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Drinking too much water can be dangerous, leading to water intoxication, where water builds up in the brain. This occurs when electrolytes, especially sodium, are depleted, potentially causing more dehydration. The technical term for this condition is hyponatremia. To avoid this, especially during workouts where you sweat and lose salt, add a pinch of salt to your water when drinking large quantities.

Many fire hydrants ran dry during the recent fires, and while the Palisades reservoirs were full at the start, they weren't sufficient for an entire town ablaze. These reservoirs can handle smaller incidents but not widespread fires, especially with hurricane-force winds reaching up to 100 miles per hour. Such conditions prevent aircraft from conducting water drops, which are crucial for firefighting. This situation likely mirrors that of numerous towns in California and across the country, where strong winds and dry fuel could lead to similar challenges in accessing water during major fires.

Water is essential for life, but many struggle with hydration. If you're drinking water but still feel the need to go to the bathroom frequently, the issue may be that the water isn't entering your cells. To enhance hydration, try taking a small crystal of Celtic salt, about the size of a sesame seed, before drinking water. The minerals, particularly magnesium, will be absorbed through your mucus membranes and help pull water into your cells. This method can significantly improve hydration. Ideally, aim for about eight glasses of water daily, and consider the salt to optimize absorption.

Experts have warned of a coming water crisis, possibly already spurring conflicts due to scarcity. While Earth appears to be a blue planet, 98% of its water is saline, with much of the fresh water locked in glaciers. The available fresh water is unevenly distributed, and reservoirs are being depleted. Big Tech's growing demand for water is exacerbating the problem, though this is intentionally kept secret. The speaker investigated Big Tech's water consumption and its potential disastrous consequences. This video you are watching is brought to you by water. Data centers, which host massive amounts of data, require vast amounts of water for cooling. An average data center consumes up to 5 million gallons of water daily, equivalent to the usage of 50,000 people in an American city.

Speaker 0: You guys still having water problems? Yeah. Yeah. No water. No water problems. No water alone.

The lack of water for firefighters in Los Angeles during recent fires is attributed to an outdated water system and the scale of the fires. Experts suggest that even if the Santa Ynez reservoir had been full, it might not have significantly impacted the situation. However, the reservoir, located near the Pacific Palisades fire, holds 117 million gallons of water, which could have helped maintain water pressure for firefighters. A senior water utility executive criticized the decision to drain the reservoir for repairs, arguing it should have been kept full for emergencies. This reservoir is one of the largest treated water storage facilities on the West Coast, highlighting the importance of having adequate water resources during firefighting efforts.

There's a meme about someone having built an underground bunker on their ranch in Kauai. It's described as more of an underground storage situation. It's essentially a tunnel that connects to another building. The question is posed, "What's under the ground? Is there more water, right?"

The transcript argues that the claim “We’re running out of water” is a major myth, stating that there is “unlimited water underneath our feet.” It claims that people can “go to Google” and search for “ocean under the ocean,” questioning how water could run out if an ocean exists beneath the ocean. As an example, it references the 1950s and Lake Elsinore, saying that people were “freaking out” because Lake Elsinore was going dry. It then describes a dowsler who “douses the land” and proposes that, to fill the lake, they should “tap into the water that’s underneath us.” According to the account, they “plug in,” obtain the water from beneath, and refill Lake Elsinore. The transcript concludes by stating that Lake Elsinore “has been filled ever since.”

