Peak resolution describes how clearly two nearby peaks are separated from each other. Good resolution reduces ambiguity in identification and integration.
Why poor resolution is risky
When peaks merge or partially overlap, calculated areas may become unreliable. The analyser may still produce a number, but the confidence behind it falls.
What influences resolution
Column condition, temperature stability, flow, timing, contamination, and method design all influence whether components separate cleanly.
How to recognise poor resolution
Technicians should watch for shoulders, merged peaks, unstable component areas, or integration behaviour that changes from run to run.
Why it matters commercially
Poor resolution is not only a laboratory concern. In gas measurement work, it can affect billing values, calculated properties, and overall trust in the instrument.
