The success of human activity in today’s world depends on continuous, reliable energy and power generation. Both are critical to maintaining the health and well-being of our global populations.
The demand for safe and reliable energy and power generation is expected to grow as people in countries across the world gain access to electricity. Regional energy requirements vary significantly depending on available resources to generate power, oversee local climate change regulations and manage greenhouse gas reduction.
从化石燃料来源等能源，如煤炭，石油和天然气，气体是两者的绿色选择，已被证明是几十年来的稳步可靠。诸如风，太阳能，水电和地热技术成果等可再生能源的相对较近的出现提供相对绿色的选择，可导致清洁空气。
发电连接到电网，需要多个流量测量，以监测产生的能量，同时提高整体工厂效率，这在遵守环境法规时实现了最佳结果的最佳解决方案。
The safe and efficient operation of a power plant requires tight control over an array of processes within the plant. Multiple flow technologies are used, with operators focused on high availability, high reliability and low operational expenditures generated by energy-efficient meters.
临界气体和湿度测量应用主要用于电厂发电机和植物的分配侧。过程的一个示例需要冷却发电机，这可能因来自冷却剂气体的水分或空气的污染而受到不利影响。水分可以妨碍发电厂中的许多过程，这取决于从冷却水到进气量的大量流量测量，锅炉给水到蒸汽，脱矿质水，天然气，加入热流体，以及柴油到空气堆叠。