In fire water supply systems, what is the outcome of applying the Venturi effect?

The Venturi effect describes how a fluid's velocity increases as it passes through a constricted section of a pipe, which is key to understanding water supply systems. When water moves through a narrower segment of a pipe, its velocity increases due to the conservation of mass; the same volume of water must pass through the narrower space in a given time, resulting in a faster flow rate. This principle is crucial for effective water supply in fire systems, where rapid delivery of water can be critical.

In the context of fire water supply systems, utilizing the Venturi effect can enhance the distribution and reach of water as needed, facilitating a more efficient and effective response to fire incidents. The focus is on optimizing the flow to ensure that ample water reaches the necessary locations quickly, underscoring the importance of maximizing water flow velocity.

The other potential outcomes, such as increased pressure or changes in temperature and density, do not directly result from the application of the Venturi effect in the same way. While pressure can be indirectly affected based on system design and the specifics of the layout, the fundamental consequence of the Venturi effect primarily concerns flow velocity.