered is still producing petroleum today.

December 26, 1905 – 55 Gallon Drum Design Patented

Nellie Bly, owner of the Ironclad Manufacturing Company and holder of the 55 gallon drum patent, was a journalist before she was an industrialist. Here she is pictured preparing for her round-the-world trip, which she completed in 72 days.

A man by the name of Henry Wehrhan, who was working for Ironclad Manufacturing Company, applied for a couseveral patents of steel barrels, replacing the then industry-standard wooden barrels of the day. These patents would eventually go on to be developed into the modern 55-gallon steel drum.

Ironclad Manufacturing was owned by the famous Nellie Bly, an independent woman who had worked as a journalist for many years. Ten years earlier she had married the founder of Ironclad, Robert Seaman. And when Seaman passed away in 1904, he left Bly as president of the company, making her the official holder of the 55 gallon drum patent.

The patent for the steel barrel Wehrhan designed.

The steel drum Wehrhan designed was simple to manufacture and included flanged hoops for additional strength, bringing a great deal of promise to Bly’s newly acquired company.

Unfortunately, the company would go bankrupt due to embezzlement by a factory manager and Bly would ultimately return to journalism.

December 28, 1930 – Well Reveals True Size of East Texas Oilfield

The Lathrop No. 1 Well, seen here, was drilled 15 miles north of the Lou Della Crim No. 1 Well, confirming that the East Texas oilfield was larger than most had believed.

When J. Malcolm Crim completed the Lou Della Crim No. 1 Well, which he named for his mother, he had no idea that the well would unveil more than just oil. The resulting gusher proved that the East Texas oilfield is much larger than was previously believed.

Geologists had claimed that it was unlikely that anyone would find oil in the area around Kilgore, Texas. However, Malcolm Crim still drilled on the land belonging to his mother, ignoring their predictions. There are a few myths surrounding his motivations for drilling, but no matter what the reason, he proved to be correct when he struck oil. The well produced tens of thousands of barrels a day, and confirmed the massive size of the East Texas oilfield.

Other successful wells would continue to showcase the size of the oilfield, which would eventually be determined to be nearly 500 square miles in size.

December 30, 1854 – First Petroleum Company In US Opens

A stock certificate for the Pennsylvania Rock Oil Company.

In 1854, George Bissell and six other men formed the Pennsylvania Rock Oil Company, the first business organized to drill for and sell oil in the United States. Openedin Albany, New York, the company initially had difficulty attracting investors.

The brand underwent a massive reorganization, before the original owners lost control of the business in the stock panic of 1857. It was eventually purchased by Robert Townsend who incorporated it as part of the Seneca Oil Company.

It was Townsend and Seneca Oil that hired Edwin L. Drake whose oil strike in Venango County Pennsylvania would become known as the first commercial oil well in the United States.

December 31, 1954 – 4-Mile Deep Dry Hole Sets Depth Record

The Ohio Oil Company would later buy Transcontinental Oil, including the Marathon brand, and its distinctive Greek runner logo.

In 1954, the Ohio Oil Company drilled a hole that would go on to set a depth record. The hole was located in Kern County, California, in the San Joaquin Valley, and was over 4 miles deep. Technological advances allowed drilling to that depth, though the technology of the time did not prove quite up to the challenge. The drill became stuck at the bottom and had to be fished out of the hole. Despite the depth of the hole, no oil was discovered.

A well that was nearly as deep, also located in Kern County, was eventually drilled by the Richfield Oil Corporation. However, it was short of the record by about 4,000 ft. Wells of that depth cost over half a million dollars to complete, yet despite the cost, over 600 wells were drilled in California that year alone.

December 13, 1905 — Birth of the Gas-Electric Hybrid

The large wheel hubs contain motors that are powered by an electrical generator run by a gas engine.

In 1902, as the petroleum exploration and drilling business was just getting started, there was still a lot of mystery surrounding just how much oil there would really be. Among fears that the supply was sharply limited and may run out, companies began inventing different types of alternative power sources for automobiles.

While steam, compressed air, and electricity were all explored, it was Ferdinand Porsche that introduced the first gas-electric car, using a four cylinder gas engine to generate electricity. The power was fed to motors in the wheel hubs which could drive the car up to 50 mph. Obviously, this was not only the birth of a new concept in modern mobiles, but the birth of the soon-to-be-world-famous Porsche brand.

December 13, 1931 — Oil Strike In Conroe, Texas

In December of 1931, George Strake Sr. struck oil with the South Texas Development Company No. 1 Well, located just south of Conroe, Texas. Strake had leased a 8,500 acre field that would be producing over 60,000 barrels a day by the next year.

