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Gasoline D2 or Diesel D2 in Iran

Gasoline D2 or Diesel D2 in Iran

A refinery abbreviation for Gasoil is Diesel D2 or Gasoline D2. Unlike crude distillate, it does not require reformers or additives for use. Before petrol cars as we know them today were invented, diesel engines used D2 as fuel. This is due to the fact that a German engine called Diesel requires no spark plugs. When pressure increases, the diesel engine will ignite and combust so that the heated “plug” explodes. As a result, diesel engines are based on the same principles. As a result, the refinery will add additives to the automotive diesel that you fill to make the engine more efficient and easier to start over the winter season.

The “Flash Point” of diesel changes in the winter, according to the small print. Like petrol, diesel also has additives to absorb water that condenses in the cylinder – but because the nozzles are injected directly into the cylinder, ice will destroy the nozzles before the engine. Your fuel pipes may freeze and burst if you use summer diesel in the winter, and the wax can make the diesel flow thicker. Summer diesel gives you better mileage, but you will have to deal with more fuel pipe freezing and bursts.

 

Gasoline D2 or Diesel D2 in Iran

 

The role of sulfur in GASOIL and Diesel D2

It is the sulfur content of GASOIL and Gasoline D2 that makes them different. A limit of 4% sulfur in GASOIL was introduced by the US EPA 10 years ago, while Europe and the rest of the world followed later. Most of the time, when sulfur needs to be removed, ways of doing it more efficiently are quickly discovered. Sulfur can now be traded profitably with sulfuric acid, which is now motivating farmers to extract as much as possible.

In essence, ‘Low Sulphur Gasoil‘ is now below 0.2% rather than 4%. As for Ultra Low Sulphur, it has a maximum sulfur content of 0.02%, and there are two limitations here: (a) mass spectrographs need extensive calibration to measure below 1000ppm, and (b) sulfur can form clogs. As explained above, Diesel D2 is a distillate, and it has not been “cracked” by the refinery. As a result, the molecules bind to free hydrogen molecules, forming a cluster that will break. The average sulfur content in a barrel is less than 0.02%, so you only got a cluster of molecules in your pint of ULSG.

 

 

Oil companies standard for production Diesel D2

Oil companies use a standard for Gasoline D2 or Diesel D2 from the International Standardization Organization – ISO.

As a result of proposals from ASTM, API, and EPA, ANSI has defined the US national standard for Diesel D2.

There are national variants in Europe, for instance, DIN in Germany, and GOST in Russia.

According to the ISO standard, the GOST variant for D2/Gasoil has a maximum sulfur content of 0.02 MAX. As the ANSI standard, it calls it “Ultra Low Sulphur”, and 0,2% (2000ppm) will be referred to as “Low Sulphur”. Many cities have reduced their pollution as a result of the reduction of sulfur in their gasoil.

 

 

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Gasoline D2 or Diesel D2 in Iran

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Urea

Urea

The world’s most widely used solid nitrogen fertilizer is urea CO(NH2)2. Animal urine also contains urea, which is commonly found in nature. This material is efficient for transferring to farms and applying to fields because of its high N content.

 

Urea

 

The method of production of Urea

In order to produce urea fertilizer, ammonia gas (NH3) and carbon dioxide (CO2) are combined at elevated temperatures and pressures. By using specialized granulation equipment, molten urea is formed into spheres or hardened into a solid prill by falling from a tower. Biuret can be harmful when sprayed on plant foliage when two urea molecules combine during urea production. Due to carefully controlled conditions during manufacturing, most commercial urea fertilizers contain only low levels of biuret. In some cases, though, the chemical with lower biuret content can be used for special purposes. NH3 is the main input for urea production, so the material manufacturing plants are generally located near NH3 production facilities. There are several methods for transporting this material around the world, including ocean vessels, barges, rails, and trucks.

