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Energy consumption: Improved combustion analysis techniques reduce energy consumption

机译:能耗:改进的燃烧分析技术可降低能耗

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WHILE energy prices continue to fluctuate, energy remains the second leading cost pressure (behind only raw materials) currently affecting most manufacturers. Some of the biggest culprits are incinerators, crackers, process heaters and other energy-intensive combustion-based equipment. The harsh operating conditions associated with combustion analysis applications can eat up a sensor in no time, resulting in inaccurate and unreliable sensor measurements. This can make it nearly impossible to control these processes adequately. However, new analysis techniques, such as tuneable diode laser spectroscopy (TDLS), can improve efficiency, maximise throughput, reduce emissions and improve safety in combustion analysis applications. ABB, Siemens, Vaisala and Yokogawa all currently offer TDLS technology for process measurements. Most energy-intensive operations, such as those found in a refinery or chemical plant, experience considerable variability in energy consumption due to changing operating conditions, equipment degradation, fluctuating market conditions, and inefficient control strategies.
机译:尽管能源价格持续波动,但能源仍然是目前影响大多数制造商的第二大成本压力(仅次于原材料)。一些最大的罪魁祸首是焚烧炉,裂解炉,过程加热器和其他基于能源的燃烧密集型设备。与燃烧分析应用相关的恶劣工作条件会很快耗尽传感器,导致传感器测量不准确和不可靠。这使得几乎不可能充分控制这些过程。但是,诸如可调谐二极管激光光谱(TDLS)之类的新分析技术可以提高效率,最大化吞吐量,减少排放并提高燃烧分析应用程序的安全性。 ABB,西门子,维萨拉和横河电机目前均提供用于过程测量的TDLS技术。由于操作条件的变化,设备性能下降,市场条件的波动以及控制策略的效率低下,大多数能源密集型操作(例如在炼油厂或化工厂中发现的操作)在能耗方面会出现较大的波动。

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