BlueSens Gas Sensor GmbH Ethanol/Methanol Analyzer BSP-EtOH

Description
Methanol/ethanol-Ana lyzer with integrated temperature compensation for Biofuels and fermentation processes. The compact analyzer BSP-EtOH detects the concentration of methanol and respectively ethanol in the liquid phase of the bioprocess. In doing so the analyzer uses a unique technique and measures in the gaseous phase und calculates automatically the concentration in the liquid phase. Due to automatic temperature compensation the measurements stay highly precise also under fluctuating process conditions. With this analyzer a lot of typical bioprocesses can be monitored online and in real-time so that metabolic adoptions can be recognized very quickly in the running process. Application areas are fermentation and brewing processes, the Biofuel production or the analysis of Pichia processes. Because of the quick responding analyzer changes in the process can be realized in time and the process parameter can be adapted accordingly. The objective can be on the one hand an optimization of the alcohol yield in the Biofuels production. On the other hand it is possible to prevent undesirable metabolic processes (like the Crabtree effect) in other bioprocesses. The analyzer can be integrated very easily into every process at every kind to application. Due to the universal mechanical connections the analyzer head can be installed to every fermenter flask/vessel and hose and pipe connection. Already existing plants and installations can remain in use. Via different data interfaces like RS 232, RS485, 4-20 mA or USB the raw data can be transmitted to a process control or the monitoring software in real time. Advantages: low maintenance measurement in the gas phase high long term stability in-situ measurement independent from gas flow direct integration in gas pipes possible no gas cooler, pumps or valves necessary easy to use easy data transfer Application areas: Pharmaceutical industry Biotechnology brewing processes Pichia-processes fermentation processes etc. Biofuels production Data: Measuring range: 0.2-25 Vol.%* Measuring principle: Infrared, two wavelengths Accuracy: < ± 0.2 % full scale ± 3% value Long-term stability: < ± 0.2 % full scale ± 3% value Temperature range: 15 - 50°C/ 59 - 122°F Output: RS232, 4-20mA, USB, Ethernet (with BACCom) * others on request
Description
Methanol/ethanol-Ana lyzer with integrated temperature compensation for Biofuels and fermentation processes. The compact analyzer BSP-EtOH detects the concentration of methanol and respectively ethanol in the liquid phase of the bioprocess. In doing so the analyzer uses a unique technique and measures in the gaseous phase und calculates automatically the concentration in the liquid phase. Due to automatic temperature compensation the measurements stay highly precise also under fluctuating process conditions. With this analyzer a lot of typical bioprocesses can be monitored online and in real-time so that metabolic adoptions can be recognized very quickly in the running process. Application areas are fermentation and brewing processes, the Biofuel production or the analysis of Pichia processes. Because of the quick responding analyzer changes in the process can be realized in time and the process parameter can be adapted accordingly. The objective can be on the one hand an optimization of the alcohol yield in the Biofuels production. On the other hand it is possible to prevent undesirable metabolic processes (like the Crabtree effect) in other bioprocesses. The analyzer can be integrated very easily into every process at every kind to application. Due to the universal mechanical connections the analyzer head can be installed to every fermenter flask/vessel and hose and pipe connection. Already existing plants and installations can remain in use. Via different data interfaces like RS 232, RS485, 4-20 mA or USB the raw data can be transmitted to a process control or the monitoring software in real time. Advantages: low maintenance measurement in the gas phase high long term stability in-situ measurement independent from gas flow direct integration in gas pipes possible no gas cooler, pumps or valves necessary easy to use easy data transfer Application areas: Pharmaceutical industry Biotechnology brewing processes Pichia-processes fermentation processes etc. Biofuels production Data: Measuring range: 0.2-25 Vol.%* Measuring principle: Infrared, two wavelengths Accuracy: < ± 0.2 % full scale ± 3% value Long-term stability: < ± 0.2 % full scale ± 3% value Temperature range: 15 - 50°C/ 59 - 122°F Output: RS232, 4-20mA, USB, Ethernet (with BACCom) * others on request

