09,22,2026 16 views
The detection of oil content in petroleum is an important link in the process of petroleum exploration, exploitation, and production, and its detection results are of great significance for evaluating the development potential and reserves of oil and gas fields.
Product Brief
The infrared oil analyzer for measuring oil content in petroleum is developed and manufactured according to the Chinese environmental protection standards "HJ637-2018 Water Quality - Determination of Petroleum and Animal and Vegetable Oils - Infrared Spectrometric Method", "HJ1051-2019 Soil Petroleum Determination - Infrared Spectrometric Method", and "HJ1077-2019 Fixed Pollution Source Exhaust Gas - Determination of Oil Fume and Oil Mist - Infrared Spectrometric Method". This instrument is mainly used for detecting the oil content in surface water, groundwater, industrial wastewater, soil, fixed pollution source exhaust gas, oil fume, and oil mist.
Scope of application
The infrared oil content analyzer for petroleum can be widely used inWater environment testingSystems, sewage treatment plants, water companies, petrochemicals, universities and research institutes, hydrology and water conservancy, metallurgy and steel, biomedicine, agricultural environmental monitoring, wool textile printing and dyeingMarine environmental monitoringIndustries such as papermaking, pharmaceuticals, agricultural technology, and ocean transportation.
Product Features
1. Compliant with the standard HJ637-2018, the infrared three wave number spectrum is clear, the scale is accurate, and the absorption spectrum and absorbance generated by the three wave numbers can be clearly displayed;
2. The instrument adopts the Android 7.1 version intelligent operating system and is equipped with the specialized oil analyzer analysis software of Holder Electronics, which integrates spectrum analysis, scanning, analysis, and calculation;
3. The instrument is equipped with an 8-inch high-definition color touch screen, which can be operated through touch screen. It can also be operated with an external wireless mouse and keyboard, making it convenient and fast;
4. The instrument can be calibrated using both calibration coefficients and standard curves, with multiple calibration methods to meet different environmental detection requirements. Users can also establish their own standard curves;
5. The service life of the light source can reach more than 10000 hours, and the light source uses electric modulation to regulate the light source technology to prevent the internal temperature of the instrument from affecting stability;
6. The detachable integrated optical system makes the instrument small in size, short in optical path length, and high in energy. The optical path meets the requirements of infrared spectroscopy, with good stability and high signal-to-noise ratio;
7. Not only does it have basic functions such as detection function settings, curve analysis, and historical data, but it can also zoom in and out of spectra, allowing users to infinitely refine spectra and observe curves at low concentrations more clearly;
8. Automatically synchronize network time to avoid inaccurate local time caused by prolonged use of instruments, which affects the accuracy of output voucher time;
9. Adopting a self-developed weak signal conditioning circuit, effectively shielding noise interference, greatly improving detection accuracy and detection limit;
10. High automation program application, users can perform single step testing of all instrument functions, automatic wavelength scanning, automatic correction and other functions through the Android system, making data detection more accurate.
