FT-IR Spectrometer

Introducing the ATP8900-G Portable FTIR Gas Analyzer: Revolutionizing On-Site Gas Analysis
Unlock the power of precision with the ATP8900-G, the groundbreaking portable Fourier Transform Infrared (FTIR) gas analyzer designed for ultimate versatility and accuracy in field measurements. Engineered to tackle the complexities of environmental and industrial gas analysis, the ATP8900-G stands out with its unparalleled performance and user-centric design.

Key Features:
Advanced FTIR Technology: Achieve high-resolution, high-sensitivity gas analysis with FTIR's superior signal-to-noise ratio. The ATP8900-G excels in detecting both polar and nonpolar gases, providing clear, distinct absorption peaks for precise identification and quantification.
Rapid and Reliable: Perform real-time, on-site measurements with exceptional speed and accuracy. The ATP8900-G's fast scanning capabilities and high light flux ensure comprehensive full-band spectrum analysis in a single measurement, making it ideal for dynamic field environments.
Portability Meets Durability: Designed for the field, the ATP8900-G features a compact, shock-resistant build with a moisture-resistant ZnSe beam splitter and a robust electrically cooled MCT detector. Its ergonomic design allows for easy, one-person operation, while the rechargeable battery provides over 3 hours of continuous use, with quick recharging options via vehicle battery.
Enhanced Gas Detection: Equipped with a patented 9.8-meter optical path gas cell, the ATP8900-G detects gases at ppb levels with exceptional accuracy. The gas cell's multi-layer gold-coated mirrors and magnesium fluoride anti-corrosion layer ensure durability and high performance even in harsh conditions.
Comprehensive Software Suite: Connect effortlessly to a laptop via Ethernet and utilize the full Chinese version of the software, which includes over 3,000 infrared reference spectra for qualitative analysis and advanced quantitative models for over 30 gas components. Benefit from features like spectrum comparison, reference library search, and detailed quantitative analysis.
Versatile Applications: Ideal for monitoring emissions from waste incineration, coal-fired power plants, combustion gases, chemical leaks, and various volatile organic compounds (VOCs). Whether for environmental monitoring or industrial applications, the ATP8900-G offers unmatched flexibility and precision.

Elevate your gas analysis capabilities with the ATP8900-G Portable FTIR Gas Analyzer—where cutting-edge technology meets practical field performance. Discover the future of gas analysis today!

Specifications:
Measurement Principle:

• Fourier Transform Infrared Spectroscopy (FTIR)

Performance:

• Simultaneous Gas Measurement: Up to 30 gases

• Sensitivity: Detects gases down to parts per billion (ppb) levels

Technical Parameters:

• Zero Drift: Less than 1% of measurement range within 48 hours

• Linearity: Less than 1% of measurement range

• Response Time: T90 (time to 90% of final reading) less than 90 seconds

• Operating Temperature: 0°C to 40°C

• Storage Temperature: -20°C to 50°C

• Battery Usage Time: Over 3 hours at room temperature

• Charging Power Supply: 220V/50Hz

• Dimensions: 41 cm × 33 cm × 22 cm

• Weight: 14 kg

• Carrying Method: Handheld or shoulder-mounted

Spectrometer Parameters:

• Resolution: Better than 2 cm-1 (1 cm-1 optional)

• Wavelength Range: 5000-600 cm-1

• Detector: High-sensitivity electrically cooled MCT detector with digital output

• Infrared Source: Ceramic source, 1550K

• Beam Splitter: Moisture-resistant ZnSe

Gas Cell Parameters:

• Structure: Multi-reflection White cell, fixed optical path of 9.8 meters, can be heated to 180°C

• Material: Aluminum alloy

• Mirrors: Multi-layer gold-coated with rhodium or magnesium fluoride anti-corrosion layer

• Volume: 0.4 liters

• Gas Flow Rate: 1.65 liters/minute

Software Features:
Operating Software:

• Platform: Windows 10

• Language: Full Chinese version

Key Functions:

• Infrared Spectroscopy Measurement: Comprehensive tools for conducting and managing FTIR measurements

• Data Preprocessing: Functions for cleaning and preparing spectral data for analysis

• Spectrum Comparison: Tools to compare spectra for identifying and differentiating gases

• Reference Library Search: Access to a library of over 3,000 infrared spectra for qualitative analysis

• Custom Reference Libraries: Ability to create and manage custom spectral libraries

• Quantitative Analysis: Models and tools for precise concentration measurement of gas components

Additional Features:

• Real-Time Data Display: Simultaneous measurement and display of up to 30 gas components

• Data Processing: Includes features for quick data analysis and reprocessing

• Remote Connectivity: Ethernet connection for easy data transfer and remote control

• Touch Display (Optional): 10-inch touch screen for intuitive data interaction

• GPS Integration (Optional): Add GPS functionality for geographic location tagging of data

Applications of ATP8900-G Portable FTIR Gas Analyzer

1. Liquid Analysis:

   • Organic Solutions: Identifying and quantifying organic solvents and oil products.
   • Impurities: Measuring impurities in aqueous solutions and other liquid systems.

2. Quantitative Measurement:

   • Accurate Analysis: Precise quantification of trace components and impurities in both gases and liquids.

3. End-User Examples:

   • Institute of Chemistry, CAS: Measures ammonia (NH3) using a 5-meter heated gas cell.
   • Corporate Waste Management: Analyzes emissions from waste incineration, integrated with a cabinet system (FOLI10) and a 5-meter heated gas cell.

4. Versatile Applications:

   • Environmental Monitoring: Detects and quantifies pollutants in air and emissions.
   • Industrial Processes: Assesses chemical compositions and impurities in various products.
   • Research & Development: Provides accurate measurements for scientific and experimental use.

1. What types of liquid analyses can the ATP8900-G perform?
The ATP8900-G is capable of both qualitative and quantitative analyses of liquid samples. It can analyze:

• Organic Solutions: For identifying and quantifying various organic solvents and oil products.

• Impurities: In aqueous solutions and other liquid systems.

2. How does the ATP8900-G handle quantitative measurements?
For accurate quantitative measurement, the ATP8900-G uses its high-resolution FTIR technology to precisely measure the absorption spectra of liquids. By analyzing the distinct absorption peaks and comparing them with standard reference spectra, it can accurately determine the concentration of various components and impurities in the liquid sample.
3. Can you provide examples of end-users and their applications?
Institute of Chemistry, Chinese Academy of Sciences (CAS): Utilizes the ATP8900-G with a 5-meter heated gas cell for measuring ammonia (NH3) concentrations. This setup provides precise and reliable data for research and analysis.
Corporate User (Waste Management): Employs the ATP8900-G with a 5-meter heated gas cell, integrated into a cabinet system (FOLI10), to measure emissions from waste incineration. This configuration ensures effective monitoring of gas concentrations in a controlled environment.
4. What is the role of the 5-meter heated gas cell in these applications?
The 5-meter heated gas cell enhances the analyzer’s performance by:

• Improving Sensitivity: Allowing for better detection of trace components due to the extended optical path.

• Temperature Control: Ensuring consistent analysis conditions for accurate measurements, especially for gases that may condense or interact differently at varying temperatures.

5. How does the ATP8900-G support diverse applications?
The ATP8900-G’s versatility in handling both gases and liquids, coupled with its advanced FTIR technology, makes it suitable for a wide range of applications:

• Environmental Monitoring: Detecting and quantifying pollutants in air and gas emissions.

• Industrial Applications: Analyzing chemical compositions and impurities in various products and processes.

• Research and Development: Providing precise measurements for scientific studies and experimental setups.