Відео

Fire extenguisher supossed to be from cast iron. So definetely would need to make foundry that could make that, before making foundry for metal, copper or aluminium.

For plaster You need mortar sand and horse manure mixed with lime.

Lime is an inorganic material composed primarily of calcium oxides and hydroxides. It is also the name for calcium oxide which occurs as a product of coal-seam fires and in altered limestone xenoliths in volcanic ejecta.[1] The International Mineralogical Association recognizes lime as a mineral with the chemical formula of CaO.[2] The word lime originates with its earliest use as building mortar and has the sense of sticking or adhering.[3]

AI?

🔥Means_to_an_End

Turns out You can make cement from burning wood - ua-cam.com/video/DP0t2MmOMEA/v-deo.htmlsi=K_OZMb2kXx4OdXho

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where DoggyStyle 2 at ?

THIS JC KILLA HILL 1992 SISTER ACT TEACHER SONG SCENE VIDEO DONT BE WALKING RALPH WITH THERE HEADS IN THE SKY BUT MY NAME IS JC WHT UP TONI BRAXTON BE A MAN ABOUT IT VIDEO GLORIA WHERE J NOW WE SEE WHT U TALKING ABOUT WHT UP TEE GRIZZLEY FT J COLE BLOW FOR BLOW VIDEO JOHNNY ESQWIRE WHT UP QUAVO BOI FT NIKKI MANJI FRECH MONTANA VIDEO PERIOD WHT UP R KELLY REMIND ME VIDEO PERIOD JC IS TO SHOW PEOPLE ALWAYS KEEP YOUR HOUSE HOLD IN ORDER

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Besides that there isn't a 100% simplified potassium metal creation video.

Quarc would be sand " ", hydrofluoric acid would be fluorspar (calcium fluoride), which is mined and processed to remove impurities. The fluorspar is then fed into the rotary kiln along with sulphuric acid, the other key ingredient in HF production. None of this has seamless explanation on UA-cam.

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Perepthalic acid from pet bottles - ua-cam.com/video/iTfQRWn7yEo/v-deo.htmlsi=FuxuE8r4WsKYl7hb

Basically making perphtalic acid from plastic pet bottles is putting them in pot, heating it up till they turn liquid, adding sulfuric acid, then boiling what's left over to seperate paste from liquid. Then putted in furnace. ua-cam.com/video/iTfQRWn7yEo/v-deo.htmlsi=mS_O3DrB8gsLLP2N

Updated version - ua-cam.com/video/xwpowOVihjM/v-deo.htmlsi=ncNz38plHt4l8k9-

Chalk powder or Calcium carbonate is a chemical compound with the chemical formula CaCO3. It is a common substance found in rocks as the minerals calcite and aragonite, most notably in chalk and limestone, eggshells, gastropod shells, shellfish skeletons and pearls. Materials containing much calcium carbonate or resembling it are described as calcareous. Calcium carbonate is the active ingredient in agricultural lime and is produced when calcium ions in hard water react with carbonate ions to form limescale. It has medical use as a calcium supplement or as an antacid, but excessive consumption can be hazardous and cause hypercalcemia and digestive issues.[8]

Kaolinite is one of the most common minerals; it is mined, as kaolin, in Australia, Brazil, Bulgaria, China, Czech Republic, France, Germany, India, Iran, Malaysia, South Africa, South Korea, Spain, Tanzania, Thailand, United Kingdom, United States and Vietnam.[2]

Kaolinite (/ˈkeɪ.ələˌnaɪt, -lɪ-/ KAY-ə-lə-nyte, -⁠lih-; also called kaolin)[5][6][7] is a clay mineral, with the chemical composition: Al2Si2O5(OH)4. It is a layered silicate mineral, with one tetrahedral sheet of silica (SiO4) linked through oxygen atoms to one octahedral sheet of alumina (AlO6).[8]

