1. Product Quality and Process Control
- Incorrect dosage reduces product quality or makes it deviate from the standard.
- Example: In a water treatment system, excessive chlorine spoils the taste and odor of the water; insufficient dosage does not provide disinfection.
- In the chemical or food industry, incorrect dosage reduces reaction efficiency and leads to the formation of unwanted by-products.
2. Chemical Savings and Cost Control
- Excessive dosage leads to unnecessary chemical consumption.
- Insufficient dosage requires the process to be rerun or can lead to equipment damage, thus increasing costs.
- Precise dosing optimizes chemical consumption, thereby reducing operating costs.
3. Equipment and System Protection
- Correct dosing controls corrosion, scaling, and deposit accumulation.
- Incorrect dosing can shorten equipment life; for example, erroneous chemical dosing in boilers and cooling towers causes corrosion on metal surfaces.
4. Environmental and Regulatory Compliance
- Excessive or incorrect chemical dosing places a chemical load on wastewater and leads to environmental pollution.
- Precise dosing ensures compliance with emission and waste management standards.
5. Continuity and Automation Advantage
- If precise dosing is carried out with automatic sensors and control systems, the process becomes more stable and predictable.
- Operator errors are minimized, and production processes become safer.
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