Demulsifiers Used in Drilling
Application:
Separating water from oil
Product Introduction:
Demulsifiers or emulsion breakers are special chemicals that play an essential and strategic role in separating oil-related materials. These materials overcome the water-oil emulsion and lead to water separation from oil. Due to high amounts of water, salt, and other solids in crude oil, separating these substances from crude oil in the initial extraction is necessary before refining the crude oil. Because the presence of these substances, especially in water, which also contains some dissolved salt, leads to a decline in the quality of oil in the world market and will even lead to not buying it if the allowed amount is not met. It is necessary to investigate various factors affecting the performance of demulsifiers, such as the rheology of interfacial properties, degree of hydrophilicity and hydrophobicity, speed of mass transfer from the demulsifier to the interface, etc.
The product is a formulation of one or more ethoxylated and/or propoxylated polymers, along with some additives. These additives are alkyl aryl sulfonic acids, fatty acid esters, bisphenol glycol ethers and esters, sodium dodecyl sulfate, etc. In addition, it contains substances soluble in solvents, such as xylene, heavy aromatic naphtha, isopropanol, methanol, 2-ethyl hexanol, etc. All these extra parts can be added physically and in specific percentages.
Technical Specifications:
According to sources and references, demulsifiers are a combination of different materials, including acid or base catalyzed phenol formaldehyde resins, polyols, polyamines, polyethylene imines and even epoxy resins, whose main component is based on polymer or copolymers, which must be prepared before use. be ethoxylated or propoxylated in a controlled manner.
Advantages:
* Localized
* High technical level
International Standards or Permission:
* ISO 9001:2015
* E&P certification
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| Type | This product is a final B2B consumer product. |
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Application:
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Application:
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* A wide range of products
* Capable of producing new products
* Adequate engineering/technical services 75
Application:
Oil and Gas industries
Application:
* One of the most common ways to produce hydrogen fuel is the methane reforming process with steam; Therefore, this catalyst is used to produce the hydrogen needed in the world.
* Use in industrial reformers to process natural gas in the presence of water vapor to produce synthesis gas required by petrochemical complexes that produce methanol, ammonia and urea is another use of this catalyst.
Application:
* Converting heavy and low-value oil fractions into valuable and light products
* Molecular breakdown reactions at low pressure
* Obtaining higher quality products
Application:
Preparing molecular sieves for oil, gas, and other industries These products are final B2B consumer products.