Speaker 0 discusses gas prices, claiming they are wrecking the farmers and questions whether gas should be at this price. He attributes the oil shortage to a War with Iran, which he says was caused by “the tiny hats and the president.” He then says he checked a government website that breaks down petroleum coming in and going out, noting that “down below, you see that there’s actually more coming in now than there was a year ago.” He asks why prices are higher and suggests that someone might be lying about something, noting a discrepancy with claims that refining is insufficient. Speaker 0 continues by referencing the 1970s and stating that they “pulled the exact same playbook,” and he intends to have the audience hear a quote from “the Shah of Iran” about gas lines. He recalls: “Have you seen the lines of cars stretching for blocks, in some cases for miles, waiting to get gas… And you cannot you have imported more oil than any time in the past. Well, not recently, we haven't. You have?” He then remarks, “So after that video, we can see that there’s really no shortage and the gas prices are just being jacked up on purpose.” He asks who’s pulling the strings and answers, “the tiny hats,” asserting that the tiny hats “control the banks, control all of these things, manipulate the numbers, and then kinda screw the people.” He concludes by urging readers to notice the connection to Iran and says it’s “interesting,” leaving the audience to think about it, and ends with a reference to a 1976 water car. Speaker 2 introduces a tangential topic about Stan Meyer’s invention, the water fuel cell, which “takes the place of his old gas tank.” He explains that the water fuel cell “breaks down water molecules into oxygen and hydrogen,” and that hydrogen is used to run his dune buggy. Speaker 1 adds a note about what to use for the fuel cell: “I don't care if you use rain water, well water, city water, ocean water. If you don't have any fresh water, go ahead and use snow.” If there is no snow available, he suggests using salt water, claiming there is “no adverse effect to the fuel cell.”

Due to a lack of electricity lasting two weeks in 30-degree weather, there is no hot water. Hot water is made on the stove to take a bath. Boiling water is put in the bathtub because it is too cold outside for an instant heated propane hot shower, which has been a recent luxury. There is no electricity, and the speaker asks, "Where's FEMA?"

The speaker finds a deep pool of water with a live earthworm in it. They use a filter system to fill up a container with clean water. They explain the process of filling the container without disturbing the bottom and how to vent the filter. They demonstrate how to drink the water directly from the container or remove the top lid to access the clean water inside. They mention that the 20 ounces of water obtained is not enough for the night, so they plan to disinfect more water using a stainless steel container and ash. They also add fuel to improve the heat transfer while boiling the water. The speaker then shows how to make a simple bottle toggle using bank line and demonstrates how to use it to remove the boiling water from the fire.

High winds and new evacuations are prompting crews to fight the Palisades fire. A Pacific Palisades family, Patrick and Evan Golling, creatively used their pool water and a generator to protect their home. Their father insisted on being prepared for fire season, leading them to set up a pump system. When the fire approached, they used all their pool water and even helped neighbors by draining their pool too. They operated the generator and pump for about five hours, dousing their property and checking on others. Their proactive approach highlights the importance of preparation in fire-prone areas.

