MAX300-LG

Unmatched Technology forReal-Time, Multi-Species Monitoring

OurEXTREL™MAX300-LG™ High Performance Laboratory Gas Analyzercombines the analytical capabilities of our high-performance industrial Mass Spectrometer for the laboratory. This analyzer offers our quadrupole performance in an economical package suitable for climate-controlled laboratory environments. Typical applications include Catalysis Research, Bench Scale Reactors, Process Development, and Pilot Scale Research.

The MAX300-LG Gas Analyzer is a powerful instrument designed for real-time monitoring of trace-level gas emissions from landfill and biogas sites. Here are some of the benefits:

High Sensitivity:Offers high sensitivity and low detection limits, allowing for the measurement of trace-level gases in complex gas mixtures.
Real-Time Monitoring:Provides real-time monitoring of gas concentrations, allowing for quick adjustments to landfill and biogas site conditions.
Easy to Use:Easy to use, with an intuitive interface and simple calibration procedure.
Low Maintenance:Requires minimal maintenance, reducing downtime and maintenance costs.
Multiple Gas Detection:Is capable of detecting multiple gases simultaneously, including CH4, CO2, O2, H2S, and VOCs, making it a versatile option for landfill and biogas site monitoring.
Robust and Durable:Is built to withstand harsh environments, ensuring reliable and accurate measurements in the field.
Comprehensive Data Analysis:Includes data analysis software, allowing for comprehensive data analysis and visualization.

The MAX300-LG gas analyzer is a specialized instrument designed for use in the natural gas industry. Some of the industries that use the MAX300-LG gas analyzer include:

Oil and Gas Industry:Used in the oil and gas industry for the analysis of natural gas during exploration, production, transportation, and processing.
Energy Industry:Used in the energy industry for the analysis of natural gas for use in power generation and other energy-related applications.
Environmental Monitoring:Used in environmental monitoring to measure gas emissions from industrial plants, landfills, and other sources.
Academic and Research Institutions:Used in academic and research institutions for the study of natural gas properties and the development of new gas analysis techniques.
Government Agencies:Used by government agencies for regulatory compliance monitoring, safety inspections, and other applications related to natural gas.

APPLICATIONS

Real-Time Gas Analysis
Catalysis Monitoring
Trace Gas Detection
Environmental Research
Multi-Point Process Control
Breath Analysis

HIGH RESOLUTION, SPECIFICITY & SENSITIVITY

High repeatability ensures that calculated metabolic parameters derived from the gas analysis, like the respiratory quotient (RQ), are accurate and precise
Analyzes all compounds in the sample with very high precision
Flexible to easily measure trace volatiles such as formaldehyde, acetic acid, ammonia, and hydrocarbons for the purpose of diagnostic evaluation
For high altitude conditions, the system automatically adjusts and delivers uniform, high precision data regardless of sample pressure
Configurations built for sampling from high pressure (hyperbaric) conditions, or sub-atmospheric pressures, such as those found at high altitudes
Fast acquisition software and inlet configuration designed specifically to produce the full breath-to-breath quantitative profile
Complete sample composition allows the researcher to calculate metabolic parameters, like the RQ, without the need for integrating additional flow measurements

FEATURES

Quantitative Analysis of O₂, CO₂, N₂, HvO, and trace volatiles
Measurement Rates up to 5 milliseconds per compound
Minimum Sample Flow < 0.04 atm cc/sec
Sample Transit as fast as 0.1 seconds

SYSTEM SPECS

Mass range: From 1-250 amu (optional 1-300 or 1-500 amu) with the capability to monitor gases and vapors with fragment masses that fall within that range
Standard Dual Faraday/Electron Multiplier Detector Range from 5 ppb to 100%
Detection Range with Membrane Inlet Option: 10 ppt to 100%*
Fast Analysis Mode: Responds to changes in the sample stream in <0.1 seconds
Quantitative Analysis performed at up to 5 milliseconds per component
Dual filament ionizer: One filament is utilized for operation while the second filament acts as a spare
The system provides automatic filament switchover for continuous operation
High Compression Turbo Molecular Pump with Molecular Drag
A “Fail safe” interlock protects the system against a power failure or sudden vacuum loss The vacuum chamber is also equipped with a vacuum gauge and an auto vent assembly
A uniquely designed inlet that enables replacement in seconds without the need for tedious alignment procedures.

*Compound specific. Demonstrated on trace benzene.

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