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Prism
Hobré Raman technology provides a rapid determination of gas composition, which allows the use of predictive control in high and low pressure systems. The combination of this technology with the proprietary design of the HIFISC probe from Hobré creates a unique system with a zero level of emissions that have no analogues.
The advantage of the product
Application in high pressure and temperature conditions: the higher the pressure, the better the signal;
Zero output: test is returned to the technological process, there are no harmful emissions;
Sunda: the optimal design with a minimum delay time, a small dead volume and lack of emissions;
Measured components (C1 - C4, C5+, H2, N2, CO2, H2O) with the calculation of the required parameters;
Other important parameters: CP/CV, compressibility coefficient, specific gravity, LHV (lower combustion heat), Wi (Vobbe index);
Fast response: T90 - 10 seconds;
High accuracy: calculated parameters ± 0.5% of the full scale (FS), separate components ± 1% FS;
Simplicity of installation: a sampling system is not required. There is no need for torch or atmospheric emissions.
Video about the product
Hobré Raman technology provides a rapid determination of gas composition, which allows the use of predictive control in high and low pressure systems. The combination of this technology with the proprietary design of the HIFISC probe from Hobré creates a unique system with a zero level of emissions that have no analogues.
The advantage of the product
Application in high pressure and temperature conditions: the higher the pressure, the better the signal;
Zero output: test is returned to the technological process, there are no harmful emissions;
Sunda: the optimal design with a minimum delay time, a small dead volume and lack of emissions;
Measured components (C1 - C4, C5+, H2, N2, CO2, H2O) with the calculation of the required parameters;
Other important parameters: CP/CV, compressibility coefficient, specific gravity, LHV (lower combustion heat), Wi (Vobbe index);
Fast response: T90 - 10 seconds;
High accuracy: calculated parameters ± 0.5% of the full scale (FS), separate components ± 1% FS;
Simplicity of installation: a sampling system is not required. There is no need for torch or atmospheric emissions.
Video about the product
Types of product use
Gas turbines control (natural gas + H₂)
LNG fractionation - replacement of chromatographs
Production/use of ammonia
Analysis of pyrolysis gas (ethylene/propylene production)
Application in metallurgy (converter furnaces)-replacement of mass spectrometers
Types of product use
Gas turbines control (natural gas + H₂)
LNG fractionation - replacement of chromatographs
Production/use of ammonia
Analysis of pyrolysis gas (ethylene/propylene production)
Application in metallurgy (converter furnaces)-replacement of mass spectrometers
| The principle of measurement | Ramanov spectroscopy |
| Analyzed components | C1 - C5+, H₂, N₂, CO |
| The number of lasers | 1 laser, uniform measurement |
| The principle of measurement | Ramanov spectroscopy |
| Analyzed components | C1 - C5+, H₂, N₂, CO |
| The number of lasers | 1 laser, uniform measurement |