Gas composition control, calorific value determination, hydrogen sulfide quantification
How our GCs make a difference
Calorific value in seconds
DynamiQ gas analyzers identify and quantify methane and ethane components along with nitrogen, hydrogen, oxygen, carbon monoxide, carbon dioxide and hydrogen sulfide, reporting calorific value in just 45 seconds. Rapid analysis allows for quick decision-making and immediate adjustments in operations, enhancing overall efficiency.
Inert coated
DynamiQ gas analyzers achieve precise and reliable gas composition analysis, even in the presence of corrosive contaminants including hydrogen sulfide concentrations up to percent levels, thanks to inert-coated components designed for long-term performance.
Continuous monitoring
DynamiQ gas analyzers operate independently without requiring a separate controller, ensuring seamless and autonomous data communication via Modbus, providing reliable and secure connections for real-time data transmission.
Why Qmicro should be part of your solution
Exclusively focused on online gas chromatographs
As an independent manufacturer, specializes in the manufacturing of online gas chromatographs for gas composition control and calorific value determination of fuel gases. Our dedicated expertise makes us the ideal partner for system integrators looking to enhance their portfolio with reliable and high-quality solutions.
Effortless maintenance, maximum uptime
DynamiQ micro GC gas analyzers are built for the field. With a tubeless design and a quick-swap cartridge that houses all analytical components, maintenance is fast and hassle-free. This means less downtime, greater reliability, and more time focused on results.
Unmatched speed of analysis
The advanced technology behind the DynamiQ micro GC gas analyzers not only miniaturizes the instruments but also significantly increases the speed of analysis. The compact size, rapid analysis, and high quality of our instruments empower users with improved operational efficiency and provides a competitive edge in gas composition control and custody transfer applications.