ETG Risorse e Tecnologia S.r.l.
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ETG Risorse e Tecnologia S.r.l. products
ETG Biogas analyzers product line
ETG - Model 6500 WM Bio - Multicomponent gas analyzer for Biogas and Biomethane (Wall Mounted version)
The ETG 6500 WM Bio gas analyzer is the ideal solution for continuous gas analysis. Based on NDIR (infrared) + ECD (electrochemical) technology, ETG 6500 WM has proven to be a valuable ally in managing Biogas and Biomethane plants. Reliable, safe, resistant and highly customisable, they are built on the customer`s needs and adapt to every situation. They are designed to be user friendly and extremely low maintenance.
ETG - Model 6500 Bio LNG - Multicomponent gas analyzer for Biomethane
The ETG 6500 BIO LNG gas analyzer is developed with the aim of providing a simple and reliable solution for the liquefying processes. Thanks to the photoacoustic technology, it is capable of providing stable measurement results, which makes it ideal for a continuous monitoring of the process. ETG 6500 BIO LNG, thanks to its design, which let the gases flow separately from the sensors, requires very little maintenance operations, guaranteeing a long components operating life and minimizing value drifting over time.
ETG - Model MCA 100 BIO P - Multicomponent gas analyzer for Biogas (Portable version)
The MCA 100 Bio series of gas analyzers by ETG are the ideal solution for Biogas measurement and industrial combustion applications, because of their accuracy, stability, reliability, broad measurement range, and the variety of available form factors. Unlike other analyzers, ETG MCA 100 non-dispersive infrared (NDIR) sensor can measure multiple gases in a single instrument, using only one optical path platform. Single-gas analyzers are inadequate when using methane as a bio-fuel,because the gas often contains large amounts of CO2 as a contaminant. ETG analyzers have the ability to measure CO2, H2S and O2 in addition to methane, providing the optimal combination of gases analysis for Biogas/Biomethane process. The enhanced optics and electronics of our NDIR analyzers have virtually eliminated zero drift after the initial warm up period. The temperature and pressure compensation eliminates the major causes of span drift in many NDIR instruments.