Micro GC Fusion®: From Off-the-Shelf Analyzer to Tailored Solution
The leading solution for high-speed, compact gas chromatography (1–3 min runs) across laboratory, field, and process environments.
High-Speed, Easy Gas Analysis
The Micro GC Fusion® is a miniaturized gas chromatograph dedicated exclusively to gas analysis. Designed for both online process monitoring and offline benchtop testing, this analyzer delivers rapid gas analysis directly from your pilot plants and experimental setups—allowing you to handle diverse sample types with ease.
Micro GC Fusion®: Fast & Modular Gas Chromatography
The Micro GC Fusion® is the industry benchmark for the rapid analysis of permanent gases and light hydrocarbons, such as natural gas and biogas.
The Micro GC Fusion® is the benchmark for rapid light gas analysis, from biomethane to natural gas. Originally engineered for research, it has established itself across the most demanding industrial environments thanks to key breakthroughs: high-speed temperature programming and a license-free, embedded web architecture..
True Modular Architecture:
The Micro GC Fusion® is fully tailored to your application via standalone analytical modules. Each module functions as a complete chromatograph in its own right (injector, column, and µTCD). By pairing 1 to 4 modules within a single chassis, you configure the precise target molecule coverage needed for your matrix.
Seamless Compatibility with Any Sample Source:
Equipped with an integrated sampling pump, the Micro GC Fusion® interfaces seamlessly with all your sampling formats: gas sampling bags, syringes, vials, pressurized cylinders, or direct on-line coupling to a reactor or process line. This exceptional versatility safeguards your experimental workflows, whether you deploy standard off-the-shelf hardware or a fully customized integration.
A New Era of Gas Chromatography: The Micro GC Fusion® Revolution
Driven by years of continuous innovation, the Micro GC Fusion® redefines the boundaries of micro-chromatography. It stands on three major technological pillars:
- High-Speed Temperature Programming: For unparalleled analytical performance and the ability to separate heavier compounds.
- Embedded License-Free Architecture: An on-board computer ensuring a rapid start-up and seamless integration with modern communication protocols.
- A unique injector delivering true linearity from low ppm levels up to 100%, regardless of the sample matrix.
Operating Principle:
The Micro GC Fusion® relies on gas chromatography principles: compound separation followed by quantitative detection. The instrument utilizes a micro thermal conductivity detector (TCD)—an industry benchmark valued for its universal response.
This technology delivers accurate quantitative results using external calibration.
The sample is either drawn by an internal pump or flows through the 1/16" inlet, where it is distributed across independent analytical modules working in parallel. This simultaneous processing generates a dedicated chromatogram for each module, culminating in a comprehensive analysis report that compiles all results in seconds.
Analysis time: 1 to 3 minutes
Chassis Options: 2-module or 4-module (Benchtop or Rackmount)
Detector: μTCD 2.0 (MEMS technology)
Gamme de détection : <1 ppm à 100%
Options:
Industry-Leading Specifications Driven by Key Innovations:
– Unmatched Analytical Flexibility: Unlike traditional isothermal systems, our temperature programming allows a single module to operate across the entire working range of a column, significantly expanding your application scope.
– Temperature-controlled sample path with zero cold spots: Dramatically enhances separation and detection for challenging analytes, particularly moisture (H₂O) and reactive compounds such as ammonia (NH₃).
The Micro GC Fusion® runs on an onboard, license-free software engine requiring no installation. Easily accessible via Wi-Fi or LAN, it works across all operating systems.
The onboard interface supports simultaneous multi-user access, giving teams the flexibility to monitor data and interact with the analyzer concurrently, even during an active analytical run.
– Designed like an industrial PLC, the Micro GC Fusion® combines rugged durability with extreme ease of use. Operating with simple push-button functionality, it guarantees rock-solid reliability directly in plant or field environments.
– Multiple injector options tailored to your application: The Micro GC Fusion® offers several injector designs—including a proprietary fixed-volume injector. This unique injector easily handles complex matrices (binary, ternary mixtures, and beyond), delivering accurate, linear results across the entire concentration range.
Want to see our technology in action? Explore our library of application notes in the Documentation Tab to find a solution tailored to your specific industry.
