New Product | Orion 8010cX Automatic Ammonia Nitrogen Monitor

What is ammonia nitrogen?

 Ammonia Nitrogen means nitrogen in the form of free ammonia (NH3) and ammonium ion (NH4+) in water. Nitrogen is present in many forms in wastewater, including organic nitrogen, ammonia nitrogen (NH4+-N), nitrogen nitrogen (NO3-N) and nitrogen nitrous nitrogen (NO2-N), which is one of the most important forms of presence.

Main source of ammonia nitrogen in water

and the main reasons for exceeding the standard.

The main sources of pollutants in the water environment are natural processes and human activities. Natural sources and processes include, inter alia, precipitation, non-urban runoff and biological nitrogen fixation; Human activities include, inter alia, untreated or treated municipal and industrial sewage, leachate and surface runoff.

The sewage plant, ammonia nitrogen, six main reasons for exceeding the standard.

• (b) Inadequate gas supply or nitroglycerin in the water body;

• Process-designed facilities are too small in size and treatment loads are too small;

• (b) The lack of control over the water-powering time of stay;

• The proportion of the nutrient component does not meet the design criteria and needs to be added to the nutrition input system;

• (b) The design of the exposure system is not consistent with the norm and is small;

• In order to control the nitrification response, control of conditions such as PH, temperature, dissolved oxygen, C/N ratio should be strengthened.

Water body ammonia nitrogen overstated hazard

• Ammonia Nitrogen ' s superb body of water produces nitrites under certain conditions, and if drinking is long, the nitrites in the water will be combined with proteins to form nitrazine, which is a powerful carcinogen that is extremely harmful to human health.

• Ammonia Nitrogen, which can lead to eutrophication of water, is the main oxygen-consuming contaminant in the water body and is toxic to fish and certain aquatic organisms.

Ammonia Nitrogen is one of the most common contaminants in various water bodies, and its environmental effects and hazards have been widely addressed by all sectors of society. Governments also have strict regulations on emissions from ammonia nitrogen. China even included ammonia nitrogen in one of the two total control indicators 15 years ago. In order to meet emission standards, apart from the control monitoring of emission targets at vents, it is difficult to meet final emission requirements without strict control of the ammonia nitrogen concentration in the various process segments during sewage treatment.

The new Shermo ScientificTM OrionTM 8010cX ammonia nitrogen is designed and developed to provide an accurate and stable on-line testing programme for ammonia nitrogen in complex applications. Instruments are based on standard methods, functionally rich, operational interfaces friendly, low maintenance volumes and low maintenance costs and are applicable to a wide range of applications.

Thermo Scientific™ Orion™

8010cXammonia nitrogen automatic monitor

Thermo Scientific™ Orion™ 8010cX

ammonia nitrogen automatic monitor

Thermo ScientificTM OrionTM 8010cX ammonia nitrogen, based on the national standard method of spectrophotophotometry, detects reliable, methodable sources without the need for highly toxic reagents. Industrial design, interface design, modular design, functional design, anti-disturbing measurement process design and algorithms for the instrument profession allow the instrument to be widely used in a variety of applications to meet the control requirements of emission regulations and processes ammonia nitrogen.

In the development of the 8010cX ammonia nitrogen automatic monitor, we have fully listened to the advice and recommendations of our professional clients, have a rich software functionality, have a graphical operational interface that is intuitive, and are reasonably easy to design in industry to facilitate maintenance and troubleshooting.

Multi-level user management to secure data

The combination of dry node input and programmable relay output allows flexibility in coordinating the operation of external pumps, valves and pre-treatment. The rich Modbus repository addresses meet the specific state of remote access to the instrument while regular data transfers are met. 8010cX ammonia nitrogen ' s five-scale automatic monitor, spanning the hyperwide range of 0.02 ~ 500 mg/L, adapted to different applications. The change process does not require any changes in hardware, software or reagents, but changes in the process settings. The instrument may choose another scale to provide precision measurements as a switch range.

When the calibration is completed, the operation can be set, even if the calibration fails, and the instrument can be measured using the most up-to-date standard curve.

Low operating costs and waste fluid generation: two hour detection intervals, reagents can be used for 60 days, and monthly waste fluids can be only 4L.

Insisting cleaning functions are designed to ensure long-term non-pollution of instrument tubes and components, while producing only a small amount of cleaning fluid. With intelligent self-rehabilitation, the instrument is alerted during the measurement process, and as long as it is not a serious error, the instrument will attempt to restore the alarm and continue to do so before the new measurement cycle. Data can be exported directly through the waterproof USB interface on the side of the case or the software can be upgraded through the USB mouth to be easy, fast and fast.