市场调查报告书
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1389138
全球过程分析仪的成长机会Global Process Analytical Instrumentation Growth Opportunities |
先进的製程分析技术提高製程生产力和效率
过程分析设备市场由四个部分组成:过程层析仪、分子分析光谱仪、气体分析仪和液体分析仪。
色谱领域的製程形式包括气相层析和液相层析仪。在分子分析光谱仪领域,涵盖的外形尺寸包括红外线、紫外-可见光、拉曼、质量和可调谐二极体雷射光谱仪。
关于气体分析仪部分,连续形状因素包括氧化锆、NDIR、顺磁性、电化学、火焰离子化检测器、热导分析仪、化学冷光和微量氧。最后,在液体分析仪部分,关注的形状因素包括电导率、总有机碳、pH/ORP、浊度、溶解氧和氯。
这项研究详细研究了影响和挑战市场成长的市场动态。细分市场按地区、设备类型和行业(製药、生物技术/生命科学、化学品/石化、石油/天然气、食品/饮料、环境安全、水/污水、金属/矿物、其他)进行分析。我是。地理范围是全世界。
工艺技术的进步带来了高效的工艺和严格的品管。预计对製程设备的需求强劲。多成分分析和多种检测方法增加了对製程设备的需求。
Advanced Process Analytical Technology Improves the Productivity and Efficiency of Processes
The process analytical instrumentation market consists of four segments: process chromatographs, molecular analysis spectrometers, gas analyzers, and liquid analyzers.
The process form factor in the chromatographs segment includes gas chromatographs and liquid chromatographs. In the molecular analysis spectrometer segment, the form factors considered are infrared, ultraviolet-visible, Raman, mass, and tunable diode laser spectroscopy analyzer.
As for the gas analyzer segment, the continuous form factors analyzed in this study include zirconia, NDIR, paramagnetic, electrochemical, flame ionization detector, thermal conductivity analyzer, chemiluminescence, and trace oxygen. Finally, for the liquid analyzer segment, the form factors considered are conductivity, total organic carbon, pH/ORP, turbidity, dissolved oxygen, and chlorine.
This study provides an in-depth look at the market dynamics influencing and challenging market growth. It analyzes the market segments by geographic region, equipment type, and industry vertical-pharmaceuticals, biotechnology and life sciences, chemical and petrochemical, oil and gas, food and beverage, environmental safety, water and wastewater, metals and minerals, and others. The geographical coverage is global.
Advancements in process technology have resulted in highly efficient processes with strict quality control. There will be a strong demand for process instruments. Multicomponent analysis and multiple detection methods will drive the demand for process instruments.