Petroleum deemulsifier - Names and Identifiers
Petroleum deemulsifier - Physico-chemical Properties
Use | Use as a crude oil demulsifier and other surfactants |
Petroleum deemulsifier - Introduction
Petroleum deemulsifier, also known as Petroleum demulsifier, is a chemical substance used to separate crude oil from water emulsion. Its main properties are surfactant properties, which can break the emulsified state of crude oil and water and separate it.
The main purpose of the Petroleum deemulsifier is to separate the emulsion of crude oil and water in the process of oil extraction and processing. When crude oil is mixed with water, it will form an emulsion state, which will affect the subsequent oil treatment and separation process. The addition of Petroleum deemulsifier can destroy the emulsion stability and make the crude oil and water separate quickly. This can improve the efficiency of oil treatment, reduce energy consumption, and improve the quality of petroleum products.
There are two main methods for the preparation of Petroleum deemulsifier: physical method and chemical method. The physical method is to break the emulsion by changing the temperature of the emulsion, the separation time or the mechanical action. The chemical law is to achieve the demulsification effect by adding a chemical substance, namely, the petrochemical deemulsifier. The chemically prepared petrochemical deemulsifier is often a mixture consisting of a surfactant and an adjuvant.
When using the petrolem deemulsifier, you need to pay attention to its security information. Petroleum deemulsifier can be irritating and direct contact with skin and eyes should be avoided. Pay attention to personal protective measures during use, such as wearing gloves and goggles. In addition, according to different preparations, there may be different environmental impacts and ecological risks. You should read the product manual before use, operate in strict accordance with the operating procedures, and dispose of waste correctly.
Last Update:2024-04-09 20:52:54