Plants for Green Pigments Spinach (Spinacia oleracea) - Chlorophyll extraction. Nettle (Urtica dioica) - Used for deep green tones. Alfalfa (Medicago sativa) - Creates a vibrant green powder. Plants for Yellow Pigments Turmeric (Curcuma longa) - Produces a bright yellow pigment. Marigold (Tagetes spp.) - Flowers yield a golden yellow. Saffron (Crocus sativus) - Petals and stigmas for yellow-orange tones. Goldenrod (Solidago spp.) - Known for its bright yellow color. Plants for Red Pigments Madder Root (Rubia tinctorum) - Creates rich red and pink tones. Beetroot (Beta vulgaris) - Vibrant magenta or red shades. Cochineal (Dactylopius coccus) - Technically an insect, but often associated with cactus plants. Hibiscus (Hibiscus sabdariffa) - Petals yield reddish hues. Plants for Blue Pigments Indigo (Indigofera tinctoria) - The primary source of blue dyes. Woad (Isatis tinctoria) - Produces a blue similar to indigo. Butterfly Pea Flower (Clitoria ternatea) - Used for soft blue or purple shades. Plants for Purple Pigments Logwood (Haematoxylum campechianum) - Known for deep purple and blue tones. Blackberry (Rubus fruticosus) - Juice yields purple pigments. Plants for Brown Pigments Walnut Husks (Juglans spp.) - Creates a rich brown color. Oak Gall (Quercus spp.) - Often used in ink production but also makes brown pigments. Cutch (Acacia catechu) - Extracted from wood for deep brown tones. Plants for Orange Pigments Annatto (Bixa orellana) - Seeds yield bright orange pigment. Calendula (Calendula officinalis) - Flowers produce a soft orange shade. Carrot (Daucus carota) - Roots can be used for orange tones. Plants for Black Pigments Charred Wood (Various species) - Burnt plant material yields black carbon-based pigment. Iris Root (Iris germanica) - Black variations sometimes used for darker pigments.

Gum arabic solution is solution made from Acacia tree resin. Akācijas koks - Latviski.

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Technically AI generated images that explain emulsifier and amino fluid suck hard, it's not my fault You would not be able to do this chemistry.

You might want to brew cheese, make salt, make sugar, grow olives, grow pigs and make ham, grow pineaple.

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Terephthalic acid - Natural resource extraction: p-Xylene is obtained from crude oil or natural gas through refining. Purification of p-Xylene: The p-xylene is separated and purified from other isomers and contaminants. Preparation for oxidation: P-Xylene is mixed with solvents like acetic acid. Catalytic oxidation: The p-xylene undergoes oxidation using air, catalysts (Co or Mn), and high temperatures to form terephthalic acid. Separation and recovery: The terephthalic acid is separated from the reaction mixture and crystallized. Purification: The crude terephthalic acid is hydrogenated to remove impurities. Drying and packaging: The final purified terephthalic acid is dried and packaged for use.

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Pet plastic bottles. The process starts with the production of PET resin, which is a polymer made from the condensation of terephthalic acid and ethylene glycol (car antifreeze). This forms small plastic pellets, which are the raw material used for bottle creation. The PET resin pellets are fed into an injection molding machine. The machine heats the pellets to melt them and injects the molten plastic into a mold that shapes it into a preform. The preform is a small, thick-walled tube with a bottle neck, which will later be stretched into the final bottle shape. After the preform is molded, it is cooled down quickly to solidify the PET. This results in a solid, but still somewhat rigid, preform. The preform is then transferred to a reheating station, where it is heated to a higher temperature using infrared heaters and hot air. This softens the PET, making it pliable and ready for shaping. The preform is heated evenly to ensure that it expands properly when blown into the bottle shape. The heated preform is then placed in a blow mold. Hot air is blown into the preform to stretch it vertically and horizontally, expanding it to fill the mold. The mold shape will determine the final bottle's size and shape. Stretching and blowing the preform allows it to form into a thin, uniform plastic bottle. Once the bottle reaches its final shape, it is cooled rapidly to harden the PET and stabilize its form. Cold air or water may be used in this step to ensure the bottle cools evenly and maintains its strength. The final bottle is removed from the mold, and any excess plastic (such as the extra material around the neck) is trimmed away. The bottle is then inspected for any defects such as cracks, air bubbles, or deformities.

