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In 1983, the speaker used 30 watts of radio tomography to locate 26 oil wells across nine states with 100% accuracy. This involved beaming radio waves into the ground and listening for specific vibrational frequencies that indicated the presence of natural gas or crude oil. HAARP, in contrast, uses a billion watts beamed into the ionosphere for experiments. The speaker likens the Earth's layers to piano strings, each with its own frequency. Using 30 watts, they could identify these frequencies. However, using a billion watts could cause violent vibrations, potentially leading to earthquakes.

A deep shaft was angled to a gas well for a nuclear explosion in plastic geological material below gas-impermeable strata. After charge emplacement, the shaft was plugged with concrete. Machines were moved five kilometers away. The camera recorded the detonation's impact as the gas flame subsided. The shockwave compressed surrounding material, blocking gas flow, and the well was plugged by crushed rock in twenty-three seconds. A radiation survey detected no activity. The dead well was filled in with earth. The contained underground nuclear explosion saved gas for the national economy.

It takes a massive amount of diesel to create concrete, steel, and transport materials using heavy machinery. The carbon footprint of these operations, along with solar panels and lithium batteries, may not be offset during their lifespan. The existing transmission lines are inadequate to power the world with electricity. We have a 120-year petroleum-based infrastructure that is essential to our lives and found in roads, car wheels, tennis rackets, lipstick, refrigerators, antihistamines, plastic products, cell phones, clothing, soap, and more. We will run out of petroleum before we find a replacement, which will kill us as a species. Oil extraction is dangerous, but we do it because we run out of options. The demand to keep pumping oil is to blame for the danger.

Donald Trump has argued that the US interest in Venezuela, including ships off its coast, is driven by drugs and smuggling, but there may be another factor at play: oil. The speaker notes that US oil production has surged thanks to shale and fracking, pushing the US past Saudi Arabia in output and leaving Venezuela as a much smaller producer (now around the 20th largest). Despite this boom, the US still relies heavily on imports. Crude oil comes in different types, notably by density. Light crude—often described as a “smoothie” or even clear when it comes out of the ground—dominates American shale oil production today. In contrast, heavy crude is gloopy and viscous. Refineries, particularly in the US, were built to process heavy oil into gasoline and other products. There are over 100 refineries in the US, with many located in Texas, Louisiana, and around California. Historically, California processed heavier oil, and key refineries in California, Texas, and Louisiana were designed to handle heavy crude. The shift to light shale oil has changed the feedstock mix for US refineries. Even with record oil production, the US imports remain high because the refineries still demand heavy crude. The share of heavy crude in US imports rose dramatically: it used to be about 12% of imports, but now it’s around 70%. Major sources of this heavy crude include Canada and Venezuela, with Canada’s share of US oil imports rising from around 15% to about 61%. Venezuela, once a larger supplier, has fallen to a comparatively small role in US oil imports. The geography of heavy oil matters because the world’s oil reserves are unevenly distributed by type. Venezuela tops the list of oil reserves, and the heavy, tar-like oil it holds is particularly relevant to those refineries optimized for heavy crude. The other significant sources of heavy oil include Canada and Russia. The speaker emphasizes that the type of oil a country needs matters for geopolitics, since heavy oil from Venezuela (and Canada) has been integral to feeding US refineries that were built for heavy crude, even as US production has become light and shale-driven. In short, while US shale has boosted domestic output, the reliance on heavy crude imports—especially from Canada and Venezuela—remains structurally important due to refinery configurations and the nature of available crude, making Venezuela’s oil context geopolitically significant beyond just drug-related concerns.

We used to use radio waves to vibrate strings in the ground and identify substances like natural gas or crude oil based on the frequencies we received. With only 30 watts of radio power, we could achieve this. However, if we were to use 1,000,000,000 watts, the vibrations would be so intense that they could shake an entire piano, house, or even cause an earthquake underground.

Using tomography with just 30 watts of power, I discovered 26 oil wells accurately across nine states. Meanwhile, HAARP experiments with a billion watts of power directly into the ionosphere. Picture the piano strings as layers of the earth, each with its own frequency. By sending radio waves into the ground, we can identify the frequencies and determine if it's natural gas or crude oil. This was achieved with only 30 watts of radio power. However, if we used a billion watts, the vibrations would be so intense that the entire piano, even the house, would shake. These vibrations could potentially be strong enough to cause an earthquake.

