Infrared Biogas Analyzer (Online Type)

• Product Details

1. Product Real Shots

2. Dimensions

3. Weight

4. Product Introduction

The TY-6020 Online Infrared Biogas Analyzer adopts internationally advanced NDIR non-dispersive infrared technology and ECD electrochemical technology. It is primarily used to measure the volumetric concentration of six gases—CO, CH₄, CO₂, H₂, O₂, and H₂S—in biogas and bio-gas across various anaerobic fermentation processes and experiments.

Developed by Wuhan Tianyu Zhikong, the online infrared biogas analyzer features a standardized 3U chassis, high measurement accuracy, simple structure, easy maintenance, powerful software functionality, strong expandability, and excellent on-site practicality. It is currently popular both domestically and internationally.

It is suitable for rural energy offices, livestock farmers, agricultural growers, food waste treatment plants, sewage treatment plants, paper mills, breweries, pharmaceutical factories, citric acid plants, landfills, engineering companies, universities, and research institutes to detect the volumetric concentration and calorific value of gases in biogas and bio-gas during anaerobic fermentation processes and experiments.

5. Advantages and Features

(1) Standardized 3U chassis design with an aluminum brushed panel, stylish appearance, strong technological feel, and lightweight instrument.

(2) Utilizes imported NDIR non-dispersive infrared sensors and ECD electrochemical gas sensors.

(3) The instrument measures the volumetric concentration of six gases in the sample gas: CO, CH4, CO2, H2, O2, and H2S. It includes an over-range limit enable function, ensuring measurement accuracy within the range and providing reference values for measurements beyond the range.

(4) Automatic correction for internal gas interference ensures interference-free measurement results.

(5) The instrument features an intelligent user calibration gas concentration judgment function to prevent misuse that could render the instrument inoperable.

(6) Fast response time, enabling 7*24*365 continuous monitoring.

(7) Automatic sampling, analysis, and detection with fast measurement speed and no consumables required.

(8) Simple operation; personnel can use it after on-site training.

(9) Suitable for both continuous monitoring in industrial settings and sample bag analysis in laboratories.

(10) Chinese and English software operating systems can be freely switched.

(11) Powerful software functionality, including automatic data storage, query, deletion, USB export, etc. Customizable historical data storage site names (supports Chinese input) and user-definable measurement data storage intervals.

(12) Equipped with an RS-485 digital output interface.

(13) Modular product design with remote software upgrade capability.

6. Technical Parameters

(1) Measurement indicators: CO, CH4, CO2, H2, O2, H2S

(Concentration and calorific value display for any 1-6 components can be selected)

(2) Measurement methods: CO, CH4, CO2: NDIR non-dispersive infrared; H2: TCD thermal conductivity; O2, H2S: ECD electrochemical

(3) Range: CO: 0-2000ppm, CO2: 0-50%, CH4: 0-100%, H2: 0-1000ppm, O2: 0-25%, H2S: 0-9999ppm (Ranges can be configured based on user requirements)

(4) Resolution: CH4, CO2, O2: 0.01%; CO, H2, H2S: 1ppm

(5) Accuracy: CH4, CO2: ≤±1%FS; CO, O2, H2, H2S: ≤±2%FS

(6) Repeatability error: CO, CH4, CO2, H2, O2, H2S: ≤1%

(7) Optimal flow rate: 0.7-1.2L/min

(8) Inlet pressure: 2kPa-50kPa

(9) Sample gas requirements: Dust-free, water-free, oil-free

(10) Response time: T90 < 10s (NDIR)

(11) Signal output: RS-485 digital output

(12) Operating power: 220V

7. On-site Cases

Six. Application Areas

Suitable for rural energy offices, livestock farmers, agricultural growers, food waste treatment plants, sewage treatment plants, paper mills, breweries, pharmaceutical factories, citric acid plants, landfills, engineering companies, universities, and research institutes to measure the volumetric concentration and calorific value of various components in biogas.