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First step would be having proper metal foundry to make metal tubes. Second step would be hacing furnace to create glass ampoules for chemistry to work. How glass can be made video is on this channel.

So in other words, methylamines is meth, illegal drug. And even, if You could make meth. You would need dimethulamine-trimethylamine from it. And all that other process, makes creating urethane from scratch way more difficult than famous meth.

Extra things missing in this video Making bakin soda and sodium hydroxide from it reacting methanol with ammonia to create methylamines separating dimethylamine-trimethylamine from the methylamines and reacting dimethylamine-trimethylamine mixture with carbon monoxide to create DMF visualisation missing , full process of carbon monoxide from natural resources missing Creating phosgene (gas) and reacting with created amines, missing Tools You would need copper pipe You could bend in spiral, glass jar with attached metal tube that would slightly go with copper tube Heating element Another heating element Metal pot Glass jar with cork with plastic tube attached to it A glass ampoules that will contain ammonium

Baking soda (sodium bicarbonate) is a naturally occurring mineral that can be found in deposits around the world. It is often mined from areas rich in trona, a mineral that contains sodium carbonate. Trona deposits are most notable in places like Wyoming, USA.

Steps covered 1)things You could buy and instantly start making them with bought products 2)principle in how it's made 3)pressure pot - how it's made diy version, plastic pot (pvc pipe), pressure gauges (impossible diy), pressure pump (impossible diy) 4)urethane liquid - substances and how it's made, making polyol from castor oil (missing step), making isocyanates from amines reacting with phosgene (missing step, including making of phosgene), how amines (MDI version is made) with step that requires methylamonines (famous drug) meth.

Things missing in this video Making bakin soda and sodium hydroxide from it reacting methanol with ammonia to create methylamines separating dimethylamine-trimethylamine from the methylamines and reacting dimethylamine-trimethylamine mixture with carbon monoxide to create DMF visualisation missing , full process of carbon monoxide from natural resources missing Tools You would need copper pipe You could bend in spiral, glass jar with attached metal tube that would slightly go with copper tube Heating element Another heating element Metal pot Glass jar with cork with plastic tube attached to it A glass ampula that will contain ammonium

So in other words, methylamines is meth, illegal drug. And even, if You could make meth. You would need dimethulamine-trimethylamine from it. And all that other process, makes creating urethane from scratch way more difficult than famous meth.

Baking soda (sodium bicarbonate) is a naturally occurring mineral that can be found in deposits around the world. It is often mined from areas rich in trona, a mineral that contains sodium carbonate. Trona deposits are most notable in places like Wyoming, USA.

So in other words, methylamines is meth, illegal drug. And even, if You could make meth. You would need dimethulamine-trimethylamine from it. And all that other process, makes creating urethane from scratch way more difficult than famous meth.

Baking soda (sodium bicarbonate) is a naturally occurring mineral that can be found in deposits around the world. It is often mined from areas rich in trona, a mineral that contains sodium carbonate. Trona deposits are most notable in places like Wyoming, USA.

Things missing in this video Making bakin soda and sodium hydroxide from it reacting methanol with ammonia to create methylamines separating dimethylamine-trimethylamine from the methylamines and reacting dimethylamine-trimethylamine mixture with carbon monoxide to create DMF visualisation missing , full process of carbon monoxide from natural resources missing Tools You would need copper pipe You could bend in spiral, glass jar with attached metal tube that would slightly go with copper tube Heating element Another heating element Metal pot Glass jar with cork with plastic tube attached to it A glass ampula that will contain ammonium