CNS cell responses to high CO2 and hypoxia
We have centrally supplied O2, CO2, N2, and compressed Air piped into our newly renovated laboratory and the gas mixer will provide a readily available, simple solution for us to use custom physiological gas mixtures. [Instead of purchasing premixed gas cylinders].
Normothermic Ex Vivo Liver Perfusion
Easy blending of gases, runs without user input (Programmable sequences).
Oxygen regulated microscope perfusion system
With N2 and CO2 available via a central source within the building, this electronic gas mixer offered a more flexible and user-friendly option to deliver custom gas cylinders.
Tool for development of intelligent packaging for modified atmosphere packaged (MAP) products
Easy, cost-efficient method to screen the entire range of gas mixes used in MAP products.
Evaluation of sensor response to non-standard gases
In our applications GB100 Series Gas Blender is used for measurements of cross sensitivity of gas sensors to gases which might potentially occur in field application. Software provided with the gas blender allows for accurate mixing of gases allowing for analysis of sensor response over a wide range of concentrations.
Analysis of complex Gas Matrices for Reaserch Applications
Multi-channel solution with dedicated software easy to use.
Oxygen regulated microscope perfusion system
Availability of customisable gas mixtures without any change in hardware or need for additional supplies.
Hypoxia Studies
High accuracy at low flow rates, easy experimental control through software.
Investigation of Early Mammalian Heart Development
A traditional method would require several premixed gas bottles (N2, O2 and CO2) with different oxygen concentrations and a micro flow control valve to supply very small flow to the rotating incubator. […] Thanks to Gas Blender 100 and its Software, the research group can now set up a customized protocol providing automatic supply of different oxygen concentrations for specific periods of time.
Evaluation of sensor response to non-standard gases
Significant reduction of number of gas mixtures required for initial sensor characterization. Usually one mixture and balance gas is enough.
Methanol and DME production from CO2: catalyst synthesis, characterization and performance
A traditional calibration method would require as many gas cylinders, at different concentrations, as the number of points in the calibration curve. […] with MCQ instruments, Sotacarbo needs only of a pure gas cylinder of DME, mixed with an inert gas (N2) for calibrating the GC instruments. This solution has been successfully employed for calibrating other gases such as H2, CO2, CO, CH4 or N2 with a remarkable saving of money and reducing time.
System of dilution of target gasses for optical gas sensors
Optimization of the space in the lab reducing the bottles requirement with only one concentration used and diluted in-line with the gas carrier. Automation of the sensor’s analysis with great time-saving.
Hydrogen sulfide detection in THz range
Portable, extremely accurate and user-friendly.
Dilution&Sampling Systems for Portable Hydrocarbon Spectrometers
The gas blender GB100 Series turned out to be a reliable and compact device for diluting the gas sample and generate a controlled flow to be directly fed to the spectrometer.
Gas Dilution and Sensor Calibration
A huge time-saving (for installation), money-saving (for all listed hardware above), space saving (a single box does not occupy much). Everything is compacted in a single box and you can control it easily with a USB-connected computer.
Physics
High stability, precision, competing cost.
CNS cell responses to high CO2 and hypoxia
Great customer services with fast response and helpful advice.
Myograph
Easy to adjust to whatever combination of gases we want.
Methanol and DME production from CO2: catalyst synthesis, characterization and performance
It can save a lot of money. It is necessary only one cylinder for every gas that need to be calibrated.
Growing Strictly Anaerobic Microbes Under Microaerobic Conditions
Small Size. Simplicity of operation. Ability to achieve very low gas concentration in a short time.
Tool for development of intelligent packaging for modified atmosphere packaged (MAP) products
Great product, low or no maintenance cost, built to last (which is not the case of many products these days).
Dilution & Sampling Systems for Portable Hydrocarbon Spectrometers
The gas handling lines are shorter and the flow variations are almost instantaneous.
Evaluation of sensor response to non-standard gases
Compact gas blending solution that can be used in many applications, easy to transfer and operate.
Oxygen regulated microscope perfusion system
The immediate availability of any gas mixture required (5% CO2, 0-18% O2) is a potentially substantial time saving feature, as ordering custom gas mixtures can take 1 month.
Hypoxia
Running experiments is easy and straightforward.
Investigation of Early Mammalian Heart Development
I very much appreciate the quick response of MCQ Instruments to any of my questions regarding the Gas Blender and their help in speeding up the delivery process.
CNS cell responses to high CO2 and hypoxia
Using building supplies of O2, CO2, N2/Air will reduce long-term running costs and negate the need for custom mixed gas orders
Oxygen regulated microscope perfusion system
Using building supplies of N2 and CO2 will reduce the long-term running costs of the equipment, and will negate the need to order custom gas mixtures supplied in cylinders.
Dilution & Sampling Systems for Portable Hydrocarbon Spectrometers
It is more compact than typical flow controller/meters and the blender channels can be specifically calibrated on the mixture to be used.
Methanol and DME production from CO2: catalyst synthesis, characterization and performance
The use of the MCQ 4000 series allows to obtain a double advantage: (i) the desired concentration of different gas mixtures for the achievement of reliable calibration curves using only pure gases; (ii) the possibility to feed, at low pressure, the bench-scale plant with different gas compositions and different concentrations, including a simulating syngas.
Investigation of Early Mammalian Heart Development
The automated process allows for easy change of oxygen concentration without changing gas bottles during day and night.
System of dilution of target gasses for optical gas sensors
Only one bottle at certified concentration is used instead of many. Desired concentration reaches in-line with the gas carrier.
Evaluation of sensor response to non-standard gases
With GB100 gas blender, we can easily conduct repeatability tests that can be used to verify components quality.
Preparing syngas mixtures
More flexibility in varying gas compositions.
Measurement of Biological/Medical cell metabolism
Using GB100 may help to control the air environment in cell culture to control the metabolite state.
System of dilution of target gasses for optical gas sensors
Automation of the sensor’s analysis using the automatic gas switching software.
CNS cell responses to high CO2 and hypoxia
Potential time saving without the need to order numerous gas mixers, any gas mixture required is immediately available.
Gas Dilution and Sensor Calibration
The dilution process is very stable and we can achieve a stable sensor response in less than 1 minute. Without MCQ, we never achieve that signal to noise ratio.
Tool for development of intelligent packaging for modified atmosphere packaged (MAP) products
Unique connection, computer software helps regulating the flow of gas very quick and very efficiently.
Evaluation of sensor response to non-standard gases
Software is easy to operate – no need for long training of personnel.
Methanol and DME production from CO2: catalyst synthesis, characterization and performance
Without the MCQ Gas Blender, for each point in the calibration curve, the replacement of the gas cylinder is necessary. With the MCQ solution, in one working day it is possible to calibrate the instrument for several gases.