The discussion focuses on fossil groundwater depletion as a near-term crisis for agriculture in the United States, especially in regions that rely on the Ogallala (High Plains) Aquifer. A well-drilling professional in Central Texas describes falling groundwater levels in some parts of Central Texas, including seeing aquifer water levels drop 50 feet in five years (about 10 feet per year). The professional explains that when water levels fall below the pump intake, pumps continue running, many lack heat protection, overheat, and can fuse to the well casing, leaving drilling a new well as the only practical option. He says this is driving drilling activity in Texas. The speaker describes major fossil aquifers, including the Ogallala beneath eight states (Nebraska, Colorado, Kansas, Oklahoma, New Mexico, Texas, South Dakota, and Wyoming). The Ogallala is described as supplying 30% of U.S. groundwater used for irrigation. The speaker links agricultural dependence on this groundwater to new industrial demand, particularly data centers, which are said to consume billions of gallons of water for cooling and also to cool gas turbines that provide electricity. The speaker argues this adds water demand on top of population growth and increases depletion rates. The speaker presents depletion projections and regional impacts. The speaker claims collapse has already begun, stating that 30% of the Kansas portion of the Ogallala is described as “day zero” (unusable). They say 70% of the Texas Panhandle portion of the Ogallala will be unusable within 20 years, with some parts becoming unusable sooner. Recharge is described as taking place over the next 6,000 years, and if usage stops, the aquifer would refill over that period. The speaker frames this as requiring food systems that can operate for thousands of years without the Ogallala’s fast irrigation water. Key U.S. water-use statistics are provided: a 2015 USGS estimate of 82,000,000,000 gallons per day drawn from aquifers (about 92,000,000 acre-feet per year), with 71% of groundwater used for irrigation and about 29% used for mining, residential use, and public supply. The speaker claims the Ogallala alone supplies 20 to 21,000,000 acre-feet per year for irrigation and sits beneath almost 112,000,000 acres of land, much of it farmland. They also cite the Central Valley Aquifer in California as averaging 10,000,000,000 to 12,000,000,000 gallons per day (figures cited as 2011–2017). For net depletion, they reference USGS-cited totals of about 1,000 cubic kilometers depleted from 1900 to 2008, accelerating to 25 cubic kilometers per year since 2008. They also state that the Ogallala has lost 286 million acre-feet from predevelopment through 2019 and lost 9,000,000 acre-feet from 2001 to 2019. More specific “when wells run dry” claims include that, for West Texas, 60% of surveyed wells in 2024 had reached levels below the pump intake, described as well failures (pump intake above the water level). The speaker states the Ogallala Southern portion will be unusable within 20 years at current pumping rates. They also claim the aquifer in Southwest Kansas dropped about 1.5 feet from January 2024 to January 2025 and cite state officials saying parts of Western Kansas may not have enough groundwater to last another 25 years. The speaker adds that Nebraska is described as not having a shortage due to stringent enforcement that limits drilling, and that concern is focused on North Texas, West Texas, Kansas, and parts of Oklahoma. California is described as having high depletion intensity, including a documented more-than-28-foot drop in some places, and the speaker states that without enforcement, impacts would affect about one generation. The speaker forecasts broader disruption beginning around 2030 and says population growth by 2035 is projected to be 358 million, concentrated in already water-stressed regions. They reference a 2019 study claiming Ogallala groundwater depletion could increase by up to 50% as an annualized rate by 2050. They also cite 2023 data stating U.S. data centers consumed about half to one trillion gallons per year (described as “17… seeing… a trillion gallons” in the transcript) and argue data centers overstress specific groundwater basins. A further driver described is increased manufacturing tied to policy and industry expansion, including CHIPS Act-funded semiconductor plants and battery gigafactories. The speaker claims these facilities require millions of gallons of fresh water per day per facility and that most will come from groundwater. They also discuss limited water pricing compared with fossil fuels, arguing that once wells are permitted and installed, pumping incentives differ from oil and gas. A timeline of impacts is described from now through 2045 and beyond: accelerated well failures in Texas and surrounding areas toward 2030; running out of water for row crops in the Southern Ogallala in North Texas and increased agricultural reductions by 2030–2035; severe restrictions in California and sustainability deadlines by 2040; up to 70% of the Texas Panhandle becoming unusable for irrigation by 2035–2045; and “functionally exhausted” aquifers for thousands of years after 2045. The speaker concludes that the U.S. would stop functioning as the “breadbasket” within about one generation, roughly by 2050, and says food production would reorganize around the Eastern and Northern Plains, implying major population movement away from affected regions. The speaker then argues potential reversal would require reducing groundwater pumping through population reduction and/or ending government suppression over “free energy technologies,” which the speaker claims would make desalination and water transport feasible. The speaker also links the water depletion argument to a broader narrative about scarcity and control. The speaker adds a Central Texas example involving new pipelines carrying treated wastewater to the Colorado River, describing it as sewage from treated waste water used by SpaceX and The Boring Company facilities, and questions what is in the wastewater. The transcript ends with additional commentary and a strong call to “prepare,” followed by a lengthy discussion promoting physical gold and silver as a way to “eliminate counterparty risk,” including references to Battalion Metals and sales/website directions.

Many people are asking for examples of “primary water” because they were never taught it. The speaker says the education system was “taken over by the Rockefellers” in the 1900s, and that the media was “taken over by Operation Mockingbird” in the 1960s, and that “both systems don’t teach about primary water.” The speaker describes primary water as “the combination of hydrogen and oxygen coming in from inside the Earth at a volcanic pressure” to create “brand new water” and “living water.” They say this water “doesn’t contain fluoride,” “doesn’t contain arsenic,” and “doesn’t have Pharmaceuticals or drugs or anything inside of it,” describing it as “pure.” They also explain that historically, when mining for materials like copper, gold, or silver, the mines would flood. The speaker says they had to bring pumps because water was coming in through the walls “because there is so much water underneath us.” They contrast this with what they describe as media messaging about scarcity, saying the media uses fear by promoting drought and claiming “we are running out of water.” The speaker claims this fear is used to usher in “water police, water taxes, and all these water basically restrictions,” including restrictions that prevent people from “grow[ing] your own food,” “water[ing] your lawn,” and “wash[ing] your car.” They urge viewers to become aware of primary water—the water they say they “have never been taught about”—through “theprimarywaterinstitute dot org” in order to “remove the fear” and avoid “live in the fear that we are actually running out of water.”

