Recent content by ScotchWhisky

I got my current job through a recruiter (been here 10+ years), within a few weeks they were back on the phone to discuss new opportunities!

May or may not help... Sorry can't seem to get the attachment showing the equations from the API TDB to upload :(

If you have a thermowell adjacent to the RTD you can insert a (calibrated) temperature probe and check they are reading within 0.5 degC of one another. As for the transmitter you can inject a resistance at 5 points across the range of the transmitter and measure the output which you compare...

Discipline not motivation

I think rather than the standard, although it may be a useful reference, you require the calculation to determine the fuel gas density. There are numerous resources online if you search for ISO 6976 calculation however http://www.sgc-valid8.com/ may prove useful.

Typically ISO6976 is used in the UK to calculate standard density, hence std volume

Perhaps the meter can be reconfigured to output std volume? Otherwise, you could convert your volume to mass using the density, then convert it again to std volume units using the std density. Quite messy though and unlikely to any reporting requirements.

Is this a 2 or 3 phase separator? Which meters are installed?

AGA8 will calculate a base density

I'm sure there are plenty of instrument minded people on here who can help but why not take your enquiry to Rosemount or Yokogawa, etc?

A kick could force the drill pipe against the wall of well resulting in the piping being stuck.

I suggest ISO5167 parts 3 & 4 for guidance on venturi tubes

API Chapter 10 Section 3 & 4 might give you some information you can use

I'm not sure you should become a leader.

Whilst it won't be the cheapest option, the Beamex MC5 is an excellent all in one multifunction calibrator