 

The application of Urea in different industries

1. Agriculture

It is estimated that more than 90 percent of global urea production is destined for use as a nitrogen-releasing fertilizer. The nitrogen content of urea is the highest among all solid nitrogenous fertilizers in common use (46.7%). As a result, it is the nitrogen nutrient with the lowest transportation costs.

When it is hydrolyzed in the soil, it returns to ammonia and carbon dioxide. Plants are able to absorb nitrate from the soil when ammonia is oxidized by bacteria. There are also many formulations of solid fertilizers that contain the chemical. In combination with ammonium nitrate, the chemical is extremely soluble in water, making it an ideal fertilizer for use in fertilizer solutions (e.g., foliar feed). Due to their narrow particle size distribution, granules are preferred for the application of fertilizers.

Biuret is the most common impurity that occurs in synthetic urea, and its presence must be less than 2 percent of the time to prevent the growth of plants.

 

The amount of urea spread in farm

The amount of urea spread will vary depending on the type of farm and region, but the actual rate of spread will be between 40 and 300 kg/ha. To minimize leaching losses and increase the efficiency of nitrogen use, it is better to apply several small to medium applications at intervals rather than one heavy application. To reduce loss of nitrogen from volatilization (the process of converting nitrogen into ammonia gas in the atmosphere),the chemical should be spread prior to or during rain during the summer. The use of this material in combination with other fertilizers may result in problems of physical quality.

 

 

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Urea

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Paraffin Wax

Paraffin Wax

Paraffin Wax (Petroleum Wax) is a soft colorless solid substance derived from petroleum, coal or shale oil, which consists of a mixture of hydrocarbon molecules between twenty and forty carbon atoms.

Paraffin Wax

 

What is solid paraffin?

In fact, paraffin found in solid form is called paraffin wax, petroleum wax or solid paraffin. This substance is a white or colorless soft wax, which is extracted from oil, coal or oil rocks and is composed of saturated hydrocarbon molecules between twenty and forty carbon atoms.

It is solid at room temperature and starts to melt above 37°C (99°F). Its boiling point is above 370 °C (698 °F). Solid paraffin is colorless, tasteless and odorless. Paraffin has a low melting point. The color of paraffin wax varies depending on the amount of oil and its transparency. Paraffin wax was first produced by Karl Reichenbach in Germany in 1830.

This material is also called paraffin candle. Paraffin candles are odorless, white, and bluish. Paraffin wax is mostly in the form of a white, odorless, and tasteless waxy solid substance that has a normal melting point between 46 and 68 degrees Celsius and a density of about 900 kg/m3. The freezing point of solid paraffin is in the temperature range between 50 and 55 degrees Celsius. In fact, for this reason, most of this substance exists in solid form. Solid paraffin does not dissolve in water. But it is soluble in ether, benzene, and certain esters. Solid paraffin is not affected by most common chemicals but burns easily. Its heat of combustion is 42 MJ/kg. Solid paraffin often contains 3 to 5% oil, which is usually milky white in color and has a gel state.

 

What is paraffin wax?

Solid paraffin that has high quality and low oil percentage and is white in color and odorless and tasteless is called paraffin wax.

 

 

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Paraffin Wax

 

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2-Ethylhexanol

2-Ethylhexanol

2-Ethylhexanol is a flammable liquid, which in contact with a strong oxidizer may cause a fire. The appearance of this compound is a clear, colorless liquid from the alcohol family, which is almost insoluble in water but dissolves well in most aqueous solvents.

2-Ethylhexanol

 

What is 2-Ethylhexanol?

It is a branched, eight-carbon chiral alcohol, which is widely used in many applications such as solvents, flavorings, and aromatics, and especially as a precursor in the production of other chemicals such as emollients. This substance is insoluble in water and has a lower density than water. Although isooctanol (and the derivative isoxyl prefix) is commonly used in industry to refer to 2-ethylhexanol and its derivatives, IUPAC nomenclature conventions dictate that this name properly refers to another isomer of octanol, 6-methyl heptane- 1- Apply first.

