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A system that adds a controlled quantity of a chemical or other material to a process, product, or solution is referred to as an additive dosing system. In industrial and manufacturing operations when a precise quantity of an additive is required to enhance or improve the final product, this technique is frequently used.
The additive can be dosed consistently and precisely by automating the dosing device and controlling it with computer software. An additive dosing system is used to guarantee that a product continually possesses the desired traits and features.
An important development in the field of industrial and chemical processing is the additive dosing system. Systems of this kind are created to precisely measure and distribute chemicals and additives into a variety of processes, such as oil refining, food and beverage production, and water treatment.
The Additive Dosing System provides unmatched accuracy, dependability, and usability. Operators can easily handle and monitor the dosing process because to the user-friendly interface and intuitive design, and real-time data is readily available.
The additive dosing system accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
To enable precise weight control and pneumatic injection of dry ingredients (mainly bentonite/clay) to a muller in a fully automated mixer group, the Simpson Hartley Model 90Mk2 Additive Dosing System was developed.
The Simpson Hartley Model 2502-L1 or 2552-B1 Compactability Controller is required for the 90Mk2 to operate automatically and is designed to be used in conjunction with it.
The Simpson Model BFS additive dosing system is a fully automated system that continuously doses dry ingredients (mainly bentonite clay) to a continuous chiller or continuous muller.
A mobile/fixed chemical dosing system is offered by Hypro. A tank with an agitator and necessary extras including piping valves, a spray ball, an agitator, a pump, a motor, and an electrical panel are all included in the system. The system can be pulled close to the piping or vessel that will be used to deliver chemical doses.