What is a potential consequence of not maintaining appropriate steam pressure?

Not maintaining appropriate steam pressure can lead to a higher risk of mechanical failures. This is because steam systems are designed to operate within specific pressure ranges to ensure efficiency and safety. When the steam pressure is too low, it can cause issues like insufficient heat transfer, leading to condensate buildup and potential water hammer, which can physically damage pipes and fittings. Conversely, if steam pressure exceeds the designed limits, it increases the stress on components, possibly leading to structural failures or catastrophic incidents such as ruptures or explosions.

Additionally, the mechanical components within the system, such as valves, pumps, and turbines, are engineered to function optimally at specific steam pressures. Deviations from these specifications can result in accelerated wear and tear, misalignment, and can compromise the integrity of seals. This combination of factors raises the likelihood of failures and can lead to extensive, costly repairs and downtime. Therefore, maintaining appropriate steam pressure is crucial for reliable equipment operation and overall system integrity.