MAX300-EGA

Evolved Gas Analysis Solution

Unmatched, Fast Mass Spec Technology

Precision, Speed & Flexibility for Evolved Gas Analysis

Our EXTREL™ MAX300-EGA™ Evolved Gas Analysis Solution features our industry-leading19 mm quadrupole. Combining this mass filter with high-temperature, rapid sampling and the knowledge, the MAX300-EGA Evolved Gas Analysis Solution brings the precision, speed and flexibility you need for your evolved gas application. By coupling a quadrupole mass spectrometer to a thermogravimetric analyzer, or differential scanning calorimeter, the off gas of the furnace can be characterized, identifying the molecule associated with each mass loss.

Using the MAX300-EGA Evolved Gas Analysis Solution to monitor the outflow of a microreactor, or reaction headspace, researchers can quantify components leaving the system in the gas phase. It can provide vital insight into the underlying processes at work in any lab application.

Evolved Gas Analysis (EGA) is the analysis of the effluent of analytical equipment and chemical processes. Whether the off gas is coming from a thermal analyzer or a reaction vessel, the most important consideration is protecting the sample integrity all the way to the mass spectrometer. The inner capillary of the MAX300-EGA Evolved Gas Analysis Solution’s low-volume transfer line is made of chemically inert silica. It is heated to 200°C, standard, and differentially pumped to rapidly move sample and keep it under vacuum. This prevents condensation and chemical interactions, keeping your sample intact and your equipment running.

In addition to the heated interface, the MAX300-EGA Evolved Gas Analysis Solution is factory configured for data syncing and sharing. The ability to input and output digital and analog signals, as well as communicate with OPC and serial protocols, means that the Questor5 control software has the flexibility to get you data in the form you need.

The MAX300-EGA has the speed and sensitivity to detect even small shifts in the evolved fraction as they occur, allowing the researcher to characterize unknown samples, quantify solvent composition, and pinpoint reaction kinetics. The heated transfer line can interface with a wide array of equipment, and signals and data can be imported into the mass spectrometer for trending and calculation or exported for manipulation on another platform.

• Delivers continuous gas analysis
• Real-time control parameters reporting
• Complete quantitative stream composition
• Precise process control
• Multi-port systems for 160+ sample streams
• Low maintenance

APPLICATIONS

Thermogravimetric-Mass Spectrometry
(TGA-MS)
– Pharmaceuticals
– Materials Science
– Plastics
– Microreactors/Continuous Flow Systems
– Reaction Monitoring
Organic Chemistry
– Natural Product Analysis
– Synthesis Studies
• Pilot Scale Process/R&D
• QA/QC

Materials Science
– Composites
– Coatings
– Adhesives
• Pharmaceuticals
– Solvent Content
– Formulations
– Excipients
• Plastics
– Elastomers
– Thermoplastics

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Process Insights_Extrel MAX300-EGA Evolved Gas Analyzer

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BENEFITS

High Sensitivity: Offers high sensitivity and low detection limits, allowing for the measurement of trace-level gases in complex gas mixtures.
Fast Response Time: Provides fast response times, allowing for real-time monitoring of gas concentrations.
Wide Range of Applications: Is suitable for a wide range of applications, including emissions monitoring, atmospheric research, and industrial process control.
Low Maintenance: Designed for low maintenance, with no moving parts and a simple calibration procedure.
Accurate and Reliable: Provides accurate and reliable measurements of gas concentrations, ensuring the optimization of process performance.
Multiple Gas Detection: Is capable of detecting multiple gases simultaneously, making it a versatile option for gas analysis.
User-Friendly Interface: Includes a user-friendly interface, making it easy to use and interpret data.

INDUSTRIES

Petrochemical Industry: Used in the petrochemical industry for the analysis of gases and hydrocarbons in refineries and production facilities.
Environmental Monitoring: Used in environmental monitoring to measure gas emissions from industrial plants, landfills, and other sources.
Semiconductor Industry: Used in the semiconductor industry for the analysis of gas purity during the production of microchips and other semiconductor devices.
Aerospace Industry: Used in the aerospace industry for the analysis of the composition of gases in aircraft cabins and in rocket fuel systems.
Medical Industry: Used in the medical industry for the analysis of gases in anesthesia delivery systems, respiratory therapy, and other medical applications.