 

Table of technical specifications of 2-Ethylhexanol

Product Name 2-Ethylhexanol
The chemical formula of 2-Ethylhexanol C8H18O
Appearance Clear colorless liquid
Molar mass 130.23g/mol
Classification Alcohols
Density 833 kg/m³
Boiling point 184.7 °C
Melting point -76 °C

 

2-Ethylhexanol production method

2-Ethylhexanol is industrially produced by condensation of aldol n-butyraldehyde followed by hydrogenation of the resulting hydroxyaldehyde. About 2,500,000 tons are prepared in this way every year.

 

 

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2-Ethylhexanol

 

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Cetostearyl Alcohol

Cetostearyl Alcohol

Cetostearyl Alcohol, stearyl alcohol, or cetylstearyl alcohol, is a mixture of fatty alcohols, consisting mostly of acetyl (16°C) and stearyl (18°C) alcohols, and is classified as a fatty alcohol.

The source of cetostearyl alcohol is natural products such as vegetables and synthetic chemical compounds. This material is used as an emulsion stabilizer, matting agent and surfactant, foam enhancer, and also as an aqueous and non-aqueous viscosity-increasing agent.

This fatty alcohol contains 10-35% cetyl alcohol and 65-90% stearyl alcohol as well as some long or short-chain alcohols. This compound is insoluble in water, but it is soluble in polar solvents, alcohol, and petroleum substances, and it is incompatible with strong oxidizers and metal salts.

Cetostearyl Alcohol

 

Table of technical specifications of cetostearyl alcohol

Chemical formula of cetostearyl alcohol

 

 

n C34H72O2 = variable, typically 14-16

 

 

Melting point

 

 

48°C – 56°C

 

 

Boiling point

 

 

249°C

 

 

Dissolvability

 

 

Soluble in oil, insoluble in water

 

 

Appearance

 

 

White waxy solid

 

 

Smell

 

 

Odorless

 

 

 

Production of cetostearyl alcohol

Alcohol is a kind of waxy substance and it is naturally obtained from palm oil or coconut oil, but it is also produced synthetically in the laboratory. cetostearyl alcohol is also known by different names such as C16-18 alcohol.

 

 

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Cetostearyl Alcohol

 

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Liquid Paraffin

Liquid Paraffin

Liquid Paraffin Wax is a milky liquid composition and is used for washing powder, synthetic detergents, synthetic petroleum proteins, emulsifier pesticides, etc. In the liquid paraffin industry, it is considered a subcategory of lubricants, because it is a type of liquid oil. In fact, this chemical is a mixture of liquid hydrocarbons.

Liquid Paraffin

 

What is liquid paraffin?

Refined and very pure paraffin is called liquid paraffin or white oil or kerosene. This material is white or transparent in appearance. The boiling point of this substance is 175 degrees Celsius and its evaporation point is 265 degrees Celsius.

Sanitary paraffin, which is used in pharmaceuticals to make ointments and creams, is also called pharmaceutical-grade liquid paraffin. This paraffin is a very pure mineral oil that is used in the production of various cosmetics and also for medical purposes.

 

Production of liquid paraffin

Liquid paraffin is obtained from the distillation of petroleum derivatives. This material is sold in two forms: colorless oily liquid or white oily liquid.

 

 

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Liquid Paraffin

 

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2-butoxyethanol - Butyl glycol

2-butoxyethanol - Butyl glycol

Butyl glycol is known as BG, 2-butoxyethanol, glycol monobutyl ether and ethylene glycol monobutyl ether. It is a glycol ether with moderate surfactant properties, which can be used as a solvent. In fact, butyl glycol is a natural alcohol that is extracted from petroleum. This compound is a colorless, water-soluble liquid that has a sweet, ether-like odor because it comes from the glycol ether family, and is an ether butyrate of ethylene glycol.

