An interesting chemical engineer
ATMP (Aminotrimethylphosphonic acid) is a commonly used corrosion inhibitor, also known as ATMP corrosion inhibitor. It is an organic phosphate compound with excellent corrosion inhibition performance and water treatment characteristics. Here are some important information about ATMP corrosion inhibitors: Corrosion inhibition performance: ATMP corrosion inhibitor has good corrosion inhibition performance in water treatment, which can…
The main function of corrosion and scale inhibitors is to have both corrosion and scale inhibiting effects in water treatment. The following are the functions of corrosion and scale inhibitors: Corrosion inhibition effect: Corrosion and scale inhibitors can slow down the corrosion rate of metal surfaces. They form a protective corrosion inhibitor film on the…
Read More “What is the function of corrosion and scale inhibitors” »
The use of reverse osmosis scale inhibitors is to protect the reverse osmosis membrane, prevent it from being blocked and damaged by the scale layer, and improve the water treatment efficiency of the system. The following are the general requirements for using reverse osmosis scale inhibitors: Choose a suitable reverse osmosis scale inhibitor: Select a…
Read More “Requirements for the use of reverse osmosis scale inhibitors” »
Chelating agents are a type of chemical substance that can form stable complexes with metal ions. They usually have multiple coordination sites and can form Coordinate covalent bond with metal ions to form stable complexes. The functions and uses of chelating agents are as follows: Stabilization of metal ions: Chelating agents can form complexes with…
Read More “What are the functions and uses of chelating agents” »
The principle of action of chelating agents mainly involves coordination chemistry and complexation reactions. When chelating agents contact metal ions, their coordination sites will form Chemical bond with metal ions, and these bonds are usually strong Coordinate covalent bond. The following are the general steps for the principle of action of chelating agents: Coordination sites:…
The following is a simple formula example of a common Sodium polyacrylate dispersant: Formula ingredients: Sodium polyacrylate: 5% -20% Glycerin: 1% -5% Refined water: appropriate amount Step: Prepare a clean container for preparing dispersant. Add refined water to a portion of the container as the base solvent. Gradually add Sodium polyacrylate into the basic solvent,…
The main components of chelating agents can be various compounds, depending on the metal ions required for chelation and the application field. The following are some common chelating agent main components: Organic chelating agent: Organic chelating agent refers to an organic compound composed of carbon, hydrogen, nitrogen, oxygen and other elements, which usually contains one…
Read More “What are the main components of chelating agents” »
Iron chelators are a type of compound that can form stable complexes with iron ions, and their effects and uses are very extensive. The following are the main functions and uses of iron chelating agents: Metal chelation: Iron chelating agents can form complexes with free iron ions, thereby stabilizing the presence of iron ions and…
Read More “The Function and Application of Iron Chelating Agent” »
Reverse osmosis scale inhibitors are chemical additives used in reverse osmosis (RO) systems. Their main purpose is to prevent and reduce fouling and accumulation on the surface of the RO membrane, in order to maintain the efficient operation of the RO system. The following are some main uses of reverse osmosis scale inhibitors: Prevention of…
Read More “Application of reverse osmosis scale inhibitor” »
Surfactants (commonly known as detergents) are a type of chemical substance that can reduce the surface tension of liquids. The cleaning principle is mainly based on the following points: Emulsification effect: Surfactants have dual properties of hydrophilicity and hydrophobicity, which can establish a bridge between water and oil. When surfactants are added to the surface…
Read More “Principle of surface active agent decontamination” »