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The portable ammonia nitrogen detector is suitable for on-site rapid detection of various water quality, such as drinking water, aquaculture, farmland irrigation, environmental protection, wastewater detection, electroplating sewage detection, hotel lotion detection, food enterprise water detection, textile printing and dyeing water quality detection, ornamental fish water quality detection, sanitation and epidemic prevention water quality detection. With intelligent PID temperature control technology and dual over temperature protection system, the heating is safe, even and fast. It is generally used for digestion of COD, total phosphorus (P), total nitrogen and other items. COD tester can quickly and accurately measure chemical oxygen demand of sewage in laboratory and field. It is an experimental equipment for environmental monitoring stations, environmental engineering technicians and enterprise laboratories. The closed digestion tube catalytic digestion colorimetric method is used, and Nessler's reagent colorimetric method is used for the determination of ammonia nitrogen
2024-9-24
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The portable ammonia nitrogen detector is suitable for on-site rapid detection of various water quality, such as drinking water, aquaculture, farmland irrigation, environmental protection, wastewater detection, electroplating sewage detection, hotel lotion detection, food enterprise water detection, textile printing and dyeing water quality detection, ornamental fish water quality detection, sanitation and epidemic prevention water quality detection. With intelligent PID temperature control technology and dual over temperature protection system, the heating is safe, even and fast. It is generally used for digestion of COD, total phosphorus (P), total nitrogen and other items. COD tester can quickly and accurately measure chemical oxygen demand of sewage in laboratory and field. It is an experimental equipment for environmental monitoring stations, environmental engineering technicians and enterprise laboratories. The closed digestion tube catalytic digestion colorimetric method is used, and Nessler's reagent colorimetric method is used for the determination of ammonia nitrogen
2024-9-22
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As an important environmental monitoring equipment, digital turbidity sensor plays a key role in various fields. Based on the light scattering principle, the concentration of suspended particles in liquid or gas is determined by emitting light of specific wavelength and measuring the intensity of scattered light. The sensor uses photodiodes to receive scattered light, and converts electrical signals into digital data for processing and analysis, so as to obtain accurate turbidity values. Digital turbidity sensors are widely used in environmental monitoring, water quality monitoring and industrial process control. In the field of water treatment, it can be used to monitor the concentration of particulate pollutants in drinking water to help ensure the safety of water quality. In terms of environmental protection, digital turbidity sensors can be used to monitor the turbidity of water bodies in rivers, lakes and oceans to assess the water quality and
2024-8-28
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As an important environmental monitoring equipment, digital turbidity sensor plays a key role in various fields. Based on the light scattering principle, the concentration of suspended particles in liquid or gas is determined by emitting light of specific wavelength and measuring the intensity of scattered light. The sensor uses photodiodes to receive scattered light, and converts electrical signals into digital data for processing and analysis, so as to obtain accurate turbidity values. Digital turbidity sensors are widely used in environmental monitoring, water quality monitoring and industrial process control. In the field of water treatment, it can be used to monitor the concentration of particulate pollutants in drinking water to help ensure the safety of water quality. In terms of environmental protection, digital turbidity sensors can be used to monitor the turbidity of water bodies in rivers, lakes and oceans to assess the water quality and
2024-8-26
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COD ammonia nitrogen detector is an instrument used to quickly and accurately detect chemical oxygen demand (COD) and ammonia nitrogen content in water samples. The instrument is one of the tools in the fields of water treatment industry, environmental protection departments and scientific research institutions. The working principle of is based on color reaction. When COD or ammonia nitrogen exists in the water sample, they will react with the detection reagent to produce a certain color change. The instrument calculates the content of COD and ammonia nitrogen in the water sample by measuring this color change. COD ammonia nitrogen detector is widely used in the following fields: 1. Environmental monitoring: commonly used in the field of environmental monitoring, it is used to monitor the COD and ammonia nitrogen content in sewage treatment plants, industrial wastewater, urban drainage and other water bodies, and assess the pollution degree of water bodies. 2. Industrial Application: In process
2024-3-21
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COD ammonia nitrogen detector is an instrument used to quickly and accurately detect chemical oxygen demand (COD) and ammonia nitrogen content in water samples. The instrument is one of the tools in the fields of water treatment industry, environmental protection departments and scientific research institutions. The working principle of is based on color reaction. When COD or ammonia nitrogen exists in the water sample, they will react with the detection reagent to produce a certain color change. The instrument calculates the content of COD and ammonia nitrogen in the water sample by measuring this color change. The COD ammonia nitrogen detector has the following characteristics: 1. Fast measurement: it usually has the characteristics of fast measurement, and can accurately measure the COD and ammonia nitrogen content in water samples in a short time to improve the work efficiency. 2. High precision: This kind of detection instrument has high measurement precision
2024-3-19
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The portable COD detector is a chemical oxygen demand testing instrument. With the application of cold light source display technology, the service life of the light source lamp is up to 100000 hours. The switch of the light path for measuring parameters changes from manual to automatic, eliminating the error factor of manual rotation. The standard method for determining COD is the reflux digestion titration method. This method takes a long time (2 hours) to digest, consumes a lot of energy, costs a lot of reagents, and has low efficiency, which often puzzles the actual operators. The instrument uses catalyst and oxidant. After adding oxidant and catalyst, the water sample is heated and digested. The Cr6+in the oxidant is partially reduced to Cr3+. The reduced Cr3+content is converted into the actual concentration of COD (cr) in the water sample through colorimetric measurement and regression calculation. The eighth generation is based on my
2024-2-24
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The portable COD detector is a chemical oxygen demand testing instrument. With the application of cold light source display technology, the service life of the light source lamp is up to 100000 hours. The switch of the light path for measuring parameters changes from manual to automatic, eliminating the error factor of manual rotation. The standard method for determining COD is the reflux digestion titration method. This method takes a long time (2 hours) to digest, consumes a lot of energy, costs a lot of reagents, and has low efficiency, which often puzzles the actual operators. The instrument uses catalyst and oxidant. After adding oxidant and catalyst, the water sample is heated and digested. The Cr6+in the oxidant is partially reduced to Cr3+. The reduced Cr3+content is converted into the actual concentration of COD (cr) in the water sample through colorimetric measurement and regression calculation. The eighth generation is based on my
2024-2-22