At CES, a company showcased a machine that creates water from air. They pump air into the machine, which collects the water from the air. The machine has 50-gallon tanks and can provide water for a whole house, replacing the need for a well or city water. They also make larger units that can refill 2 55-gallon drums every day. The company's website, genesisystems.com, has more information. The current price for a unit like this is $20,000.

At CES, a company showcased a machine that generates water from air. They explained that by pumping air into the machine, it collects the water present in the air. The machine has 50-gallon tanks and can provide water for a whole house, replacing the need for a well or city water. They also mentioned that larger units are available, capable of refilling two 55-gallon drums daily. The company's website, genesisystems.com, offers more information, and currently, a unit like this costs $20,000.

We ran out of water in the first tank around 4:45 PM, the second tank at 8:30 PM, and the third tank at 3 AM. The tents help manage pressure on the fire hydrants, but the demand for water exceeded our supply capabilities. While there is water in the trunk line, it cannot reach the hill quickly enough to fill the tanks. By 3 AM, all fire hydrants in the Palisades were dry. We are sending 20 water tanks to support the fire department, and it takes about 30 minutes to refill each tank. Due to the high demand, water quality in ZIP code 90272 is declining, prompting a boil water notice for the next 48 hours due to ash contamination. Please boil water before consumption.

The Amish can obtain pressurized hot water without utilities, preserve food without refrigeration, and cool homes without electricity. This raises concerns about the broader population's potential inability to cope without modern conveniences. A book containing the instructions for the Amish way of life offers step-by-step guides to these practices. A link to purchase the book is provided.

You should have Faraday bags and EMP protection devices for your car and home. Have a generator, but the speaker cannot recommend Generac. Store an extra supply of gasoline safely. Secure water filtration and a way to bottle water, if not bottled water itself. Stock firearms with working, properly stored ammunition, potassium iodide, water and general disinfectants like alcohol and peroxide, and a stash of antibiotics. Have buckets and barrels to store water and aim to be self-sufficient for 3 to 6 months. The speaker believes that in the event of a grid wipeout, those unprepared will be desperate. Ensure you have enough ammunition, possibly for hunting or self-defense. Consider a quiet slingshot for small game. The speaker warns against being caught unprepared.

Today, I couldn't do much as I focused on getting water for basic needs like showering and drinking. Luckily, our neighbor had a generator that helped pump water from underground. This allowed me to take a shower and take care of my immediate needs.