The fluoride added to water comes from phosphate fertilizer companies as a waste product called hydrofluorosilicic acid. These companies couldn't dispose of it because it was killing everything around their plants. So they decided to bottle it and market it as beneficial for teeth. However, this acidic and unpleasant form of fluoride is being sold back to the counties, meaning taxpayers are essentially paying to be poisoned.

Primary water is created deep within the Earth from hydrogen and oxygen synthesis. Under pressure from Earth's internal heat, water vapor rises through rock fissures and becomes liquid. There is potentially more primary water in the Earth's crust than water in the oceans. Weather modification creates artificial droughts and floods to push climate change narratives and profit from natural disasters. All countries are allegedly involved in weather modification. In 2003, Libya built a water irrigation system, tapping into the primary water cycle in the Sahara, bringing 6,000,000 gallons of water to the surface every day. The UN drone-striked the wells because Libya was trying to create a gold-backed dollar. The primary water cycle is not taught in schools to maintain control. Past the 800-foot mark, one can tap into primary water veins for unlimited fresh water, which is mineralized and rejuvenating. This knowledge is suppressed to enslave people through lack of knowledge.

This is a 1998 Ford Explorer Sport that used to have poor gas mileage. The speaker did a mileage test and found out they were getting 13.6 miles per gallon on the highway, which they considered unacceptable. They converted their truck into a hydrogen on demand hybrid by using distilled water with baking soda as a catalyst. By separating hydrogen from oxygen and sending it into the combustion chamber, they achieved a 100% burn, resulting in benefits such as improved engine performance, quieter idling, increased torque, and horsepower.

In 1983, the speaker used 30 watts of radio tomography to locate 26 oil wells across nine states with 100% accuracy. This involved beaming radio waves into the ground, causing underground "strings" to vibrate at specific frequencies, identifying substances like natural gas or crude oil. HAARP, in contrast, uses a billion watts beamed into the ionosphere for experiments. The speaker claims that using such power can cause violent vibrations, potentially leading to earthquakes.

Offshore oil rigs extract oil/gas from beneath the seabed, using fixed platforms (up to 1,700 ft), compliant towers (1,500-4,900 ft), or floating rigs (up to 12,000 ft). Semi-submersible platforms float on pontoons, submerged for stability, and are secured with anchors. Key components include a hoisting system, cranes, living quarters, helicopter pad, lifeboats, liquid tanks, and a flare stack for burning off flammable gas. Drilling involves lowering a drill bit inside a casing, pumping water to remove debris, and installing progressively smaller casings with cement. A blowout preventer (BOP) is crucial for preventing accidents from high-pressure oil, or "kicks," which can cause blowouts. BOPs have annulars and pipe rams to seal the well, including a blind shear ram that can cut off the drill string. BOPs require careful testing to prevent disasters. Extracted oil is pumped through subsea pipelines to onshore facilities.

Genetically modified the seed of canola so that it could withstand glyphosates. And now once they harvest it and they press it into an oil, it actually comes out very gummy. So they actually have to de gum it with something called hexane, which is not only a known neurotoxin, it's a highly carcinogenic. They heat it above four fifty degrees Fahrenheit, which completely denatures the oil and turns it rancid. They deodorize it using sodium hydroxide, which is another known neurotoxin and highly carcinogenic. They will also use bleaches to bleach the oil, to turn it clear again, because it's cloudy. So it has to be de gummed. It has to be bleached. Then they bottle it and put it on the shelf. It doesn't resemble anything like it did when it left nature.

In deep water, different types of oil platforms are used based on the depth. Floating rigs are used for deepwater up to 12,000 feet. The rigs are equipped with pontoons for buoyancy and stability. The rigs have hoisting systems, cranes, living quarters, and emergency lifeboats. The main purpose is drilling for oil, with a casing and blowout preventer to manage pressure. Once oil is extracted, it is pumped through subsea pipelines to onshore facilities. Testing of blowout preventers is crucial to prevent accidents and oil spills. Subsea pipelines create a network for oil transportation.

This is a 1998 Ford Explorer Sports, known for being a gas guzzler. However, the speaker has found a solution to improve gas mileage. By using distilled water with a teaspoon of baking soda as a catalyst and applying 12 volts of electricity, they separate hydrogen from oxygen. This hydrogen is then sent into the combustion chamber, resulting in a 100% burn instead of the usual 30%. The benefits include improved engine performance, quieter idling, increased torque, and horsepower.

atrazine. What is atrazine? It's in the water. It's a pesticide. They took atrazine, and they put it in a tank with 40 frogs. They put below the exposure levels that EPA considers acceptable to humans. They're all male frogs, and 30 of those frogs were chemically castrated. Four of them turned into females and produced fertile eggs. Here it is. Report toxic herbicide found in many Texans drinking water. That's from February. And we're subjecting our children to exposure to that every day. What does this do to sexual development in children? We know what it does to frogs. It's terrifying.

