| Service / Measuring Task | Measuring Component | Measuring range | Carrier Gas Composition | Industry |
|---|---|---|---|---|
| Hydrogen as an impurity | H2 | 0-0,5Vol.% | Ar, N2, O2 | Chemical Industry |
| Impurities in Hydrogen (ring lines) | H2 | 99-100Vol.% | N2, O2, HC, Air, SIH4 | Air Separation, Base Chemical, Chemical Industry |
| Input to Argon refining process | H2 | Ar | Air Separation, Base Chemical, Chemical Industry, Gas Production and Mixing | |
| Hydrogen production via electrolysis | H2 | O2 | Base Chemical, Chemical Industry | |
| Annealing furnace H2, N2 blanketing for colored oxide prevention | H2 | N2, ppm O2 | Metals Processing and Refining | |
| Blast furnace pig iron production “top gas” hot reducing atmosphere | H2 | 0-20Vol.% | N2, CO, CO2, H2Ov | Metals Processing and Refining |
| Basic oxygen furnace (BOF) top blown furnace oxidation of carbon in molten pig iron using high purity O2 and flux | H2 | 0-10Vol.% | N2, O2, H2Ov, H2, O2, CO, CO2, flue gas | Metals Processing and Refining |
| Direct reduced iron in steel plants | H2 | Metals Processing and Refining | ||
| Heat Treating H2, N2 blanketing for hardness | H2 | 0-5Vol.% ; 10Vol.%; 20Vol.% | N2, ppm O2 | Metals Processing and Refining |
| Shielding Gas | H2 | Air, N2 | Metals Processing and Refining, Sintering | |
| Shielding Gas | Ar | Air, N2 | Metals Processing and Refining, Sintering | |
| Shielding Gas | CO2 | Air, N2 | Metals Processing and Refining, Sintering | |
| Turbo generator, monitoring of removal and filling of H2 to prevent Ex-atmosphere | H2 | 0-100Vol.% | CO2 or Ar | Power Plants, Turbo Generator |
| Turbo generator, monitoring of removal and filling of H2 to prevent Ex-atmosphere | Air | 0-100Vol.% | CO2 or Ar | Power Plants, Turbo Generator |
| Turbo generator, operation, to assure optimum efficiency | H2 | 90-100Vol.% | Air | Power Plants, Turbo Generator |
| Turbo generator, cooling gas control over expensive purge gases, minimize maintenance downtime, troubleshooting contamination problems | H2 | 90-100Vol.% | Air | Power Plants, Turbo Generator |
| Turbo generator, alert to any upset air contamination of H2 cooling gas to avoid potential for explosion | H2 | Air | Power Plants, Turbo Generator | |
| Nuclear power, monitoring deuterium (D2) in air | D2 | 0-5Vol.% | D2, Air | Nuclear Power, Power Plants |
| Nuclear power plant, vacuum drag recombiner after condensor | H2 | 0-5Vol.% | N2, O2 | Nuclear Power, Power Plants |
| Nuclear powerplant, propagation analysis of hydrogen in order to avoid an ignitable atmosphere | H2 | 0-20Vol.% | Air | Nuclear Power, Power Plants |
| Methanisation, Methan formation with hydrogenated Carbondioxide | CH4, H2, CO2 | Air | Power to Gas, Renewable Energy | |
| Liquified natural gas production overhead top outlet | H2 | 0-3Vol.%; 0-6Vol.% | N2, СO2, ppm H2S | Natural Gas Production |
| Determination of the calorific value of the natural gas | CH4, HC, CO2 | Natural Gas | Natural Gas Production | |
| Determination of the hydrogen content in natural gas | H2 | Natural Gas | Natural Gas Production | |
| Acetone, phenol, cumene production | H2 | 50-100Vol.% | N2, CH4 | Petrochemical |
| Acetic acid combiner/promoter off gas | H2 | 0-30Vol.% | N2, CO, CO2 | Petrochemical |
| Fertilizer production methanator and Ammonia(NH3)converter outlet | H2 | 50-100Vol.% | N2, CH4, NH3, Ar | Petrochemical |
| Ammonia (NH3) production | H2 | NH2, Air | Base Chemical | |
| Toluene production H2 purity feed | H2 | 90-100Vol.% | СН4 , NH3/H2 ratio | Petrochemical |
| Toluene production H2 in off gas | H2 | 50-100Vol.% | N2, CH4 | Petrochemical |
| Isocyanate production H2 in feed gas | H2 | 0-1Vol% | CO | Petrochemical |
| Aromatics product separator, recycle gas | H2 | 50-100% | CH4, HCs | Petrochemical |
| Aromatics lift gas line, N2 header and Surge hopper | HC, H2 | 0-15Vol.% 0-1Vol.% | НС | Petrochemical |
| Caprolactam production H2 purity | H2 | 70-100Vol.% | N2, ppm NH3, ppm CO | Petrochemical |
| Caprolactam production feed and off gas | H2 | 40-100% | N2, NO, N2O | Petrochemical |
| Hydrogen production, steam reforming, hydrogen content | H2 | CO2, CO, CH4 | Petrochemical | |
| Hydrogen production, Pressure swing adsorption, inpurities | H2 | CO2, CO, CH4 | Base Chemical, Petrochemical | |
