noncondensible

the noncondensible gas phase is crucial for efficient heat transfer in power plants.

we analyzed the impact of noncondensible gases on turbine performance.

noncondensible contamination can significantly reduce system efficiency.

proper venting of noncondensible fluids is essential for safe operation.

the presence of noncondensible substances affects the vacuum level.

we used a specialized sensor to detect noncondensible components.

maintaining low levels of noncondensible gases is a key operational goal.

the system's performance was degraded by noncondensible intrusion.

regular monitoring for noncondensible buildup is a standard procedure.

the noncondensible phase prevents complete vaporization of the working fluid.

we implemented a new strategy to minimize noncondensible accumulation.