I support banning fracking, starting with actions on public lands. Legislation is necessary. I have experience working on this issue in California. The health and safety impact of fracking on communities is significant. Thank you. Translation: I am in favor of banning fracking and taking immediate action on public lands. Legislation is needed to address the harmful impact of fracking on communities. Thank you.

Oil is the second most prevalent liquid on earth and has no initial cost because it's in the ground. To increase its price, it was made to appear scarce. At an 1892 Geneva convention, scientists, allegedly influenced by Rockefeller, defined oil as a residue from formerly living matter, terming it a fossil fuel. However, real fossils have never been found below 16,000 feet, while oil is mined at much greater depths. The term "fossil fuel" is used to make the public believe that oil is a depleting asset. Geologists have allegedly been influenced to support the fossil fuel theory to create a world price for oil, rather than varying prices in different locations. The world's oil supply is not going to run out anytime soon.

Water is poured into a tank, which then flows into an electrolysis cell at the base of the stove. The hydrogen gas produced is used to fuel two burners. The gas burns orange and creates a very hot flame. The stove can cook efficiently with just 2 liters of water, allowing for 5 days of cooking.

The fluoride added to drinking water is not pharmaceutical grade but a waste product from the phosphate fertilizer industry. This waste product is a result of a reaction between phosphate rock and sulfuric acid, which releases toxic gases. To comply with regulations, the phosphate fertilizer industry converts these gases into a substance called Hexafluorosilicic acid. Instead of disposing of it, they sell it as a product. However, this means that when it is added to drinking water, it is less regulated than if it were treated as hazardous waste. Additionally, the Hexafluorosilicic acid may contain contaminants like arsenic, lead, mercury, and radioactive isotopes. This raises concerns about the potential health risks associated with consuming this waste product.

Speaker 0 discusses the historical shift of petroleum from a lubricant to a fuel as industries like motors, axles, wheels, and railroads developed. He asserts that Rockefeller was the smartest man in the business at the time and that, to raise prices, they decided to make petroleum appear scarce. He references a 1892 Geneva convention of scientists determining what organic substances are, noting that organic means a substance with hydrogen, oxygen, and carbon. He claims Rockefeller took advantage by sending scientists who stated that oil, petroleum, is hydrogen, oxygen, and carbon, and he states that oil is defined as a residue from formerly living matter, which he says makes it a fossil fuel. He adds that there has never been a real fossil found below 16,000 feet, and that oil is drilled at depths of 30,000 to 33,000 feet every day, implying a contradiction with the fossil-fuel definition. He argues that this fact rules out oil as a fossil fuel and explains that labeling it as fossil fuel is intended to make the public feel it is an asset that is running out or being depleted. He mentions depletion allowances as part of this narrative. He then asserts that if one knows the world’s oil supply, it is not going to run out for an awfully long time, and claims it is the second most prevalent liquid on earth.

A company backed by a billionaire hedge fund is attempting to drill 30 industrial wells into the Carrizo Wilcox Aquifer in rural East Texas, potentially extracting 15 billion gallons of water per year. This water would be piped out of the area and sold, while local communities that rely on the aquifer would face depleted water levels and dry wells. The well drilling company hired for the project is owned by Donald A. Foster, who until recently, served on the groundwater district board responsible for reviewing the permits. Public records allegedly do not show Foster recusing himself from discussions or votes regarding the project, except for one vote in April 2025. He was present during discussions of this project and even participated in closed sessions where this project was discussed. Foster resigned from the board the day before a public hearing on the issue.

