The method of recycling anemia staintox HEDP (1-hydroxyetal acid) is as follows:
Dose determination: According to the concentration of the water quality, temperature, flow and other parameters of the circulating water system, and the concentration of the HEDP blocking agent used, the appropriate dose is determined. The recommended dosage is usually 3-10 ml of HEDP dirt resistant agents in cycle water per cubic meter.
Dilute dissolving: Dilute the HEDP blocking agent that need to be added with an appropriate amount of water to make a solution suitable for adding. According to the actual dose requirements and dilution ratio, the HEDP stool resistant agent is added to the water and stirred until it is completely dissolved.
Increase method: Add the controlled HEDP stuffing agent solution to the circulating water system evenly. Increase can be performed by manually adding medicine and automatic measurement pump to ensure that the dose is evenly put in the circulating water. You can choose to add a point near the water inlet, mixed box, etc., so that the dose can be more evenly distributed.
Mixing and mixing: After the investment is added, ensure that the HEDP stool resistant in the circulating water can be fully mixed. Through the mixing device in the circulating water system or normal circulation, the dirt resistant solution is fully mixed with the circulating water to achieve the effect of uniform dispersing.
Monitoring and adjustment: Regularly monitor the water quality of cycle water, including hardness, alkali and other related indicators. Based on the actual water quality and stains, the dose can be fine -tuned and adjusted to ensure the effectiveness of the detergent.
It should be noted that when using HEDP stuffing agent, please follow the guidance in the product manual and follow relevant safety operation specifications. In the process of investing, pay attention to protective measures to avoid direct contact with the skin and eyes, and ensure good ventilation. In addition, do not mix HEDP dirt blocking agent with other chemicals to avoid unpredictable reactions.