MAX300-RTG 2.0

Industrial Process Quadrupole Mass Spectrometer

Unmatched Quadrupole Mass Spec Technology

Powerful Mass Spec Technology Meets Touchscreen Convenience

Introducing the EXTREL™ MAX300-RTG™ 2.0 Real-Time Industrial Gas Analyzer – a cutting-edge solution designed for process control, environmental compliance, and ambient air monitoring. Leveraging advanced quadrupole mass spectrometry, this analyzer continuously monitors the composition of industrial gas streams with unmatched precision.

Thanks to its intuitive touchscreen interface, operators can access real-time gas analysis with ease, improving both user experience and efficiency. MAX300-RTG 2.0 offers benefits such as:

Operate with ease using a simple, intuitive touchscreen interface
Access real-time data through powerful industrial mass spectrometry technology
Analyze complete stream composition with fewer analyzers needed
Detect trace to bulk components with wide dynamic range (ppb to %)
Monitor multiple streams using a flexible, multi-port selector (160+ sample points)
Rely on expert support from an industry-best applications team

The MAX300-RTG 2.0 delivers rapid, high-precision results—analyzing full sample compositions in seconds. You can automate it to monitor several points within a single process or across multiple production lines, all with a single analyzer.

By integrating Extrel’s industry-leading 19mm quadrupole mass filter and advanced electronics, the MAX300-RTG 2.0 achieves next-level performance:

Maintain precision with near-zero mass scale drift
Detect all compounds with uniform resolution across the mass range
Resist harsh conditions with extreme corrosion and contamination resistance
Exceed expectations with performance specifications that outmatch other process technologies

Designed for industrial reliability, the MAX300-RTG 2.0 requires minimal maintenance while offering maximum flexibility. Easily monitor hydrocarbons in feed gas streams and ppm-level contaminants like H₂S. The system instantly calculates and transmits control parameters—such as BTU value, Specific Gravity, and Wobbe Index—for immediate use by your plant’s process control system.

U.S. ENVIRONMENTAL PROTECTION AGENCY (EPA) REGULATIONS

On December 2, 2023, the U.S. Environmental Protection Agency (EPA) revealed its conclusive regulation aimed at significantly slashing methane and air pollution emissions originating from oil and natural gas operations. This comprehensive final measure, spanning over 1,600 pages, encompasses enhanced and updated standards for methane and other air pollutants from new, modified, and reconstructed sources. Additionally, it provides emissions guidelines to aid states in formulating plans aimed at curbing methane emissions from existing sources. Download the EPA Fact Sheet

For complete flare gas monitoring for compliance with regulations, our solutions include:

Total Sulfur Excimer UV Gas Analyzers FGA-1000™ Flare Gas Analyzer
Injection Style Calorimeter for Zero-Hydrocarbon Emissions for BTU and Flare Control 9800 CXi ™ Calorimeter
Real-Time Mass Spectrometers for Compliance and Flare Control MAX300-RTG™ 2.0

Stay ahead of the curve – Process Insights can help ensure your flare gas meets the latest environmental guidelines. We offer single-source, complete solutions for your process analysis needs that align with the regulations – all tailored to fit your budget.

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Gain Superior Process Control

BENEFITS

The MAX300-RTG 2.0 Real-Time Industrial Gas Analyzer uses an ionizer to break sample molecules into charged fragment ions that are then separated based on their mass-to-charge ratio as they move through the electric fields generated by the quadrupole mass filter. The ions register a current at the detector, creating a set of peaks called a mass spectrum. Each compound has a unique spectrum, making mass spectrometry a highly selective, flexible technique.

Fast online gas analysis for increased manufacturing efficiency, product yield, and equipment uptime
Full stream composition provides additional information necessary for advanced process control
Lower capital cost compared to other technologies
Automated online analysis and data delivery
Control parameters reported in real-time
Complete quantitative stream composition
High precision and accuracy for optimal process control
Low maintenance, utilities, and calibration required
Reliable and accurate measurement for process automation and control
Designed for product quality analysis
Continuous, real-time analysis
Full, speciated composition
Unparalleled global customer service and support

INDUSTRIES

Environmental monitoring: Used to analyze air and water samples for environmental monitoring, such as detecting volatile organic compounds (VOCs) and other pollutants.
Energy and power generation: Used to monitor gas emissions from power plants and other energy generation facilities, ensuring compliance with environmental regulations and optimizing energy production.
Oil and gas: Used to analyze gases in the oil and gas industry, such as monitoring the composition of natural gas and detecting leaks in pipelines.
Semiconductor manufacturing: Used to monitor the purity of gases used in semiconductor manufacturing, ensuring the quality and reliability of the final product.
Pharmaceutical and biotechnology: Used to analyze gases in the pharmaceutical and biotechnology industries, such as monitoring the concentration of gases used in fermentation processes and analyzing off-gassing from drug products.
Food and beverage: Used to analyze gases in the food and beverage industry, such as monitoring the concentration of gases in food packaging and detecting contaminants in beverages.
Chemical: Can be used to analyze the composition of chemical products, ensuring that they meet industry standards and regulatory requirements. It can also be used to detect impurities or contaminants in chemical products.
Petrochemical: Used to analyze the composition of hydrocarbon streams, such as natural gas, crude oil, and refined products. This can help petrochemical companies ensure the quality of their products and optimize their refining processes. It can also be used to monitor the emissions of gases from petrochemical manufacturing facilities, ensuring compliance with environmental regulations and reducing the impact of the facility on the environment.