Speaker 0: And it's no secret that the government always approves of some new way to poison us, but liquefying bodies and potentially putting them back into the drinking supply is a whole new level of ick. It's called alkaline hydrolysis, and it is water cremation. Being coined as the new cleaner, greener, and eco friendly way to dispose of your loved ones. But here's what really happens. A body is placed inside of a steel vat with chemicals, typically potassium hydroxide, where it is heated under a high temperature, which liquefies the body. All that's left is the bones, which are then ground up and give back to the family as ashes. The rest is flushed down the drain. That liquefied human goes through the wastewater treatment and gets recycled back into the municipal water supply, the same water supply that comes out of your tap if you're on city water. Now they advertise this as biologically sterile, but here's what can survive. Prions, they're tiny misfolded proteins typically found in the brain. Mad cow disease, heat resistant pathogens like hepatitis a, pharmaceutical residues like chemotherapy, antidepressants, and hormones, heavy metals like those nice mercury fillings, lead and arsenic, synthetic materials from implants, or medical devices. Standard treatment doesn't eliminate those things. We are not just talking about contamination here. As if it's not gross enough, people flush their pharmaceuticals, their aborted babies, and everybody's goes down it. Now we're adding liquefied human remains. Let's call it what it is, ritualistic state approved cannibalism. Most of you don't even know you're consuming trace amounts of the dead. This is not just disrespectful. It's a spiritual, ethical, and biological violation, all in the name of sustainability. And news flash, it's legal in 28 states.

Back in 1983, I used radio tomography with only 30 watts to locate oil. I successfully found 26 oil wells across nine states with 100% accuracy, by sending radio waves into the earth. Each substance underground vibrates at its own frequency. We'd send radio waves down, listen to the returning frequency, and identify the substance. Now, HAARP uses a billion watts, directed into the ionosphere for research. Imagine the Earth's layers as piano strings, each with its own frequency. With a billion watts, the vibrations become extremely violent. The earth would shake. The vibrations underground could be so intense that this could potentially cause an earthquake.

There is a chemical that is the second most used in the country: atrazine. It’s banned in Europe and banned in many places around the world, but it is used here. It is in 63% of our drinking water. A famous African American scientist named Tyler Hayes at the University of Berkeley conducted a well-known experiment that is publicly accessible online. In the experiment, he placed 70 African water frogs in an aquarium and added atrazine to the water at a level that was less than the EPA’s regulatory threshold. At that concentration, 60 of the frogs became sterile, and all of these were male. Additionally, 10% of the frogs turned female, and those individuals were able to produce fertile eggs. As a result, atrazine altered the sex expression in these frogs. Normally, when such a phenomenon is observed in an animal model, the first step is to test it in a mammalian model and then in a human model. However, those subsequent tests were never conducted.

The process begins with forming a circular base for the wind turbine tower using concrete. After the cement cures, a series of intersecting pipes is installed with screws, and reinforcement bars are laid around these pipes to create a larger circular plate. The base is sealed with a lid, and concrete is poured inside. Holes several meters deep are drilled into the pipes, and excess pipe material is ground off. A high-strength metal disc is fitted over the holes, followed by the injection of composite resin material through the holes with a high-pressure pump. A steel rod is then inserted into each hole, and the underground rods’ intersecting angles lock into the rock layer. Sealant fills the gaps in the metal disc, which are then locked with screws, and the bolts on the disc are reserved for mounting the tower. For bases supporting turbines over five megawatts, the base must be deeper and larger. The ground is leveled using a grouting machine, and a three-meter-high central base is installed to act as a vertical support, connecting and positioning the turbine. Reinforcement bars form a chassis that creates a conical base for the tower, requiring a larger grouting machine and thousands of tons of concrete with continuous twenty-four-hour work until solidified, typically over a month. The base is then buried with soil. A trench is dug next to the turbine base to lay cables that transmit electricity, with the other end of the cable connected to a wind turbine substation. The substation manages, transforms, transmits, and distributes the electricity generated by multiple wind turbines, ultimately connecting to the national grid. Once all is prepared, the wind turbine assembly proceeds. Blades, typically over 40 meters long, are the most challenging to transport and require specially equipped trucks and experienced drivers. The tower is transported in sections and assembled on-site using two cranes: one uses a special hook, and the other uses steel ropes to lift and vertically flip the column. After aligning and tightening each screw, the second column is hoisted, with workers inside completing the connection and locking. The third segment, lifted to a height of 50 meters, requires the driver to use a walkie-talkie for precise alignment, and with this segment in place, the tower is complete. Next is the nacelle, weighing over 20 tons, which is hoisted with ropes to prevent swaying. The nacelle, the heart of the wind turbine, contains the gearbox, generator, and control system. After securing the nacelle, the hub is installed, starting with the hub first and flipping it over to the vertical position. The rotating component has a fixed installation angle and is secured once the angle is perfectly aligned. Finally, the blades are installed using custom lifting tools controlled by ropes to stabilize the blades during lifting in four directions. The tension below aids the connection as the blades reach their final height. After installation, ropes are removed, and the lifting tools are gradually removed from the blades by the driver. With the last blade in place, the wind portion of the turbine is complete.