boiler horsepower

简明释义

锅炉马力

英英释义

例句

1.The steam engine requires a minimum of 50 boiler horsepower (锅炉马力) to function efficiently.

这台蒸汽机需要至少50 boiler horsepower (锅炉马力) 才能高效运行。

2.To comply with regulations, the facility must operate within the limits of its boiler horsepower (锅炉马力) rating.

为了遵守规定，设施必须在其 boiler horsepower (锅炉马力) 评级的限制内运行。

3.The new industrial boiler has a capacity of 100 boiler horsepower (锅炉马力), which is sufficient for our needs.

新的工业锅炉容量为100 boiler horsepower (锅炉马力)，这对于我们的需求是足够的。

4.We need to calculate the total boiler horsepower (锅炉马力) to ensure our heating system can handle peak loads.

我们需要计算总的 boiler horsepower (锅炉马力) 以确保我们的供暖系统能够承受峰值负荷。

5.Each boiler horsepower (锅炉马力) can produce approximately 34.5 pounds of steam per hour.

每个 boiler horsepower (锅炉马力) 每小时大约可以产生34.5磅的蒸汽。

作文

Understanding the concept of boiler horsepower is essential for those involved in the fields of engineering and industrial processes. A boiler horsepower is a unit of measurement that quantifies the energy output of a boiler. Specifically, it is defined as the ability of a boiler to produce steam at a rate of 34.5 pounds per hour at a pressure of 0 psig (pounds per square inch gauge) and a temperature of 212 degrees Fahrenheit. This measurement is crucial because it helps engineers and operators determine the efficiency and capacity of a boiler system.In many industrial settings, boilers are used to generate steam for various applications, including heating, power generation, and processing. The steam produced can be utilized in numerous ways, such as driving turbines for electricity generation or providing heat for manufacturing processes. Therefore, understanding how to calculate boiler horsepower allows professionals to assess whether a particular boiler can meet the demands of their operations.To calculate boiler horsepower, one typically uses the formula: Boiler Horsepower = (Steam Flow Rate in lbs/hr) / 34.5.This formula indicates that if a boiler produces 69 pounds of steam per hour, it would have a capacity of 2 boiler horsepower. This straightforward calculation is vital for determining the right size and type of boiler needed for specific applications.Moreover, the concept of boiler horsepower is not only relevant for new installations but also for evaluating existing systems. Older boilers may operate less efficiently than newer models, and understanding their boiler horsepower can help in making decisions regarding upgrades or replacements. By comparing the boiler horsepower of various models, facility managers can choose equipment that not only meets their current needs but also provides room for future expansion.Another important aspect to consider is the relationship between boiler horsepower and fuel consumption. Different types of fuels can affect the efficiency of a boiler, which in turn influences its boiler horsepower. For instance, natural gas boilers often have higher efficiencies compared to oil-fired boilers. Understanding this relationship helps in optimizing fuel usage and reducing operational costs.In conclusion, the term boiler horsepower is a critical component in the operation and management of steam systems. It serves as a benchmark for assessing the performance and capacity of boilers in various industrial applications. By mastering the concept of boiler horsepower, professionals can ensure that they select the right equipment for their needs, maintain efficient operations, and ultimately contribute to the overall productivity of their facilities. As industries continue to evolve, knowledge of measurements like boiler horsepower will remain indispensable for ensuring effective energy management and operational excellence.

理解锅炉马力的概念对于参与工程和工业过程的人士至关重要。锅炉马力是一个量化锅炉能量输出的测量单位。具体来说，它被定义为锅炉在0 psig（磅每平方英寸表压）和212华氏度的温度下以每小时34.5磅的速度产生蒸汽的能力。这个测量非常关键，因为它帮助工程师和操作员确定锅炉系统的效率和容量。在许多工业环境中，锅炉用于产生蒸汽以满足各种应用，包括供热、发电和加工。产生的蒸汽可以用于多种方式，例如驱动涡轮机发电或为制造过程提供热量。因此，了解如何计算锅炉马力使专业人士能够评估特定锅炉是否能够满足其操作需求。要计算锅炉马力，通常使用公式：锅炉马力 = （蒸汽流量（磅/小时））/ 34.5。这个公式表明，如果一台锅炉每小时产生69磅蒸汽，它将具有2锅炉马力的能力。这个简单的计算对确定特定应用所需的锅炉的正确尺寸和类型至关重要。此外，锅炉马力的概念不仅与新设备的安装相关，还与评估现有系统有关。旧锅炉的运行效率可能低于新型号，了解其锅炉马力可以帮助做出关于升级或更换的决策。通过比较不同型号的锅炉马力，设施管理人员可以选择不仅满足当前需求而且为未来扩展提供空间的设备。另一个重要的方面是锅炉马力与燃料消耗之间的关系。不同类型的燃料会影响锅炉的效率，从而影响其锅炉马力。例如，天然气锅炉的效率通常高于油燃烧锅炉。理解这种关系有助于优化燃料使用并降低运营成本。总之，术语锅炉马力是蒸汽系统操作和管理中的关键组成部分。它作为评估各种工业应用中锅炉性能和容量的基准。通过掌握锅炉马力的概念，专业人士可以确保选择适合其需求的正确设备，保持高效的运营，并最终为其设施的整体生产力做出贡献。随着工业的不断发展，对诸如锅炉马力等测量的知识将继续对确保有效的能源管理和卓越的运营至关重要。