The speaker argues that “fossil water depletion” is a near-term crisis, with impacts arriving “in the next few years,” and cites firsthand information from a professional well driller in Central Texas who reports rapidly falling water levels in parts of the Ogallala aquifer. The driller says he has personally seen aquifer water levels drop 50 feet in five years (about 10 feet per year). When water drops below the pump intake, pumps keep running without heat protection, overheat, and can fuse to the well casing; the only option becomes drilling a new well. The driller reports that drilling new wells to replace failed ones is “primary business” in Texas. The speaker connects this to the Ogallala Water Aquifer (High Plains Aquifer), describing it as spanning eight states: Nebraska, Colorado, Kansas, Oklahoma, New Mexico, Texas, South Dakota, and Wyoming. The speaker states that the Ogallala supplies 30% of all U.S. groundwater used for irrigation and frames it as “fossil water” vanishing beneath major farmland. They further argue that data centers increase water demand beyond electricity cooling, including cooling gas turbines, adding billions of gallons of water usage and accelerating depletion in stressed regions. The speaker claims agriculture could fail “one or two decades” from now and argues the “breadbasket of America” ends when farming stops due to lack of water. The speaker cites depletion and “day zero” timelines: they claim 30% of the Ogallala portion under Kansas is already “unusable,” that 70% of the Texas Panhandle portion will be unusable within 20 years, and that some portions may become unusable in five or ten years depending on location. They state recharge would take “6,000 years” for full replenishment if use stopped. The speaker uses broader U.S. water figures (USGS, last found 2015): 82 billion gallons per day withdrawn from aquifers, about 92 million acre-feet per year, with 71% of groundwater used for irrigation and about 29% for other uses. They state the Ogallala alone supplies 20–21 million acre-feet per year for irrigation and sits beneath about 112 million acres. For California’s Central Valley Aquifer, they cite 10–12 billion gallons per day (2011–2017 figures) and emphasize net depletion: total depletion from 1900–2008 of about 1,000 cubic kilometers and acceleration since 2008 to about 25 cubic kilometers per year. They add Ogallala loss figures including 286 million acre-feet lost through 2019 (from predevelopment) and 9 million acre-feet lost from 2001 to 2019. The speaker then focuses on well failure thresholds, stating that in West Texas in 2024, over 60% of surveyed wells had reached levels below the pump intake. They claim the Texas High Plains/Southern Ogallala portion will be unusable within 20 years at current pumping rates. They cite an example of Southwest Kansas dropping “one and a half feet” from January 2024 to January 2025, and they state some officials said parts of Western Kansas may not last another 25 years, with 30% of the Kansas portion already described as “past day zero.” They state Nebraska’s Ogallala is not having a shortage due to stringent restrictions on drilling and that it is expected to last “many decades.” They also mention reported high depletion intensity in California exceeding a 28-foot drop in some areas and warn that without groundwater depletion enforcement, severe impacts could occur within “one generation.” The speaker argues disruptions could begin “around 2030.” They cite population growth to 358 million by 2035 concentrated in water-stressed regions (Texas, Arizona, Florida, the Carolinas). They assert NOAA projections that groundwater depletion of the Ogallala could increase by up to 50% by 2050. They reiterate that data centers are concentrated in particular regions and that depletion is not automatically replaced laterally due to complex geology. They also claim that U.S. manufacturing expansion increases water demand, referencing the CHIPS Act-funded fabrication plants in Arizona, Texas, Ohio, and New York and describing additional battery “gigafactories,” with millions of gallons of fresh water per day per facility, much of which they say would come from groundwater. The speaker concludes that farming cannot be sustained by imported water and that there is “no price signal” to reduce pumping once wells exist, unlike oil and gas. A projected timeline is given: accelerating well failures from now to 2030 across Texas, Southwest Kansas, parts of Oklahoma, and parts of New Mexico; Southern High Plains/Ogallala Southern portion run-out and cessation of row crops between 2030 and 2035; severe California restrictions by 2040; and by 2035–2045 up to 70% of the Texas Panhandle becoming unusable for irrigation, plus a large reduction in agricultural output tied to Ogallala drying. They claim functionally exhausted aquifers could persist “for thousands of years,” forcing reorganization of national food production toward Eastern and Northern Plains and causing population and economic shifts away from affected states. Finally, the speaker discusses possible changes they say could reverse the trajectory: population reduction, and “free energy technologies” enabling desalination and large-scale water transport. They argue against government “suppression over free energy technologies” and present engineered scarcity as a driver. They also include a personal anecdote about pipelines transporting treated wastewater in Central Texas from SpaceX/Boring Company-related facilities to the Colorado River.

Drinking water is a precious resource, especially near the Great Lakes. Moses West, a retired ranger, has been working for the past 4 years to address the growing water crisis. He invented an atmospheric water generator (AWG) in 2015, which extracts water from the air. West firmly believes that all the water we need is already present in the air.

They emptied most of the tank on our house but left some for emergencies. While waiting, they used our hose to fill it up. The hoses weren’t connected, and there was no water available. They kept a little in the tank because the fire was approaching, and they needed to be ready. The fire hydrants reportedly had no water, which is concerning. Despite the urgency of the situation, they took time to clarify the story. It seems odd that they would pause to explain while trying to manage a fire.

We ran out of water in the first tank around 4:45 PM yesterday, the second tank at 8:30 PM, and the third tank at 3 AM. The tents help manage pressure on the fire hydrants, but the water consumption exceeded our supply rate. Although there is water in the trunk line, it can't reach the hill quickly enough to refill the tanks. By 3 AM, all fire hydrants in Pacific Palisades ran dry. We are sending 20 water tanks to support the fire department and working to refill them. Due to high demand, water quality in ZIP code 90272 is declining, prompting a boil water notice for 48 hours due to ash contamination. Please boil water before drinking.

I've discovered a way to use water to fuel your car! It doesn't matter if it's rainwater, well water, city water, or even ocean water.