Industrial Gas Chromatography
High-Performance GC Systems for Rugged Industrial Environments
Turnkey Solutions Engineered for Maximum Operational Uptime
Leveraging our deep application expertise, we provide bespoke analytical solutions perfectly integrated into your infrastructure. Our systems are built for 24/7 online process monitoring, combining industrial-grade robustness with low maintenance overhead to ensure continuous, high-precision data delivery.
Industrial Gas Chromatography
High-Performance Industrial GC for Continuous Online Monitoring
An industrial GC is a specialized platform engineered for the autonomous, real-time analysis of gas streams within demanding production environments. It is designed to meet the highest operational standards: maximum system availability, minimal maintenance requirements, and seamless data integration with your facility's control systems (DCS/PLC).
CHEMLYS configures each industrial GC to target your specific compounds of interest, utilizing a comprehensive range of detection technologies—including universal, trace-level, and highly specific detectors—to ensure the right sensitivity for your matrix.
Developing a gas or liquid analysis project in industry?
Based on your unique requirements, CHEMLYS designs the entire analytical chain—selecting the most robust high-lifecycle valves, specialized columns, and optimized detectors. Your solution is delivered as a fully turnkey system, pre-configured and validated with proven chromatograms for your specific analytes.
Our industrial GC solutions are field-proven across a vast array of critical applications, from industrial hygiene and safety monitoring to high-precision real-time process control.
The Science of VUV Detection: Beyond Traditional Chromatography
The industrial GC platform is built on the rigorous principles of high-resolution gas chromatography: the precise separation of complex sample matrices followed by high-sensitivity detection.
The synergy between the optimal column chemistry, the right detector, and a validated analytical method ensures comprehensive and accurate gas profiling. We offer an extensive portfolio of detectors—from universal to ultra-trace or highly specific detectors—engineered to achieve the lowest detection limits with unmatched selectivity for your target analytes.
Custom Configuration & Sampling Integration:
CHEMLYS industrial GCs are fully engineered to meet your specific application requirements and process constraints, ensuring a "Process-Ready" installation from day one.
- Standardized 19" Rackmount Chassis: For seamless integration into analytical cabinets and industrial shelters.
- Industrial Connectivity: Full support for 4-20mA, Modbus, and other communication protocols with automated, user-defined alarm thresholds.
- Turnkey Analytical Methods: Pre-installed and validated methods for immediate operational autonomy.
- Automated Calibration: Integrated support for permeation tubes to reduce dependency on high-pressure gas cylinders and simplify maintenance.
- Preventative Maintenance Plans: Annual or multi-annual service agreements designed to guarantee system robustness and minimize unplanned downtime.
Advanced Software & Intuitive Control: Our industrial GCs feature a high-resolution, front-facing touchscreen interface, mirrored for remote access on any PC. This "user-first" software environment is designed for clarity and data integrity.
The software enables:
- Comprehensive Data Trending: Real-time visualization of chromatograms and historical results.
- System Diagnostics: Instant access to configuration parameters and hardware status.
- Result Summaries: At-a-glance tables of monitored compounds and their most recent values.
- Traceable Calibration: Full logs of calibration data and system performance history.
A front-facing USB port allows for easy peripheral connection (mouse/keyboard) for effortless on-site navigation.
Want to deep dive into the technical specifications of our industrial GCs? Connect with a CHEMLYS expert!
| Use cases | Performances |
|
VOC emission monitoring (Methane/NMHC) NF EN 12619
|
Compounds: CH4 (Methane), NMHC (Non-Methanic Hydrocarbons), THC (Total VOC). Sensitivity (LDL): < 0.05 ppm (50 ppb). Cycle time: < 180 seconds. Technology: Double FID high stability. |
|
Industrial Hygiene & Monitoring BTEX NF EN 14662-3
|
Compounds : Benzene, Toluene, Ethylbenzene, Xylenes (m, p, o). Sensitivity (LDL): < 0.1 ppb (0.3 μg/m3). Analysis: High resolution chromatographic separation. Compliance: Meets ambient air monitoring standards. |
| Industrial Gas Purity (UHP) |
Compounds: H2, O2, N2, CH4, CO, CO2 In trace level. Sensitivity (LDL): < 10 ppb (depending on configuration) |
| Industrial hygiene, monitoring of dimethyl sulfate (DMS) |
Target compound: Dimethyl sulfate (DMS). Sensitivity (LDL): < 2 ppb (ensuring compliance with the 10 ppb Swiss ELV). Security: Remote alarm management and ventilation enslavement. |
This selection of applications is just an overview of our know-how. Each industrial process presents unique challenges: our engineers design the analytical configuration specifically adapted to your constraints and your target compounds.
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Tailored Service Agreements
A comprehensive range of support levels designed to ensure maximum system uptime and analytical reliability, tailored specifically to your facility's operational demands.
Training
Empower your team with specialized knowledge in industrial gas chromatography. Gain the technical autonomy required to optimize your analytical workflows and evolve your processes.
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A high-efficiency, specialized solution for the extraction and continuous monitoring of Volatile Organic Compounds (VOCs) dissolved in industrial wastewater.
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Emission monitoring
Continuous measurement of atmospheric pollutant releases, monitoring of toxic species, and detection of odor nuisances for environmental compliance.
Industrial hygiene
Real-time monitoring of workplace emissions and Indoor Air Quality (IAQ) to ensure worker protection and strict regulatory adherence.

Process control
High-frequency, real-time process monitoring for diverse industrial sectors, ensuring maximum yield and automated quality control.





