How to determine if the inner filter rod in S1501 is damaged
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How to determine if the inner filter rod in S1501 is damaged? How can we operate to better protect the filter rod?
Is the turbidity analysis of C1601 deviating from the normal values?
I’m not familiar with your manufacturing processes, but regarding the filter rods, when one of them breaks, two things happen: 1. the pressure difference across the filter decreases, and 2. the quality of the product downstream of the filter changes
By looking at the trends and comparing them with those of previous groups, ash transfer via 15 may get blocked, and the water quality in the scrubber is deteriorating increasingly
The gas pipeline for equipment export is equipped with an ash detection instrument that can show the amount of ash. It is possible to determine whether the device’s filter element is damaged.
This post was last edited by zcwwq on 2018-11-12 at 17:33. The outlet of S1501 is equipped with an online dust monitor that can detect abnormal increases in dust levels at the outlet. However, this monitor shows large fluctuations, and no changes are detected when the filter elements are actually damaged. The most straightforward solution currently is to take water samples from C1601 at each shift and conduct visual inspections; leaks can be identified immediately as the water becomes cloudy.
We highly welcome the suggestions from those who are actually involved in production