Suppliers

Company
Product
Description
Supplier Links
Ethanol/Methanol Analyzer - BSP-EtOH - BlueSens Gas Sensor GmbH
Herten, Germany
Ethanol/Methanol Analyzer
BSP-EtOH
Ethanol/Methanol Analyzer BSP-EtOH
Methanol/ethanol-Ana lyzer with integrated temperature compensation for Biofuels and fermentation processes. The compact analyzer BSP-EtOH detects the concentration of methanol and respectively ethanol in the liquid phase of the bioprocess. In doing so the analyzer uses a unique technique and measures in the gaseous phase und calculates automatically the concentration in the liquid phase. Due to automatic temperature compensation the measurements stay highly precise also under fluctuating process conditions. With this analyzer a lot of typical bioprocesses can be monitored online and in real-time so that metabolic adoptions can be recognized very quickly in the running process. Application areas are fermentation and brewing processes, the Biofuel production or the analysis of Pichia processes. Because of the quick responding analyzer changes in the process can be realized in time and the process parameter can be adapted accordingly. The objective can be on the one hand an optimization of the alcohol yield in the Biofuels production. On the other hand it is possible to prevent undesirable metabolic processes (like the Crabtree effect) in other bioprocesses. The analyzer can be integrated very easily into every process at every kind to application. Due to the universal mechanical connections the analyzer head can be installed to every fermenter flask/vessel and hose and pipe connection. Already existing plants and installations can remain in use. Via different data interfaces like RS 232, RS485, 4-20 mA or USB the raw data can be transmitted to a process control or the monitoring software in real time. Advantages: low maintenance measurement in the gas phase high long term stability in-situ measurement independent from gas flow direct integration in gas pipes possible no gas cooler, pumps or valves necessary easy to use easy data transfer Application areas: Pharmaceutical industry Biotechnology brewing processes Pichia-processes fermentation processes etc. Biofuels production Data: Measuring range: 0.2-25 Vol.%* Measuring principle: Infrared, two wavelengths Accuracy: < ± 0.2 % full scale ± 3% value Long-term stability: < ± 0.2 % full scale ± 3% value Temperature range: 15 - 50°C/ 59 - 122°F Output: RS232, 4-20mA, USB, Ethernet (with BACCom) * others on request

Methanol/ethanol-Analyzer with integrated temperature compensation for Biofuels and fermentation processes. The compact analyzer BSP-EtOH detects the concentration of methanol and respectively ethanol in the liquid phase of the bioprocess. In doing so the analyzer uses a unique technique and measures in the gaseous phase und calculates automatically the concentration in the liquid phase.

Due to automatic temperature compensation the measurements stay highly precise also under fluctuating process conditions. With this analyzer a lot of typical bioprocesses can be monitored online and in real-time so that metabolic adoptions can be recognized very quickly in the running process. Application areas are fermentation and brewing processes, the Biofuel production or the analysis of Pichia processes. Because of the quick responding analyzer changes in the process can be realized in time and the process parameter can be adapted accordingly.

The objective can be on the one hand an optimization of the alcohol yield in the Biofuels production. On the other hand it is possible to prevent undesirable metabolic processes (like the Crabtree effect) in other bioprocesses. The analyzer can be integrated very easily into every process at every kind to application. Due to the universal mechanical connections the analyzer head can be installed to every fermenter flask/vessel and hose and pipe connection. Already existing plants and installations can remain in use. Via different data interfaces like RS 232, RS485, 4-20 mA or USB the raw data can be transmitted to a process control or the monitoring software in real time.

Advantages:

  • low maintenance
  • measurement in the gas phase
  • high long term stability
  • in-situ measurement
  • independent from gas flow
  • direct integration in gas pipes possible
  • no gas cooler, pumps or valves necessary
  • easy to use
  • easy data transfer

Application areas:

  • Pharmaceutical industry
  • Biotechnology
  • brewing processes
  • Pichia-processes
  • fermentation processes etc.
  • Biofuels production

Data:

  • Measuring range: 0.2-25 Vol.%*
  • Measuring principle: Infrared, two wavelengths
  • Accuracy: < ± 0.2 % full scale ± 3% value
  • Long-term stability: < ± 0.2 % full scale ± 3% value
  • Temperature range: 15 - 50°C/ 59 - 122°F
  • Output: RS232, 4-20mA, USB, Ethernet (with BACCom)

* others on request

Supplier's Site

Technical Specifications

  BlueSens Gas Sensor GmbH
Product Category Gas Sensors
Product Number BSP-EtOH
Product Name Ethanol/Methanol Analyzer
Unlock Full Specs
to access all available technical data

Similar Products

Explosion Proof Combustible Gas Sensor/Transmitter - Gas Post, 40-XPSeries - Acme Engineering Products
Specs
Sensor Technology Catalytic
Measurement Type %LEL or %LFL
Gas Types Toxic; Combustible; Hydrocarbons; (0-40% LEL); H2; (0-40% LEL)
View Details
Infrared Gas Monitor - IR400 - MSA Safety
Specs
Sensor Technology Infrared
Measurement Type %LEL or %LFL; %Volume
Gas Types Toxic; Combustible; Hydrocarbons; (0 to 100% LEL); Methane (CH4) / Natural Gas; (0 to 100% by Volume)
View Details