2-butoxyethanol – Butyl glycol

 

What is 2-butoxyethanol?

Since their use in the 1930s, glycol ethers are solvents that dissolve both water-soluble and hydrophobic materials. Glycol ethers consist of two components, alcohol, and ether. According to the nature of alcohol, molecules of this class can be divided into two groups: E series and P series, which correspond to ethylene and propylene, respectively. Glycol ethers are chosen for specific purposes such as solubility, flammability, and volatility.

2-Butoxyethanol is miscible in water and dissolves in most organic solvents. This substance is known as a relatively non-volatile and inexpensive solvent. Also, due to its properties as a surfactant, it is used in many household and industrial products.

In sensitive individuals, 2-butoxyethanol may be irritating to the skin, eyes, or nasal passages, but it is the least irritating of the glycols. In fact, this glycol is not associated with any specific organ toxicity and, unlike ethylene glycol, is not considered carcinogenic.

 

Table of technical specifications of 2-butoxyethanol

Product Name 2-Butoxyethanol
The chemical formula of butyl glycol C6H14O2
Molecular mass 118.17 g/mol
Appearance colorless transparent liquid
Density 0.890 g/cm3
Melting point -77 °C
Boiling point 171 °C
Viscosity at 25°C 2.9 cP

 

 

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2-butoxyethanol - Butyl glycol

 

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Paraffin Oil

Paraffin Oil

Abraham Gessner, a Canadian geologist, first distilled kerosene from coal in 1846. Kerosene, also called paraffin or paraffin oil, is a flammable and clear liquid that is distilled from oil. It is a mixture of different hydrocarbons and is less volatile than gasoline.

Paraffin oil is not the same as liquid paraffin. Paraffin oil is a yellow or clear colorless liquid, often known as mineral oil. This substance is colorless and odorless and is obtained from the distillation of crude oil. Paraffin oil is divided into two types, light and general, which have a low viscosity ratio of light mineral oil. Paraffin oil does not contain aromatic hydrocarbons and environmental protection. This product is marketed in pharmaceutical or health, food or edible and industrial grades and has various uses. Industrial-grade paraffin oil does not pollute the environment.

This product is marketed in the pharmaceutical, food, rubber, and plastic industries, cosmetics, and health industries and has various applications. Paraffin oil does not contain aromatic hydrocarbons and environmental protection. It does not pollute the environment in industrial applications.

Paraffin Oil

 

What is Paraffin?

Paraffin is a saturated hydrocarbon compound in which all carbon atoms are connected to each other with simple bonds and other bonds are saturated with hydrogen atoms.  Kinds of paraffin or paraffinic hydrocarbons are also called alkanes. This material are the main components of natural gas and oil. Paraffin has the chemical formula CnH2n+2, where the letter C is a carbon atom, H is a hydrogen atom, and n is an integer. Paraffin is obtained from petroleum derivatives. This petroleum composition exists in two forms, liquid and solid.

The cost of producing paraffin was high, but when new sources of paraffin and cheaper methods of refining were discovered, the price of the fuel changed dramatically and came down. Paraffin retains a lot of heat.

 

Types of Paraffin

 

History of Paraffin

Paraffin wax was first discovered in 1830 by Carl von Reichenbach, a German chemist. He tried to produce a device that can be used to separate and purify the waxy substances that are naturally present in oil.

 

 

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Paraffin Oil

 

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o-Xylene and m-Xylene

o-Xylene and m-Xylene

o-Xylene (Ortho-Xylene) is an aromatic hydrocarbon with the formula C6H4 (CH3) 2, which is mainly extracted from crude oil. Ortho-Xylene is the same xylene with methyl groups in its 1 and 2 positions. Xylene is a colorless and flammable liquid with a sweet smell that exists in the form of 3 isomers of Meta, Ortho, and Para-Xylene. o-Xylene is the second functional isomer of xylene used to make PVC plastic. Industrial xylene is not only used as a solvent and additive in the rubber and coatings industry, but also as an additive in aviation fuel.