| Hydrocracker unit recycle gas compressor | H2 | 50-100Vol.% | Hydrocarbons | Petrochemical, Refinery |
| Hydrocracker make-up gas | H2 | 50-100Vol.% | Hydrocarbons | Petrochemical, Refinery |
| Hydrocracker downstream collection Point | H2 | 50-100Vol.% | Hydrocarbons | Petrochemical, Refinery |
| Tail gas recycle gas compressor discharge | H2 | 70-100Vol% | СН4, H2S ppm HCs | Petrochemical, Refinery |
| Menthanol / MTBE production purge gas to reformer | H2 | 70-100Vol% | СН4, СН3ОН | Petrochemical, Refinery |
| Menthanol / MTBE production purge gas to reformer | H2 | СН4, СO2, СО, N2 | Petrochemical, Refinery | |
| Landfill bio-gas emissions | Air | Emmision Control | ||
| Bio-gas plant | H2, CH4, CO2 | Air | Renewable Energy | |
| Determination of the calorific value of the biogas | CH4, H2, CO2 | Air | Renewable Energy | |
| Biogas refinement | CH4, H2, CO2 | Air | Renewable Energy | |
| Electrolysis | H2 | O2, Air | Power to Gas, Renewable Energy | |
| H2 in engine exhaust, development and test of catalysts | H2 | 0-5 Vol.% | CO: 0-1Vol.%CO2: 8-16Vol.%NO: 50-2000 ppmNO2: 0-200 ppmCH4: 0-200 ppmO2: 0-5Vol.%H2O: 0-15Vol.%N2: Rest up to 100Vol.% | Automotive Industry |
| Fuel cells, development and test | H2 | 0-100Vol.% | N2, CO2 | Automotive Industry |
| Dispersion of gas in car body | He | 0-10Vol.% | Air | Automotive Industry |
| Analysis of quenching gas spread in the locomotive | R 125 (C2HF5) | Air | Safety Analysis | |
| Analysis of spread of hydrogen in plants and buildings | He | 0-100Vol.% | N2 | Safety Analysis |
| Plants and buildings, propagation analysis of hydrogen in order to avoid an ignitable atmosphere | H2 | 0-20Vol.% | Air | Safety Analysis |
| Incoming goods inspection, Identification and quality of delieverted gases, Quality insurance | Impurity | Ar | Chemical and Pharmaceutical Industry, Industrial Gas Supply | |
| Incoming goods inspection, Identification and quality of delieverted gases, Quality insurance | Impurity | N2 | Chemical and Pharmaceutical Industry, Industrial Gas Supply | |
| Incoming goods inspection, Identification and quality of delieverted gases, Quality insurance | Impurity | He | Chemical and Pharmaceutical Industry, Industrial Gas Supply | |
| Incoming goods inspection, Identification and quality of delieverted gases, Quality insurance | Impurity | H2 | Chemical and Pharmaceutical Industry, Industrial Gas Supply | |
| Incoming goods inspection, Identification and quality of delieverted gases, Quality insurance | Impurity | Xe | Chemical and Pharmaceutical Industry, Industrial Gas Supply | |
| Incoming goods inspection, Identification and quality of delieverted gases, Quality insurance | Impurity | Ne | Chemical and Pharmaceutical Industry, Industrial Gas Supply | |
| SF6 for discharge arc protection (GIS, Gas Insulated Switcher | SF6 | 0-100Vol% | SO2, SO2F2, HF, N2, Air, moisture | Electrical Industry |
| Soldering processes, Monitoring of Forming gas | H2 | N2 | Electrical Industry | |
| Filling gas monitoring in airships (Zeppelin) | He, Humidity | 95-100% | Air and Humidity | Aviation |
| Flat glass production, Monitoring of Forming gas | H2 | 0-10Vol.% | N2 | Glass Production |
| Bioprocesses, Monitoring of Forming gas | H2 | 0-5Vol.% | N2, CH4, CO2 | Bio Science |
| Monitoring of gas mixing plants | Food and Beverage, Industrial Gas Supply, Medical Technology | |||
| Monitoring of process gas in Semiconductor Industry | H2 | 0-8Vol.% | Ar | Semiconductor Industry |
| Nitrous oxide anesthetic dosage N2O | N2O | N2 | Life Sciences & Medical Applications | |
| H2 in metal samples (elemental analysis) | H2 | |||
| Removal of exces hydrogen, Monitoring the expulsion of H2 from metal melts | H2 | N2 | Metals Processing and Refining | |
| Direct methanol fuel cells DFMC | H2, CO2 | H2O, N2 | Automotive, Power Genaration, Renewable Energy | |
| Fuel cells | H2 | O2, N2 | Automotive, Power Genaration, Renewable Energy |
Please do not hesitate to contact us if you would like a quote or have a question. You can reach us via the contact form and via the e-mail address below. Before making an offer, we clarify the requirements with a form for the measuring task. This way we want to make sure that you will receive the device from us that best fits your measuring task.
