The HTTNS-6000 Sulfur and Nitrogen Analyzer uses ultraviolet fluorescence and chemiluminescence methods to determine nitrogen content, which enhances its ability to resist impurity interference. It avoids the cumbersome operation of the titration cell in the coulometric method and the resulting unstable factors, thereby significantly improving the sensitivity of the instrument. The key components of the system adopt imported devices, ensuring reliable performance of the entire machine. Application fields: environmental protection, chemical industry, biological industry, petroleum, energy.

Features：

Based on the Windows Chinese operating interface, direct human-machine dialogue is available. The computer controls data collection, processing, storage and printing. The instrument automatically adjusts the gas flow without manual adjustment; the sampler is controlled by the computer; a new gas pressure abnormality alarm function is added.

Instrument execution standards：

SH/T 0689－2000　Method for Determination of Total Sulfur Content in Light Hydrocarbons, Engine Fuels and Other Petroleum Products (Ultraviolet Fluorescence Method)）

ASTM D 5453 -2006 Standard Test Method for Determination of Total Sulfur in Light Hydrocarbons, Spark-Ignition Engine Fuels, Diesel Engine Oils, and Engine Oils by Ultraviolet Fluorescence Measurement

EN ISO 20846:2004 Petroleum Products – Determination of Sulfur Content in Motor Vehicle Fuels – Ultraviolet Fluorescence Method

GB/T 17930-2011 motor gasoline

GB/T 19147-2009 automotive diesel oil

ISO 20846-2011 Petroleum Products – Determination of Sulfur Content in Automotive Fuels

BS EN 15486-2007 Ethanol is a blended component of petroleum. Determination of sulfur content
SH/T 0657－1998　Method for Determination of Trace Nitrogen in Liquid Petroleum Hydrocarbons (Oxidative Combustion and Chemiluminescence Method）
ASTM D4629－2010 Standard Test Method for Determination of Trace Organic-Bound Nitrogen in Liquid Petroleum Hydrocarbons by Injection/Insertion of Oxidative Fuel and Chemiluminescence

SH/T 0704-2001 Test Method for Determination of Nitrogen Content in Petroleum and Petroleum Products (Boat Injection Chemiluminescence Method) Petrochemical Industry Standard

ASTM D5762 -2010 Test Method for Determination of Nitrogen in Petroleum and Petroleum Products by Ship Inlet Chemiluminescence Method

ASTM D6069-2001 Standard Test Method for Determination of Trace Nitrogen in Aviation Hydrocarbons by Oxidative Combustion and Reductive Pressure Chemiluminescence Detection

System Configuration

Standard configuration: Computer + HTTNS-6000 system + Liquid sampler

Other optional components: Gas sampler, Solid sampler, Mass flow meter

HTTNS-6000Technical Parameters of Sulfur and Nitrogen Analyzer：

Basic parameters:

Sample types: liquid, solid and gas

Determination methods: ultraviolet fluorescence method (S),

chemiluminescence method (N)

Sample injection volume:- Solid samples: 1-90mg

– Liquid samples: 2-25μL

– Gas samples: 1-10mL

Measurement range: 0.05 ～ 50000 ppm (mg/L) (high concentrations can be diluted, low concentration gas samples can reach 0.1ppm)

Measurement accuracy：

Temperature control range: room temperature ～1300℃

Temperature control accuracy：±1℃

Detection sample time: about 2 minutes

Gas source requirements: Argon: purity above 99.99%

　　　　　               Oxygen: Purity above 99.99%

Power Supply：AC220V±22V，50Hz±0.5Hz，1500 W

Overall dimensions：510(W)×490(D)×535（H)mm

Weight：50kg

HTTNS-6000Advantages of Sulfur and Nitrogen Analyzer

1. The ozone destroyer adopts the high-temperature destruction method.

2. Built-in electronic mass flow meter, the gas flow is automatically controlled by the operating software, the program automatically tracks and monitors, and the digital display makes it clear at a glance.

3. The instrument is equipped with an automatic alarm function for abnormal gas pressure.

4. The gas flow and pressure are digitally tracked and displayed throughout the process.

5. The computer controls the sampler for automatic sampling without manual operation.

6. Personalized operation interfaces and printing formats can be designed according to user requirements.

7. The computer controls the entire process of analysis, data processing, etc., and displays the working status of the whole process.

8. The instrument has the function of recording operation steps and detection processes, and historical operation processes and data records can be queried to meet audit needs.

9. *The nitrogen reaction chamber enhances the reaction intensity between nitric oxide and ozone, and quickly discharges exhaust gas to reduce tailing.

10. It is equipped with an aromatic hydrocarbon barrier filter system with a selective permeable membrane and a detection system, which is impossible to be polluted.

11. The specially made quartz cracking tube, which is免拆换 (no need to disassemble and replace), *solves the shortcoming that the combustion tube is easy to carbonize.

12. The instrument is equipped with a gas filtration and purification system.

13. The key components are imported, which reduces the instrument noise and improves the detection sensitivity.