Non-exhaustive list. Contact us for unlisted compounds.
| Modules | Analyzed Compounds |
| RT-Molsieve 5A | H2, He, O2, N2, CO, CH4, Ar, Xe, Kr |
| RT-Q Bond | CO2, hydrocarbons (C2-C6 and isomers C2-C3), light alcohols (methanol, ethanol), H2S, H2O, NH3, N2O, SO2, and more. |
| RT-U Bond | CO2, Hydrocarbons (C2-C4 and isomer C2), H2S, COS, mercaptans, acetaldehyde, etc. |
| Stabilwax DB | BTEX (benzene, toluene, xylenes...) and polar compounds |
| Rxi-1ms | Hydrocarbons up to C12, VOCs |
| RT- Alumina | Hydrocarbons C2 to C6, olefins |
| CP-Sil 19CB | Mercaptans, SO2, THT |
| CP-Sil 13CB | Mercaptans, CS2, DMS, TBM |
Micro GC Fusion® Application Notes:
- AN2018 001 MS5A O2 N2 CO2
- AN2018 002 - Trace N2 in O2 Ar - Fast trace analysis N2 in O2 /Ar
- AN2019 006- Micro GC Fusion® Sensitivity
- AN2019 002 Stability-of-measure-on-molecular-sieve-MS5A
- AN2019 012 Detection Neon Atmospheric
- AN2020 013 - BTEX siloxanes in biogas
- AN2021-015 - Xenon analysis in Air
- AN2024-10 - Micro GC Ammonia application
See also:
Need a specific configuration? Our experts are here to help. Contact us!
Complete your Micro GC Fusion® analyzer:
High-Performance Accessories
Explore our curated selection of essential peripherals and consumables—everything you need to optimize and maintain your Micro GC Fusion® environment.
Tailored Service Agreements
Choose from flexible, multi-level support packages designed to ensure maximum uptime and peak performance, perfectly aligned with your operational requirements.
Training
Benefit from expert guidance to elevate your team's proficiency in gas analysis. Our training programs are designed to help you gain full autonomy, allowing you to independently optimize and evolve your analytical processes.
Our analytical solutions integrate ...
Advanced Sampling & Interface Solutions
- Custom Sampling Plates: Engineered for seamless integration into your existing infrastructure.
- High-Performance membrane filters: Protecting your analyzer from particulates while maintaining flow consistency.
- Automated Multiposition Valves: For multi-stream monitoring and precise sample selection.
- Inert & Stainless Steel Tubing: Specialized treated tubes (e.g., Sulfinert/SilcoNert) to prevent the adsorption of reactive compounds.
- Various connections...
Everything for a consistent analysis of your sample and the management of its constraints (Pressure, Temperature, Reactivity...).
Implementation
Your samples, your constraints, our expertise. We don’t just deliver hardware; we develop your analytical method side-by-side with your team. By using your real-world samples and accounting for your specific operational variables—including pressure, temperature, flow rate, and available volume—we ensure a "plug-and-play" transition.
Our commitment concludes with personalized, hands-on training tailored to your industry’s requirements, ensuring your team achieves immediate operational proficiency and long-term analytical autonomy.
Scalable Configurations: Future-Proofing Your Investment
As your analytical requirements evolve, so does our technology. Whether you need to reconfigure your GC pathways or adapt sampling interfaces to meet new process constraints, CHEMLYS provides the expert engineering to upgrade and optimize your existing system.
Module upgrades or sampling adaptations? Whatever your new process constraints, we partner with you to find the most sustainable and cost-effective solution, guaranteeing the longevity and relevance of your GC analyzers for years to come.
From standard, plug-and-play hardware to tailored integration for demanding process environments, CHEMLYS delivers end-to-end analytical solutions. Our engineering team assists you every step of the way to provide custom-configured, pre-tested systems engineered around your exact operational needs.
Examples of applications
Energy & Fuels
Syngas analysis: Precision monitoring of H2, N2, CH4, CO, CO2. Detailed separation and quantification of C2 isomers—including ethylene, acetylene, and ethane—alongside linear C3 to C6 hydrocarbons.
Industrial Chemistry
Kinetics and breakthrough curves in Metal-Organic Frameworks Dual-module Micro GC for the simultaneous analysis of H2, O2, N2, CO2, C2-C6 hydrocarbons, and methanol.
Catalysis
Ammonia production (NH3): Dual-module Micro GC Fusion for the rapid monitoring of H2, N2, O2, N2O, CO2 and NH3 synthesis efficiency.
Petrochemicals & Refining
Refinery Gas Analysis (RGA): 3-module Micro GC for high-resolution profiling of H2, O2, N2, CH4, CO, CO2, C2-C6, C2 to C5 analysis.
Specialized Research & Academia
Electrolysis H2 production: Single-module Micro GC Fusion for real-time H2 purity and verification and O2, N2.
