True Left

On Tuesday, Miles Teller swung by Late Night With Seth Meyers and revealed that he got terribly sick while shooting Top Gun: Maverick. The actor was doing some aerial exercises in a jet and upon landing, he realized something was very wrong

“So we landed, I'm just like, ‘I'm not feeling too good,’ Teller explained. “And I was really hot, and I just started itching like crazy. So I get out of the jet, and I'm just covered in hives, like, head to toe.”

Teller went to the doctor and had a blood analysis performed. He then spent the evening in an oatmeal bath, trying to reduce the hives on his skin. The following day, he received some interesting news from his doctor.

“My bloodwork comes back, and I have flame-retardant, pesticides, and jet fuel in my blood,” Teller said.

Teller was born in Downingtown, Pennsylvania.[5] His mother, Merry, is a real estate agent, and his father, Michael, is a nuclear power plant engineer.[6][7] He has two older sisters, Erin and Dana.[6][8] His paternal grandfather was of Russian Jewish descent,

Since publication of this footage, shipping traffic has been slowed to proper speeds and monitored by the US & Canadian Coast Guard to ensure all vesels maintain compliance.

Sources and transportation pathways

PFC gases do not exist naturally in the atmosphere but are produced synthetically. The most important transportation pathway is by emissions to air from industrial processes. In Sweden, emissions are reported from larger operations within the sector production and processing of metals (primary aluminium production).

Effects on environment and health

PFCs are potent greenhouse gases that contribute to the increased greenhouse gas effect3. The increased greenhouse gas effect results in an increase of the average temperature on earth, which for example leads to climate change and rising of the sea level4,5. Some PFCs can also cause harmful long-term effects on aquatic organisams6.

Health effects vary somewhat between different perfluorocarbons. Some PFCs may cause damages to liver and kidneys7, whereas others may irritate the skin and cause severe eye irritation8,9.

International agreements and regulations

Perfluorocarbons are regulated by the UN Framework Convention on Climate Change (UNFCCC) as well as by the EU MMR (525/2013/EU), the EU ETS (2003/87/EU) and the EU F-gas regulation (517/2014/EU). The UN Protocol on PRTRs and the EU E-PRTR regulation regulate how data on perfluorocarbons is made available.

One of the most common halons has the chemical formula CBrClF2, denoted as H-1211 in an industry-devised shorthand. The compounds live long enough in the atmosphere (eleven years in the case of H-1211) to reach the stratosphere, an upper region of the atmosphere located between fifteen and fifty kilometers above the earth's surface, where the sun's more intense ultraviolet (UV) radiation breaks down the molecule and releases chemically active bromine and chlorine atoms. These free atoms enter into cycles of chemical reactions that destroy ozone.

How is Halon 1301 Produced?
Although the manufacturing process of Halon 1301 is not disclosed, it’s chemical properties are well-known. The chemical name for Halon 1301 is Bromotrifluoromethane. Bromotrifluoromethane is an organic halide which is a precursor to trifluoromethyltrimethylsilane, a popular reagent used in the organic synthesis. The chemical formula of Bromotrifluoromethane is CBrF3. As a fire extinguishing agent, it does not produce the characteristic white cloud similar to CO2. Because of this, it is not ideal to be used for fighting large fires.

How is Halon 1211 Produced?
The chemical name for Halon 1211 is Bromochlorodifluoromethane. It is a haloalkane that is used for fire suppression, particularly for costly equipment. The chemical formula of Bromochlorodifluoromethane is CF2ClBr. Bromochlorodifluoromethane is an excellent fire extinguishing agent with low pressure, low toxicity, liquefied gas. It is very effective for extinguishing all common types of fires. Bromochlorodifluoromethane is commercially synthesized from chloroform via a two-step process. Similar to Halon 1301, the production process of Halon 1211 is not disclosed.

How is FM-200 Produced?
The exact method of manufacturing FM-200 is not disclosed, but its chemical properties are well-known. The chemical formula of FM-200 is C3HF7. The FM represents the chemical called Heptafluoropropane which is a colorless and odorless gas. The FM-200 fire suppression system is made up of elements such as hydrogen, fluorine, and carbon. Heat absorption is the primary mechanism through which this agent gets rid of fire. It is considered as the halocarbon agent which is safe even when used in the presence of people.

For storage, FM-200 is liquified under pressure. This compound of carbon, hydrogen, and fluorine is electrically non-conductive. The fire suppression agent used in FM-200 fire extinguishers is an acceptable replacement for Halon because it has no ozone depleting potential.

In today's documentary, we're covering an unbelievable case of chimpanzee ownership gone horribly wrong: the true story of Travis the Chimp. Travis the Chimp had been kept as a beloved pet by his owners Sandra and Jerry until the fateful day of February 16th, 2009, when Sandra's world would be turned upside down. The events of that dreadful day were documented in a haunting 911 call, where you can hear Sandy begging the police to come to her home. Travis had snapped, mauling her friend and causing irreversible damage. The reasons why Travis went berserk remain a complete mystery, but one thing is for certain: this video shows why you should NEVER own an exotic pet. Although this true story is truly haunting, it's also educational, as it shows why you should NEVER take a wild animal out of its habitat and try to treat it like a domesticated animal. Join us for a chilling storytime covering the case of Travis the Chimp.

Ninety percent of wet wipes on the market are produced from nonwoven fabrics made of polyester or polypropylene.[4]

The material is moistened with water or other liquids (e.g., isopropyl alcohol) depending on the applications. The material may be treated with softeners, lotions, or perfume to adjust the tactile and olfactory properties. Preservatives such as methylisothiazolinone are used to prevent bacterial or fungal growth in the package. The finished wet wipes are folded and put in pocket size package or a box dispenser.

A "wet wipe island" the size of two tennis courts has formed in the Thames, causing the river as it flows through London to change course, according to The Times of London.
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Most wet wipes are made with plastic, which does not break down when flushed, according to environmental charity Thames21.

Furthermore, they can break down into microplastic and damage aquatic life and the Thames' ecosystem, the charity said.
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Last year, volunteers for the charity collected more than 27,000 wipes over two days at a different site next to Battersea Bridge.

Wet wipes also make up nearly 90% of the materials contained in "fatbergs," which are masses of solid waste made of grease and fat that can block sewers.