How to make water treatment more environmentally friendly and safe
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This post was last edited by Mingye Technology on 2011-1-5 at 13:33. In large-scale chemical plants, apart from online analysis of conductivity and pH value, all other analyses are done offline, which results in a large amount of work. Currently, environmental regulations are very strict; one company has installed an online system for continuous monitoring of wastewater, with the main parameters being COD and pH. Online continuous monitoring is primarily used for liquid phases, and it plays a significant role in the field of environmental protection. As far as I know, there have been many large-scale coal chemical plants put into operation in recent years, and whether it’s the Shell or Texaco processes, the water treatment systems required are more complex and handle larger volumes of wastewater compared to those used in natural gas processing. Online monitoring of wastewater treatment will become **mandatory in the near future; this is the general trend. In chemical production, safety is always given top priority. Online monitoring technology is a type of soft measurement that requires no maintenance and offers stable performance; it will undoubtedly play an essential role in improving production efficiency. Of course, my explanation isn’t exhaustive, so feel free to contact me if you have any suggestions – 021-34120387. Thank you!
Hehe, you’re here to do advertising, right? Speaking of my experience, I used to work at a sewage treatment plant when I was in Kunshan. The probe used for online monitoring is placed in clean water, and the levels definitely do not exceed the limits; in the past, there was too much wastewater, so it was discharged illegally in this way. In fact, as long as the wastewater treatment facilities are in place and the factory does not discharge large amounts of waste, the wastewater can definitely be treated. I remember the process flow is to adjust the pH value first, remove heavy metals, then proceed to the microbial tank, followed by the sedimentation tank and the sludge hanging machine, and finally filtration. Follow the operating procedures step by step; the COD level should not exceed 100. Is 100 the current standard?
Hehe. . . . . Speaking of my experience, I used to work at a sewage treatment plant when I was in Kunshan. The probe used for online monitoring is placed in clean water, and the levels definitely do not exceed the limits; in the past, there was too much wastewater, so it was discharged illegally in this way. In fact, as long as the wastewater treatment facilities are in place and the factory does not discharge large amounts of waste, the wastewater can definitely be treated. I remember the process flow is to adjust the pH value first, remove heavy metals, then proceed to the microbial tank, followed by the sedimentation tank and the sludge hanging machine, and finally filtration. Follow the operating procedures step by step; the COD level should not exceed 100. Is 100 the current standard?
Hehe. . . . . Speaking of my experience, I used to work at a sewage treatment plant when I was in Kunshan. The probe used for online monitoring is placed in clean water, and the levels definitely do not exceed the limits; in the past, there was too much wastewater, so it was discharged illegally in this way. In fact, as long as the wastewater treatment facilities are in place and the factory does not discharge large amounts of waste, the wastewater can definitely be treated. I remember the process flow is to adjust the pH value first, remove heavy metals, then proceed to the microbial tank, followed by the sedimentation tank and the sludge hanging machine, and finally filtration. Follow the operating procedures step by step; the COD level should not exceed 100. Is 100 the current standard?
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Back to work! Wishing everyone good luck and all the best in the Year of the Rabbit! Our online testing laboratory is capable of conducting real-time, continuous monitoring of parameters such as the density/concentration of liquids, polymerization rate, viscosity (degree of polymerization), ratio control, phase separation interfaces, and the termination time of batch reactions, by employing techniques such as soft sensing and data mining. Soft sensing technology, also known as soft instrument technology, originates from the inference estimator in inference control; it involves collecting certain easily measurable variables (also known as secondary variables or auxiliary variables) and constructing a mathematical model that uses these easily measurable variables as inputs to estimate the difficult-to-measure primary variables (also known as dominant variables). This provides support for process control, quality control, process management, and decision-making, and also lays the foundation for further achieving quality control and process optimization.