Marine biocides

Marine biocidesThe physical and chemical properties of the product are a mixture of active ingredients that can control the invasion of mollusks in industrial water systems. Molluscs can clog pipelines, damage equipment, resulting in increased production and maintenance costs and factory shutdowns. It is used to inhibit the adhesion of mollusks, bacteria, fungi, and algae in the following systems:

1: Circulating and direct cooling water systems
2: Cooling water inlet system
3: Auxiliary water and wastewater system

The molecule contains a positively charged "head" N+and a long-chain alkyl fatty acid tail. The cell membrane usually carries negative charges, and N+easily neutralizes these negative charges, disrupting the activity of cell membrane proteins and achieving killing effects by cutting off the transport of nutrients within the cell.

Marine biocidesDosing and usage requirements:

Intermittent dosing is adopted, with dosing once a week from May to October each year and once every two weeks at other times. Each time, 4 mg/L is added continuously for 6 hours based on the circulating water volume; When the pollution is severe, add 6 mg/L continuously for 8 hours. On the old system, if conditions permit, adult mollusks should be manually removed before adding, so as not to bring dead mollusks into the system. This product works better when used in combination with sodium hypochlorite. Please note that sodium hypochlorite can only be added the next day after it has been added.

Storage method:

The shelf life of this product is 2 years and the flash point is 54 degrees. It should be stored in a ventilated, shaded, and dry place, and the container should be kept sealed when not in use. Stay away from sparks and flames.

Working Principle:

It has no irritant effect on living organisms, especially on filtering feeding mollusks (such as shellfish), crustaceans (such as barnacles), and membrane animals, which have particularly good killing effects. Marine organisms do not close their shells when they come into contact with this fungicide, but continuously absorb it, unknowingly "poisoning and dying".

The BT1103 molecule contains a positively charged "head" N+and a long-chain alkyl fatty acid tail. The cell membrane usually carries negative charges, and N+easily neutralizes these negative charges, disrupting the activity of cell membrane proteins and achieving killing effects by cutting off the transport of nutrients within the cell.