In 1933, the oilfield collapsed into a crater filled with burning oil. Relief wells were drilled by George Failing, which drew oil away from the sinkhole and extinguished the fires. Failing had developed a truck mounted drilling rig that allowed him to drill a dozen six hundred foot wells in just a few hours; which proved to be a very profitable move for all involved.

December 14, 1981 – Attempts To Use Dowsing And Prayer To Find Oil Fail

Minnesota is one of the few states with no petroleum production at all.

In 1981, while some states were struggling with their lack of petroleum production, the Minneapolis Tribune reported that some were locating oil by using the traditional divination method of dowsing.

The report stated that by using copper rods, those practicing the ancient prayer were able to find oil reserves near Ellsworth, Minnesota.

Despite a geological report that noted that it was unlikely Minnesota held any oil or gas reserves, nearly $200,000 dollars was raised for the drilling of a wildcat well. It was drilled down to 1,500 ft, but no petroleum of any sort was found.

December 17, 1884 — Cannons Used To Poke Holes In Burning Oil Tanks

Cannons left over from the Civil War were used to fight oil field fires.

Lightning was a significant problem in oilfields in the early late 19th century as stray bolts of lightning we actually able to ignite oil tanks, causing serious fires. The technology for fighting oil fires was still in its infancy and there was little that could be done but allow the fire to burn itself out. With most oil tanks, it meant there was a great deal of oil to burn off making these strikes costly, dangerous and time consuming.

The solution was to poke a hole in the tank and allow the oil to run out, so the fire would burn itself out much more quickly. This could be done using cannons left over from the US Civil War. Cannons loaded with 3-inch balls were soon stationed throughout oil country, ready for use in case of an emergency.

December 17, 1903 – First Gas-Power Flight Takes Off

The original Wright Flyer used a homemade gas engine to power its original on December 17, 1903.

The Wright Flyer took to the skies on December 17th, 1903 and it became the first plane to be powered by a 12 horsepower gas engine. The engine was built by Charlie Taylor and used 50 octane gasoline intended for use in boat engines.

That’s not the only impact that gas had on the early days of the aviation industry. Natural gas also powered the Wright brothers’ workshop. A single cylinder engine was used to provide power to their lathe, a drill press and a simple wind tunnel used to test their designs.

December 17, 1910 – Helium Found In Texas Natural Gas Reserve

In 1910, a gushing oil well was discovered in Clay County, Texas. The oil boom that followed saw the founding of Petrolia, Texas, named after another oil boom town in Pennsylvania. The Dorthulia Dunn No. 1 produced hundreds of barrels of oil a day, with the oil field producing 500,000 barrels in 1914 alone during its production peaked. Eventually, other oil field discoveries would surpass Petrolia as production fell.

However, helium was also found in a reserve of natural gas in Petrolia. This pushed the government to build the first helium extraction plant in the US in the Texas town. That plant was the only source for helium in the country for several years, keeping Petrolia on the map even when other oil boom towns had collapsed.

December 18, 1929 – Oil Boom In Venice, California

While oil is still produced in southern California, the wells are usually disguised to make them less obtrusive. That wasn’t always the case, as dozens of oil derricks once loomed over Venice Beach.

The oil boom came to beachfront Venice, CA when a wildcat well was drilled by the Ohio Oil Company in this little town outside of Los Angeles. The company had obtained permission to drill within the city limits, just a couple blocks from the beach. The well produced several thousand barrels of oil a day, proving that there was a substantial reserve under Venice, California.

Oil is still produced from the area today, though the wells are hidden behind facades to make them less obvious. However, it wasn’t always this way. As late as the 1960’s there were still oil derricks throughout the city, which many thought took away from the charm of this waterfront community.

Ohio Oil Company was bought by Standard Oil and remained part of that company until it was broken up by court order in 1911. In 1930, Ohio bought the Transcontinental Oil Company creating the Marathon brand. Today, the company is known as Marathon Oil.

May 1st, 1860 – West Virginia Shows Promise in Petroleum

In May 1860, John Castelli Rathbone located oil at a stream named Burning Springs Run, in present-day West Virginia. This discovery is credited with beginning of the petroleum industry in the state.

The well, named the Rathbone Well, had a depth of 300 feet and produced 100 oil barrels per day day. The discovery also marked the first boom that began outside of the state of Pennsylvania and lead to almost 600 oil leases in the area by the end of the year.

