How They Repurposed Bomb Material In 1945 To Today.

In 1945 they used limestone to extract uranium to make a bomb. When they did this they got Hydrofourisilicic Acid, Phosphate, and Gypsum left over. Here is what our corrupt government decided to do with it.

Phosphate Reuse

Farmers were convinced to use the phosphate leftover from this process on their tomatoes. Phosphate is a nutrient essential for plant growth, particularly for developing strong roots, healthy fruits, and overall plant vigor. Despite this, it's important to remember that if there is money to be made then the government is involved and it's not always about your health. During the war, there was a shortage of traditional fertilizers due to rationing and increased demand for food production.

They were assured that the phosphate derived from the uranium extraction process was safe and effective for improving crop productivity. Since tomatoes require adequate phosphate for optimal growth and fruit development, farmers were willing to adopt this unconventional fertilizer to boost their yields during a time of national urgency. The tomatoes are left with a taste familiar to wood.

Gypsum Reuse

Gypsum is a soft mineral found in nature. When it’s processed, it becomes a powder that can be mixed with water to form a thick paste. This paste is then spread between two layers of paper to create sheets of drywall. Once the paste dries, it hardens into a solid material that is strong yet lightweight.

Drywall became popular for housing construction because it's easy to work with and provides a smooth surface for painting or wallpapering. It's also fire-resistant, which adds a layer of safety to homes.

The gypsum left over from uranium extraction provided a readily available source of raw material for producing drywall, which was in high demand as housing needs grew rapidly in the post-war era.

Radioactive Drywall

Interestingly in the 20th century, there was a radioactive issue with gypsum. Certain gypsum deposits contained naturally occurring radioactive elements, particularly uranium and thorium.

Here’s how it happened: Gypsum, a mineral used to make drywall, is often found in deposits that can also contain trace amounts of radioactive materials. During the early days of drywall manufacturing, especially before rigorous quality control measures were in place, gypsum sourced from these deposits occasionally contained elevated levels of radioactive isotopes.

The radioactive elements in the gypsum would emit radiation, albeit at low levels, which could potentially pose health risks if someone were continuously exposed to them over time. This concern led to efforts to regulate and monitor the levels of radioactivity in gypsum used for drywall production.

Over time, advancements in mining and processing techniques, coupled with stricter regulations, significantly reduced the presence of radioactive materials in gypsum used for making drywall. Today, the gypsum used in drywall manufacturing typically undergoes rigorous testing and purification processes to ensure it meets safety standards.

Hydrofourisilicic Acid Reuse

This chemical has been used in our water supply as a form of cleaning the water. The use of Hydrofluorosilicic Acid (HFSA) in water supplies is a topic related to water fluoridation, a public health measure aimed at preventing tooth decay. HFSA is an industrial-grade compound that contains fluoride ions and is typically sourced from the phosphate fertilizer industry.

HFSA is derived from phosphate rock during the production of phosphate fertilizers. It contains fluoride ions, which have been shown to help prevent tooth decay when added to drinking water in controlled amounts. This practice, known as water fluoridation, began in the United States in the 1940s and has since been adopted by many countries worldwide.

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This process is overseen by public health authorities and follows strict guidelines set by organizations like the World Health Organization (WHO) and the Centers for Disease Control and Prevention (CDC).

How Do I Feel About It? Here is what others have said.

Concerns have been raised about potential health risks associated with fluoride consumption, particularly in high concentrations. However, numerous scientific studies and systematic reviews have consistently found water fluoridation to be a safe and effective public health intervention when implemented within recommended guidelines.

HFSA Affecting Animals

Here is how it can affect animals. While you read please consider that it affects you too. 

Hydrofluorosilicic acid (HFSA) is known to have adverse effects on animals when ingested in high concentrations. There have been documented cases where animals, including horses, have been affected by accidental exposure to fluoride compounds like HFSA.

Ingestion of HFSA or other fluoride-containing compounds in large amounts can lead to acute toxicity in animals. Symptoms may include gastrointestinal distress (such as vomiting and diarrhea), excessive salivation, and in severe cases, cardiovascular and neurological effects.

Animals, including horses, are particularly vulnerable to fluoride toxicity depending on their size, age, and overall health status. Exposure to high levels of fluoride, whether through contaminated water sources or accidental ingestion of industrial chemicals like HFSA, poses a significant risk to their well-being.

Long-Term Effects Of HFSA

Long-term exposure to elevated levels of fluoride, whether through water contamination or other sources, can cause chronic health issues in animals. This may include skeletal problems (such as dental fluorosis, which affects teeth and bones), impaired fertility, and reduced overall health and longevity.

Yeah... I know it's a lot to take in. Rainwater is a viable option with cleaning it of course being a factor. Having a good water filter is a lifesaver. This is one of those reasons why I am not a government fan.