The Ortho, Meta, and Para-Xylene isomers isolated from this compound are phthalic acid, isophthalic acid, and terephthalate acid, respectively. Phthalic acid and terephthalic acid are used in the production of plastics, polyester resins, and polyester fibers.

Petroleum contains about 1% xylene, and most Ortho-Xylene is produced by petroleum cracking. The net production of this material in 2019 was about 500,000 tons.

o-Xylene is originally produced from coal, but currently, most of its domestic and foreign production is mainly done through modified catalytic extraction of oil and the thermal cracking of aromatic hydrocarbons.

o-Xylene and m-Xylene

 

Applications of o-Xylene

o-Xylene is the second commercial isomer of xylene, and almost all of it is used in the manufacture of phthalic anhydride (PA), which has three main uses, including the use in the manufacture of polyvinyl chloride (PVC) resins, the production of unsaturated polyester resins (UPRs). and making alkyl resins that are used for surface coatings.

Ortho-Xylene in industrial xylene has a difference of more than 5.2 degrees Celsius from other isomers, and this substance can be obtained with a purity of 95% by careful distillation. Its further processing using sulfonation and distillation for purification can give us a substance with greater purity.

This compound is an inexpensive raw material for the production of phthalic anhydride, which has a high yield potential and is used as a precursor to many products, drugs, and other chemicals.

This compound is mainly used as a chemical raw material and solvent, and it can be used to produce dyes, pesticides, drugs, vitamins, and as chromatography standards.

o-Xylene is the raw material for the production of pheniramine microbicide, tetrachlorophenyl peptide, and benzofuran methyl herbicide. This material is used as an intermediate for the production of O-methyl benzoic acid.

 

 

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o-Xylene and m-Xylene

 

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Snow-White Texapon - Sodium lauryl sulfate (SLS)

Snow-White Texapon - Sodium lauryl sulfate (SLS)

Sodium dodecyl sulfate or sodium lauryl sulfate, sometimes written as sodium lauryl sulfate, is a synthetic organic compound with the formula CH₃(CH2) ₁₁SO₄Na. It is also known as or Snow-White Texapon.

This anionic surfactant is used in many cleaning and hygiene products. This molecule is an organosulfur and a salt.

Sodium laureth sulfate, an accepted contraction of sodium lauryl ether sulfate, is an anionic detergent and surfactant found in many personal care products. SLES is a cheap and very effective foaming agent.

This composition is in solid form and has a relatively high melting point, which is used to create the desired state of an intermediate paste composition. It is easily consumed in cold processes and creates a shell-like state. Snow -White Texapon is a mixture of Texapon and EGMS/EGDS. In fact, it is the main agent of shelling. This Texapon is responsible for spreading and unfirming the oyster particles. The shape and size of oyster particles have an effect on their stability.

Snow-White Texapon – Sodium lauryl sulfate (SLS)

 

Technical specification table Snow-White Texapon

name of the material Snow-White Texapon
The chemical formula NaC12H25SO4
Molecular weight 288.372 g/mol
IUPAC identifier Sodium lauryl sulfate
Density 1.01 g/cm2
other anions Sodium laurate sulfate, sodium myrate sulfate

 

Application of sodium dodecyl sulfate in Snow-White Texapon

  • Sodium dodecyl sulfate, molecular biology grade (SDS), is a detergent known to denature proteins.
  • This material is used in non-induction polyacrylamide gel electrophoresis to determine protein molecular weight.
  • It appears as a food additive or its synonym sodium lauryl sulfate (SLS), this compound is a safe substance known for food use. It is used as an emulsifier.
  • In the production of detergent liquids that have a special shine in their shape, such as liquid soap, shampoos, laundry detergents, dishwashing detergents, and toothpaste.

 

 

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Snow-White Texapon - Sodium lauryl sulfate (SLS)

 

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