Historians credit these events as the start of the gas and oil industry in America. They also lead to West Virginia ultimately becoming a state in 1863.

May 1st, 1916 – Sinclair Oil is Formed

In 1916, a number of struggling oil properties, leases, and five small refineries were acquired for rock-bottom prices by a man named Harry Ford Sinclair. This marked the official formation of Sinclair Oil and Refining Corporation, which would go on to be one of the most notable oil companies of its kind.

Based in New York, Sinclair Oil and Refining reached over $9 million in net income in the first year alone, after Sinclair was able to produce over 6 million oil barrels in a matter of months. In 1932, there were able to reach a capacity of 150,000 oil barrels per day.

The company started using a Brontosaurus (now known as an Apatosaurus) on labels and advertising in 1930. The Jurassic era giant featured in the “Dinoland” area at the New York World’s Fair amazed visitors. It appeared in 1934 and again 1964, helping the company to blossomed into one of the most recognized names in the American oil industry.

May 1st, 2001 – Conoco Oil Pioneers Exhibit

On May 1st, 2001, the “Conoco Oil Pioneers of Oklahoma Plaza,” was officially opened at the Sam Noble Museum on the University of Oklahoma’s campus.

The educational exhibit details the history of the state of Oklahoma and the impact the oil industry had on its development, highlighting how the two are intrinsically linked. The people honored in the exhibit were pioneers that made significant contributions to the state and the oil industry.

The plaza also pays homage to the “King of he Wildcatters,” Tom Slick. The former landman and geologist was responsible for several big discoveries in the area, including the founding of the high-producing Cushing-Drumright Oilfield.

May 3rd, 1870 – Patent for “Yellow Dog” Safety Lamp

In 1870, Johnathen Dillen received a patent for his safety derrick lamp, the “Yellow Dog.”  The safety lamp was actually a lantern with two wicks that was used in America’s first oilfields.

The lamp was designed to illuminate areas around derricks and machinery where explosions were more common. The lamp was designed to be safer than traditional lanterns in these high-risk environments.

There is still some debate over where the lamp got its name, but most think that it is because when lit, the two wicks looked like a dog’s yellow eyes in the night.

May 4th, 1869 – Patent for Offshore Drilling Rig

In 1869, Thomas Rowland was granted a patent for his “submarine drilling apparatus,” marking the first American patent for an offshore drilling rig. Rowland owned a company in Greenpoint, New York called Continental Iron Works. Experts claim that this patent inspired the technology we use for offshore exploration today. Rowland’s design was a worked, fixed platform to be used in offshore drilling at up to a 50-foot depth.

Even though the rig was meant to work in shallow waters, the tower resembled more modern fixed platforms used today. Both Rowland and Continental Iron Works became big names in petroleum tank construction and design. In 1947, as technology improved, wells were drilled offshore in the Gulf of Mexico.

In 1882 the American Society of Civil Engineers established the Thomas Fitch Rowland Prize to pay homage to his innovation and his contributions to the industry.

May 5th, 1889 – Large Indiana Refinery Built Outside Chicago

In May 1889 the Standard Oil Company began construction on their new oil refinery in Whiting, Indiana, a community located just minutes outside of downtown Chicago.

The 235-acre complex used processes that John D. Rockefeller initiated just a few years prior. It was the largest refinery in America when it was completed. BP now owns the complex.

This refinery used newly patented technology and processed “sour crude,” a sulfurous material found Ohio oilfields. It was later transported on railroads controlled by Rockefeller. Soon after, the refinery was producing kerosene used in home lamps, as public demand for the fuel increased.

May 7th, 1920 – Halliburton Company

Erle P. Halliburton founded the Halliburton Company in Wilson, Oklahoma on May 7th, 1920. At the time, it was a cementing and well service company, but it eventually expanded into the New Method Oil Cementing Company, after the “Burkburnett” oil boom.

Using cement in the drilling of wells is still critical in the industry. This is because injecting it in the well protects casing, minimizes the possibility of a blowout and seals off the water formation.

In 1922, a mixer called “jet-cement” was patented. This increased both the quality and speed of mixing. Seventeen Halliburton trucks began servicing Arkansas, Louisiana, Texas and Oklahoma by the end of that year.

This company also launched new innovative cement pumps. Rather than being powered by rig boiler steam, they got their power from truck motors. This allowed a formation to be tested without casing being set. The Halliburton Company provided the first cementing units that were self-contained. They also operated on that contained power source. Soon after, cementing technology continued to become more advanced.

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