Gas formation potential analyzer for biomass (CH4, volume)
BlueSens gas sensor
The Yieldmaster (BCS-CH4 biogas) is a highly developed measuring system consisting of
microprocessor controlled infrared-gas sensors, precision volumenometers
(MilliGascounter®*) and the related BACVis data acquisition software.
Using this combination, you can obtain comparable measurements on the
gas-formation potential of substrates in vessels of the smallest size (500 ml)
right up to the largest laboratory fermentation reactors. The automatically
recorded measurement data ensures continuous documentation.
Using methane sensors directly in the fermentation container means, none of
the measurement data is lost and errors caused by gas leakage or other
malfunctions are minimized. The combination of the methane sensors and the high precision volumenometers results in a parallel gas metric flow measurement
so that both the generated gas volume as well as the methane content are
available online and are continuously and automatically documented by
BACVis. With the integrated temperature measurement the software BACVis immediately converts the measured gas into the standard volume. The new compensating reservoir device guarantees continues measurement under all circumstances.
Your advantages
*minimal gas volume is not needed
*high sample throughput
*real-time values during methane
*production
*monitoring metabolism phenomena
*parallelism means you have comparable
results
*automatic data acquisition
Information about
*process kinetics
*substance behaviour
*substrate characteristics
*outputs
* Registered trademark. The MilliGascounter was developed at the University of Applied Science Hamburg under the leadership of Prof. Dr. Paul Scherer.
microprocessor controlled infrared-gas sensors, precision volumenometers
(MilliGascounter®*) and the related BACVis data acquisition software.
Using this combination, you can obtain comparable measurements on the
gas-formation potential of substrates in vessels of the smallest size (500 ml)
right up to the largest laboratory fermentation reactors. The automatically
recorded measurement data ensures continuous documentation.
Using methane sensors directly in the fermentation container means, none of
the measurement data is lost and errors caused by gas leakage or other
malfunctions are minimized. The combination of the methane sensors and the high precision volumenometers results in a parallel gas metric flow measurement
so that both the generated gas volume as well as the methane content are
available online and are continuously and automatically documented by
BACVis. With the integrated temperature measurement the software BACVis immediately converts the measured gas into the standard volume. The new compensating reservoir device guarantees continues measurement under all circumstances.
Your advantages
*minimal gas volume is not needed
*high sample throughput
*real-time values during methane
*production
*monitoring metabolism phenomena
*parallelism means you have comparable
results
*automatic data acquisition
Information about
*process kinetics
*substance behaviour
*substrate characteristics
*outputs
* Registered trademark. The MilliGascounter was developed at the University of Applied Science Hamburg under the leadership of Prof. Dr. Paul Scherer.
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