Integrated Fermentation Analysis with Volumetric Gas Measurement and Gas Composition Monitoring
The »FermAlyzer«® combines proven RITTER volumetric gas measurement technology with integrated gas analysis to create a powerful laboratory platform for advanced fermentation and biogas research.
By intelligently combining:
- precise volumetric gas measurement,
- continuous gas composition analysis,
- digital data acquisition,
- and coordinated laboratory integration,
the »FermAlyzer«® enables comprehensive monitoring of biological gas generation processes in one unified system.
The result is a practical and application-ready solution for researchers who require not only total gas production data, but also detailed insight into changing gas composition during fermentation processes.
Proven RITTER Technologies – Combined into One Analytical Platform
The »FermAlyzer«® is built around established RITTER measurement components combined into a coordinated fermentation analysis environment.
Typical system components include:
- RITTER MilliGascounters (MGC)
- »MultiGas« analysis systems
- NDIR gas analysis technology
- RIGAMO software integration
- Data acquisition and process monitoring interfaces
This integrated platform allows simultaneous monitoring of:
- gas volume,
- gas production rates,
- and gas composition
throughout complete fermentation and biogas generation processes.
Beyond Gas Volume Measurement
Accurate gas volume measurement alone often does not provide sufficient information for advanced fermentation analysis.
The »FermAlyzer«® extends volumetric measurement capabilities by integrating continuous NDIR-based gas analysis for gases such as:
- CH₄
- CO₂
- and additional infrared-active gas components depending on configuration.
This allows researchers to monitor:
- methane concentration development,
- fermentation efficiency,
- substrate behavior,
- and dynamic process changes
in real time during ongoing experiments.
The »FermAlyzer« combines laboratory-scale volumetric gas measurement
based on RITTER BBFS technology with integrated NDIR gas analysis.
Direct Volumetric Measurement for Reliable Results
Like all core RITTER gas measurement systems, the FermAlyzer relies on direct volumetric measurement principles rather than indirect thermal estimation methods.
This provides important advantages for fermentation applications where:
- gas composition changes continuously,
- humidity fluctuates,
- and long-term reproducibility is essential.
Because actual gas volume is measured physically and directly, researchers benefit from:
- stable long-term measurements,
- reliable comparative data,
- and highly reproducible experimental conditions.
Designed for Modern Fermentation Research
The »FermAlyzer«® is ideally suited for:
- biogas research
- anaerobic digestion studies
- substrate comparison testing
- methane yield analysis
- microbial process optimization
- environmental engineering
- university laboratories
- industrial fermentation development
The coordinated platform simplifies setup and operation while supporting complex analytical workflows.
Integrated Data Acquisition and Analysis
In combination with RIGAMO software, the FermAlyzer supports:
- real-time measurement visualization,
- automated data acquisition,
- long-term recording,
- normalization functions,
- and structured export for further analysis.
Researchers can continuously monitor:
- total gas production,
- gas composition trends,
- flow behavior,
- temperature,
- and additional process parameters
within one centralized software environment.
Practical Laboratory Integration
Instead of assembling multiple standalone instruments and software environments, the »FermAlyzer«® provides a coordinated and application-ready laboratory solution.
Researchers benefit from:
- harmonized system components,
- simplified integration,
- reduced setup complexity,
- and reproducible experimental workflows.
This makes the system especially attractive for research environments requiring stable operation and efficient daily laboratory handling.
Modular and Flexible System Configuration
The »FermAlyzer«® platform can be adapted to different laboratory and research requirements.
Depending on the application, systems may include:
- different gas measurement technologies,
- customized gas analysis configurations,
- multiple reactor setups,
- and varying levels of automation and data acquisition.
This flexibility allows tailored solutions for both academic research and industrial process development.
Built Around Proven RITTER Measurement Technology
The strength of the »FermAlyzer«® lies in the intelligent combination of proven RITTER technologies into one coordinated analytical system.
By combining:
- direct volumetric gas measurement,
- integrated NDIR gas analysis,
- practical laboratory usability,
- and centralized digital monitoring,
the FermAlyzer provides researchers with a dependable platform for advanced fermentation and biogas analysis.
Technical Information & Available Configurations
Additional technical specifications, available configurations and downloadable data sheets are available on the official RITTER product page:
https://www.ritter.de/en/products/the-fermalyzer/
Patrick Anderson combines more than two decades of experience in supply chain, system integration, and operational excellence with the innovations of RITTER, the global market leader in volumetric gas measurement from Germany. With developments in the biogas segment and modern gas analysis, RITTER US delivers scalable solutions for the future of gas handling, and Patrick is an ideal partner in your network.
RITTER US – Serving the USA & Mexico
