アナリティクセンス Company Overview

As semiconductor miniaturization progresses, the importance of managing Airborne Molecular Contamination (AMC) in clean rooms is increasingly recognized. Not only particles but also trace amounts of organic and inorganic gas components significantly affect product yield and quality, necessitating real-time and highly sensitive monitoring. This article explains the sources of AMC, its impact on semiconductor manufacturing, and key points for contamination management through real-time monitoring technology. Those involved in semiconductor and display manufacturing are encouraged to take a look.

As the practical application of CCUS (Carbon Dioxide Capture, Utilization, and Storage) progresses, managing not only the CO₂ capture rate but also amine emissions and degradation byproducts has become an important issue. This article discusses the significance of real-time monitoring of trace components in CCUS plants and the use of online analytical technologies aimed at stable operation and reducing environmental impact. If you are interested in the latest trends from CCUS demonstration to commercialization, please take a look.

Carbon-neutral fuels such as e-fuels and biomass fuels are important not only for CO₂ reduction but also for evaluating combustion stability and exhaust gas characteristics. This article explains the key points of exhaust gas analysis required when introducing alternative fuels and the visualization of combustion and exhaust gas behavior through real-time multi-component gas analysis.