The customer and the job
The customer makes engineered, severe-service isolation valves. The job was a common one: check one equipment data sheet, with 113 fields, against a customer package of 7 documents before answering.
What was run
| Result | |
|---|---|
| Data sheet fields | 113 |
| Customer documents | 7 |
| Requirement checks | 1,974 |
| Time | About 10.5 minutes |
| Direction | Every page, both directions |
| Citations | Every verdict cited to a document and page |
Examples of what it found
Five checks from the run, anonymised. Each verdict came with the document and page it was read from.
| Check | What was compared | Verdict |
|---|---|---|
| Design pressure and temperature | Design 10.75 barg at 191 °C against a MAWP of 12.47 barg at 196 °C | Exceeds |
| Minimum design metal temperature | −15 °C against 5 °F (−15 °C), read across units | Meets |
| Noise | 85 dB(A) meets a "max 85 dB(A)" requirement but falls short of a "lower than 85 dB(A)" one | Meets one wording, falls short of the other |
| CE marking | A declaration of conformity to 2014/29/EU against "PED (CE)" | Falls short |
| Hazardous area | Zone 2 IIC T4 against "Other (see notes)" | Falls short |
The noise row is the kind a tired reader misses: the same number passes one clause and fails another, because the wording differs. The CE and hazardous-area rows are gaps an engineer then has to resolve with the customer.
What happens to the findings
The verdicts are a draft. An engineer opens the cited page, decides each open item and writes the deviations and clarifications. OdysseyGPT sends nothing to the customer.
For the method, see the technical deviation list guide and OdysseyGPT for manufacturing. The tool used was Document Review. OdysseyGPT Managed is from $999/month (USD), with onboarding included.
Try it on your own documents
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