Industry leading precision & speed: H2 in N2 50ppm at 30 ms response time
Survives water, measures accurately: No destruction on contact with water & reduced cross-sensitivity
Safe, low maintenance technology: TCD, no chemical, optical or moving parts
Versatile and cost-efficient: measurement from a few ppm to 100 vol% no sample preparation necessary
INNOVATION
in hydrogen measurement

PROCESS ANALYSIS

 

 

MOST REQUESTED MEASUREMENT COMPONENTS AND RANGES

Measuring gas
Carrier gas
Basis range
Smallest range
Measuring gas
Hydrogen (H2)
Carrier gas
Oxygen (O2)
Basis range
0 – 100% *
Smallest range
0 – 0,5%
Measuring gas
Oxygen (O2)
Carrier gas
Hydrogen (H2)
Basis range
0 – 100% *
Smallest range
0– 1,0%
Measuring gas
Hydrogen (H2)
Carrier gas
Nitrogen (N2) or air
Basis range
0– 100%
Smallest range
0 – 0,5%
Measuring gas
Nitrogen (N2)
Carrier gas
Hydrogen (H2)
Basis range
0 – 100%
Smallest range
0 – 2,0%
Measuring gas
Hydrogen (H2)
Carrier gas
Argon (Ar)
Basis range
0 – 100%
Smallest range
0 – 0,5%
Measuring gas
Hydrogen (H2)
Carrier gas
Helium (He)
Basis range
20 – 100%
Smallest range
   –   
Measuring gas
Hydrogen (H2)
Carrier gas
Methane (CH4)
Basis range
0 – 100%
Smallest range
0 – 0.5%
Measuring gas
Hydrogen (H2)
Carrier gas
Carbon dioxide (CO2)
Basis range
0 – 100%
Smallest range
0 – 0,5%
Measuring gas
Helium(He)
Carrier gas
Nitrogen (N2) or air
Basis range
0 – 100%
Smallest range
0 – 0,8%
Measuring gas
Helium(He)
Carrier gas
Argon (Ar)
Basis range
0 – 100%
Smallest range
0 – 0,5%
Measuring gas
Methane (CH4)
Carrier gas
Nitrogen (N2) or air
Basis range
0 – 100%
Smallest range
0 – 2,0%
Measuring gas
Methane (CH4)
Carrier gas
Argon (Ar)
Basis range
0 – 100%
Smallest range
0 – 1.5%
Measuring gas
Oxygen (O2)
Carrier gas
Nitrogen (N2)
Basis range
0 – 100%
Smallest range
0 – 15,0%
Measuring gas
Oxygen (O2)
Carrier gas
Argon (Ar)
Basis range
0 – 100%
Smallest range
0 – 2,0%
Measuring gas
Oxygen (O2)
Carrier gas
Carbon dioxide (CO2)
Basis range
0 – 100%
Smallest range
0 – 3,0%
Measuring gas
Nitrogen (N2)
Carrier gas
Argon (Ar)
Basis range
0 – 100%
Smallest rangeE
0 – 3,0%
Measuring gas
Carbon dioxide (CO2)
Carrier gas
Nitrogen (N2) or air
Basis range
0 – 100%
Smallest range
0 – 3,0%
Measuring gas
Carbon dioxide (CO2)
Carrier gas
Argon (Ar)
Basis range
0 – 60%
SMALLEST RANGE
0 – 10,0%
Measuring gas
Argon (Ar)
Carrier gas
Carbon dioxide (CO2)
Basis range
40 – 100%
Smallest range
   –   
Measuring gas
Argon (Ar)
Carrier gas
Oxygen (O2)
Basis range
0 – 100%
Smallest range
0 – 3,0%
TCD technology also allows to perform the measurements of the following industrial gases: SF6, NO2, Neon, Krypton, Xenon, Deuterium etc.
* correspondent safety measures must be taken by the client in the application with explosive gas mixtures
GENERAL APPLICATION SECTORS

oil & gas, petrochemicals, chemicals and synthetics

gas chromatographs

air separators and pure gas production

detection of gas leakages

pharmacy

food industry

metals, minerals, pulp and paper

power generation

environmental technology
GENERAL APPLICATION AREA
APPLICATION EXAMPLES
oil & gas, petrochemicals, chemicals and synthetics
gas chromatographs
air separators and pure gas production
detection of gas leakages
pharmacy
food industry
metals, minerals, pulp and paper
power generation
environmental technology
Hydrogen measurement in electrolysis O2 in H2 Upper Explosion Limit (UEL)
Oxygen measurement in electrolysis H2 in O2 Lower Explosion Limit (LEL) with high moisture content
H2 contamination in electrolysis,fuel cell, and semiconductor industry H2 99-100 vol%, H2 Quality 4.0
Exhaust gas measurement in fuel cell H2 in Air LEL Monitoring with very high water content
H2 injection into natural gas network H2 in Natural Gas 0-100 vol%, mixing control
Decomposition and synthesis of ammonia H2 in N2 + NH3 0-100 vol%, process control
Turbogerators in power generation H2 in Luft, H2 in CO2(Ar),CO2(Ar) in Air Monitoring of UEL, draining and filling process
Pure gas production and incoming goods inspection H2,He,CH4,O2,N2,CO2,Ar Identification of the quality of produced and delivered gases
Industrial applications H2 in N2 0-10 vol.%, system for the production and monitoring of forming gas
Safety minitoring H2 in Air UEL, analysis of hydrogen dispersion in facilities and buildings
Hydrogen measurement in electrolysis
O2 in H2
Upper Explosion Limit (UEL)
Oxygen measurement in electrolysis
H2 in O2
Lower Explosion Limit (LEL) with high moisture content
H2 contamination in electrolysis,fuel cell, and semiconductor industry
H2
99-100 vol%, H2 Quality 4.0
Exhaust gas measurement in fuel cell
H2 in Air
LEL Monitoring with very high water content
H2 injection into natural gas network
H2 in Natural Gas
0-100 vol%, mixing control
Decomposition and synthesis of ammonia
H2 in N2 + NH3
0-100 vol%, process control
Turbogerators in power generation
H2 in Luft, H2 in CO2(Ar),CO2(Ar) in Air
Monitoring of UEL, draining and filling process
Pure gas production and incoming goods inspection
H2,He,CH4,O2,N2,CO2,Ar
Identification of the quality of produced and delivered gases
Industrial applications
H2 in N2
0-10 vol.%, system for the production and monitoring of forming gas
Safety minitoring
H2 in Air
UEL, analysis of hydrogen dispersion in facilities and buildings

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