Galvanic Applied Sciences Inc. products

AccuLase-GPA is a tunable diode laser (TDL) analyzer that measures 0 to 500 ppm H2S. This analyzer is designed for specific natural gas and refinery applications. AccuLase is backed by 40 years of experience in the natural gas industry.

Galvanic’s third-generation Btu and hydrocarbon gas chromatograph, the AccuChrome analyzer is designed and built for critical process-monitoring and control applications in the harshest environments. Whether you’re performing Btu and constituent analysis of natural gas for custody transfer, process optimization during natural gas fractionation, or 40 CFR 60 Subpart JA flare-gas emissions monitoring for regulatory compliance – you need precise, real-time measurements you can count on.

Galvanic has been a long-time leader in Tape-Based H2S/Total Sulfur Analyzers, and continues to innovate, designing and building cost-effective systems that optimize performance in the harshest monitoring environments. Galvanic’s ProTech903^TM Gas Analyzers deliver fast, extremely sensitive and accurate analysis of H2S and total sulfur, arsine, phosphine, or phosgene, depending on which analyzer you choose.

Galvanic is well known as the leader in process analyzers used to optimize sulfur-recovery units. We put 25 years of applications know-how and engineering prowess into the rugged, user-friendly design of the UV-spectrophotometer-based Brimstone analyzer line.

Do you need to monitor odorant levels in hydrocarbons? That requires high-sensitivity detection and measurement of the individual sulfur components. Some natural gas pipeline custody-transfer applications also require detailed reporting of sulfur and its various components. Galvanic’s SulfurChrome online gas chromatograph makes it easy, enabling simultaneous, real-time measurement of all sulfur compounds down to the 5 ppb level.

Whether you are on the sending or receiving end of the natural gas distribution system, you want to be assured that the actual value of the transported gas is assessed correctly. While that requires a precise measurement of Btu content, it is just as important to determine the actual volume of gas delivered, corrected for temperature and pressure. That’s not possible with a turbine or rotary flow meter alone.