Which of the following practices can help to overcome vibration in piping systems?

Utilizing air chambers is a well-established method for mitigating vibration in piping systems. Air chambers act as a buffer or shock absorber that can dampen the effects of pressure fluctuations. When a fluid moves rapidly in a pipe, it can create vibrations due to turbulence or sudden changes in flow. The incorporation of air chambers helps to absorb and dissipate these vibrations, which prevents excessive movement and potentially reduces noise associated with the fluid dynamics within the system.

In comparison, while insulating pipes can provide thermal benefits and help with heat retention, it does not directly address vibration issues. Similarly, reducing the length of pipes might impact flow dynamics to some extent but isn't specifically a remedy for vibration. Applying additional heat may alter the properties of the fluid but does not effectively serve as a solution for vibration control in piping systems. Thus, air chambers present a targeted approach to managing and reducing the vibration in piping, making it the appropriate choice.