Gas
Online Process Analyzers - OPrA
ScanWell’s OPrA system is an ATEX rated, fully automated online gas analyzer designed for continuous monitoring of H₂S and natural gas composition in production environments. With integrated gas conditioning and SCADA functionality, it enables direct connection to wells and separators, making it ideal for production testing, process mapping, Souring studies and real-time optimization of gas treatment systems. By delivering rapid, continuous measurements, OPrA eliminates the need for manual sampling and delayed lab analysis, providing more representative data for improved operational insight and decision-making. As the system is fully spectroscopy based no carrier or calibration gases are required for operation.
Natural Gas C1-C6, CO2 (SGA)
The SGA 100 is an ATEX automated gas analyzer based on spectroscopy that removes the need for carrier & calibration gases and delivers real-time compositional analysis of natural gas streams. Ideal for production testing, tracer-based analysis, and process monitoring, it enables operators to track compositional changes and optimize system performance with confidence. By providing continuous, on-site data, the SGA removes delays associated with laboratory analysis and ensures a more accurate and representative understanding of dynamic gas behavior.
H2S
ScanWell’s H2S analyzers are an ATEX rated automated laser-based or electrochemical analyzer for high-accuracy H₂S monitoring in natural gas streams. Suited for production testing, process mapping, souring studies, microbial investigations and optimization of H₂S removal systems, it provides fast, continuous measurements directly from wells and separators. With minimal maintenance, the H2S online analyzers replace manual sampling routines with reliable, real-time data, enhancing both operational efficiency and HSE performance.
H2
The ScanWell Hâ‚‚ analyzer is an ATEX certified, portable and automated solution for accurate hydrogen measurement in gas streams. Designed for seamless integration with field SCADA systems, it supports applications such as hydrogen prospecting, MIC studies, process diagnostics, and chemical optimization where hydrogen content is a key parameter. Its compact, field-ready design removes the reliance on manual sampling, enabling operators to obtain continuous, real-time data and respond quickly to changing process conditions.
Request datasheet
"*" indicates required fields