Posted on 02/09/2026 9:36:24 AM PST by Libloather
In 1643, Evangelista Torricelli used a tube of mercury to first measure pressure. In 1897, German mechanical engineer Rudolf Diesel invented the diesel engine with financial help from the Krupp family, financiers of the Third Reich. Four thousand years ago, the Egyptians invented the pump. Collectively, the above are the bedrock of fracking.
In 1949, Haliburton performed the first frack job ever. In 1865, E.A. Roberts received a patent for loading a torpedo with nitroglycerin and dropping it into shallow Pennsylvania wells.
Fracking is science, but not a dark one. To date, there have been about 2,000,000 frack jobs in the U.S. My company alone has done thousands of them without incident. Yet, the public has been slow to catch on, or is suspicious, or distrusting. That is mostly a byproduct of the culture wars and the rich deceiving the poor, but more on that below.
By process, rock mechanics determine the pressure needed to fracture an oil and gas formation. Completions engineers use that data to calculate fracture pressure and propagation, the amount of frac slurry required, and at what rate it should be pumped. A frack company then mobilizes on-site alongside a wireline company. Wireliners isolate the wellbore a few hundred feet at a time into "stages," shooting 20 or 30 holes through the casing and then pull off. The frac fleet starts in with a mix of water, sand and chemicals that they pump down the vertical section of the wellbore, a mile or two deep, and then out into the horizontal section for another two, three, or four miles. Most shales are pumped at 3,800 gallons per minute against surface pressures of 10,000+/- psi.
(Excerpt) Read more at foxnews.com ...
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The only thing I don’t like about fracking is that we are locking our water deep in the earth and it may not work itself back to the surface anytime soon.
What’s “the truth?”
I posed the question to Grok and got this answer:
The apparent ability of a landowner (or more precisely, an oil and gas operator leasing rights from him) to drill a horizontal well extending several miles and extract resources from beneath neighboring properties stems from a combination of geological realities, technological capabilities, and long-established legal principles in the United States, particularly in states with significant fracking activity such as Texas, Pennsylvania, and others.Oil and gas resources, especially in shale formations targeted by fracking, reside in porous rock where the hydrocarbons can migrate toward areas of lower pressure. In conventional vertical drilling, this migratory ("fugacious") nature led to the development of the **rule of capture**. This common-law doctrine holds that whoever first reduces oil or gas to possession—by producing it through a well on his property—owns it outright, even if some of the resource originally lay beneath an adjacent property and migrated across subsurface boundaries. Courts have treated oil and gas analogously to wild animals or percolating groundwater: ownership is not fixed until capture occurs, and no liability arises for drainage alone if the well is lawfully drilled on the operator's leased land. The only remedy for an affected neighbor is typically to drill his own offset well to compete for the resource.
Horizontal drilling, combined with hydraulic fracturing (fracking), extends this principle dramatically. A well begins vertically on the leased property, then turns horizontally (often 1–2 miles or more) within the target formation. Fracking injects high-pressure fluid to create fractures in the rock, releasing trapped gas or oil that flows back to the wellbore. Because the resource is liberated and migrates toward the low-pressure wellbore, production can draw from a wide area—potentially including subsurface volumes beneath unleased neighboring lands—without physical invasion of the neighbor's property by the wellbore itself.
In most jurisdictions, courts have applied the rule of capture to such operations, provided the wellbore remains within the leased boundaries and does not physically deviate into another's subsurface estate (a "deviated" or "bottomed-out" well, which would constitute subsurface trespass). Key rulings, such as those from Texas courts, affirm that fracking-induced drainage does not create liability under the rule of capture, as the process creates artificial flow paths analogous to natural migration in conventional reservoirs. Pennsylvania's Supreme Court has similarly upheld the rule's application to hydraulic fracturing in conventional and unconventional contexts, though lower courts have occasionally allowed trespass claims where fractures physically extend fluids or proppant across boundaries (a question that remains debated and varies by state).
However, the rule of capture is not absolute protection. Several mechanisms limit or address the issue:
- **Forced pooling or compulsory unitization** statutes in many states allow regulators to combine mineral interests into a drilling unit (often 40–640 acres or more, depending on the formation and regulations). If an operator secures leases or rights to a majority percentage of the unit (e.g., 60–75%), state agencies may compel non-consenting owners into the unit. The operator can then legally produce from the entire unit, including beneath holdouts, while paying royalties or compensatory shares to non-consenting owners. This prevents wasteful "race to drill" and protects correlative rights (each owner's fair opportunity to develop the shared reservoir).
- **Trespass liability** arises if the horizontal wellbore crosses into unleased subsurface property or if fracking causes physical invasion (e.g., fractures extending proppant or fluid across lines in ways deemed unreasonable). Some courts distinguish fracking from mere drainage, but the majority view in major producing states favors the rule of capture absent clear physical intrusion or damage.
In practice, operators prefer voluntary leasing and pooling agreements to avoid litigation, but the legal framework incentivizes development by allowing efficient horizontal wells to access broad reservoir areas from a single pad. This explains why one operator can extract resources from beneath multiple properties: the law prioritizes maximizing recovery and preventing waste over strict subsurface boundary enforcement for migratory resources.
These rules vary by state—Texas and Oklahoma lean heavily on the rule of capture, while some eastern states have seen more challenges—and mineral rights ownership (often severed from surface rights) further complicates the picture. If your question relates to a specific jurisdiction or property, consulting local oil and gas law or a specialist attorney would provide precise guidance.
Billy Bob Thornton on Fracking in Landman.
They hydrofrack water wells around here all the time IF they well water gallons per minute drops.
My former neighbor had their well done about twenty years ago. The well was about thirty years old and had a reduced flow rate. They fracked the well and it started flowing much better. It was also a lot cheaper than drilling a new well. Which was about $6K-8K at the time. Typically for the first 200’.
Bkmk
Fracking is the high-tech of the oil/gas business, and the USA developed and owns this technology by a wide margin. No one is even close. Its a foundation and weapon of American independence
Without fracking, the US is tied to energy production and regulations elsewhere in the world.
To this end, the EU and Davos’ main weapon to control world financial flows (which are all based on Energy production) via the whole green-energy and carbon-trading scam - was to promote anti-fracking in the USA.
Where did the Davos neo-marxists learn it? The Soviets (and later the Russians) have funded the EU green movement and anti-oil and gas (and fracking) as well as the green movement in Europe, to help keep their own wells pumping and to keep the EU dependent.
there is more water under the surface than on it... and we do not want it to resurface.
The Krupp family in 1897 had never heard of the Third Reich. Nor had anyone else. What sort of nonsense propaganda is this author trying to shove down our throats?
Oil should stay where it is. It’s needed in the ground for the earth to lubricate its axis.
When you see animals heading two by two toward a nearby ship, run to get in line!!
LOL!!!
That’s so insanely ridiculous I’m afraid to repeat it ... some dingbat might actually believe it and make a youtube video explaining it in great detail.
When you see animals heading two by two toward a nearby ship, run to get in line!!
“How long can you tread water?”
You don’t use good water to frack with (normally).
For one, it’s too expensive.
For two, it’s just wasteful.
I’ve fracked plenty and while you sometimes use semi-potable water it’s usually from a formation you’d never drink from voluntarily.
"If you have a milkshake and I have a milkshake and I have a straw... my straw reaches across the room and starts to drink your milkshake. I drink your milkshake! I drink it up!" --Daniel Plainview, "There Will Be Blood"
Fracing is mostly sand, water, hair gel, and dishwashing soap.
Oh, and horsepower.
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