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Automatic measurement of CO, CH4, and CO2 from around 1 ppb.
Trace gas analyzer. It automatically measures trace amounts of CO, CH4, and CO2 in He, H2, N2, Ar, O2, and AIR starting from approximately 1 ppb using a simple concentration method with adsorbents and a hydrogen flame ionization detector gas chromatograph.
Contributing to the measurement of trace components in gases for drug manufacturing!
In the pharmaceutical industry, accurate measurement of trace components in gases during the manufacturing process is essential to ensure the quality of pharmaceuticals. In particular, precise management of drug concentrations is crucial for ensuring the efficacy and safety of products. Contamination by inappropriate gas components can lead to degradation of product quality and unexpected reactions. The SPARK series rapidly and accurately measures trace concentrations of moisture, CO, CO2, NH3, and other components in gases using CRDS technology. This streamlines quality control in pharmaceutical manufacturing and supports reliable product supply. 【Application Scenarios】 * Measurement of trace components in gases during pharmaceutical manufacturing processes * Gas analysis in quality control departments * Gas component analysis in research and development 【Benefits of Implementation】 * Improvement in pharmaceutical quality * Streamlining of manufacturing processes * Cost reduction
Precise measurement of trace gas components in space environment control!
In environmental control for space development, it is important to accurately understand the gas components within the spacecraft and experimental environments. The presence of trace amounts of moisture or harmful gases can lead to equipment failure or experimental failure. The SPARK series contributes to maintaining a safe environment by measuring these trace gases with high precision using CRDS technology. [Usage Scenarios] - Monitoring the environment inside the spacecraft - Gas analysis in experimental environments - Quality control of high-purity gas supply systems [Effects of Implementation] - Improved safety through high-precision gas analysis - Reduced risk of equipment failure - Increased success rate of experiments
Trace gas analyzer contributing to fuel efficiency improvement.
In the energy industry, it is essential to maximize the combustion efficiency of fuels and minimize harmful substances in exhaust gases. In particular, accurate measurement of trace components is crucial for fuel quality management and optimization of the combustion process. Improper fuel management can lead to decreased combustion efficiency and equipment damage. The SPARK series measures trace amounts of moisture and concentrations of CO, CO2, NH3, and other components in various gases, contributing to the improvement of fuel efficiency. 【Usage Scenarios】 * Quality control during fuel manufacturing * Monitoring of the combustion process * Exhaust gas analysis 【Benefits of Implementation】 * Improved fuel efficiency * Compliance with exhaust gas regulations * Extended equipment lifespan
