Very common in the upstream. HDPE poly pipe has replaced it because of cost, corrosion and fitting leak issues.
You can do poly for about 1/3 of steel. If you are planning on using old or used tubing be aware there are severe corrosion issues with bare magnetized pipe in certain soil conditions.
I only encountered the use of threaded joints in galvanized piping (e.g. for fire water systems). Then, there is also some limit on minimum wall thk (pipe sch 80).
Normally, there is this Design and Engineering Practice that the owner-user is providing to all their contractors. You may consider asking for it.
Threaded or Screwed Joints
In principle, threaded or screwed piping is commonly used in low-cost, noncritical applications such as domestic water, fire protection, and industrial cooling water systems. Installation productivity is moderately high, and specialized installation skill requirements are not extensive. Leakage integrity is good for low-pressure, low-temperature
installations where vibration is not encountered. Rapid temperature changes may lead to leaks due to differential thermal expansion between the pipe and fittings.
Vibration can result in fatigue failures of screwed pipe joints due to the high stress intensification effects caused by the sharp notches at the base of the threads. Screwed
fittings are normally made of cast gray or malleable iron, cast brass or bronze, or forged alloy and carbon steel. Screwed construction is commonly used with galvanized
pipe and fittings for domestic water and drainage applications. While certain types of screwed fittings are available in up to NPS 12 (DN300), economic considerations
normally limit industrial applications to NPS 3 (DN 80). Screwed piping systems are useful where disassembly and reassembly are necessary to accommodate
maintenance needs or process changes. Threaded or screwed joints must be used within the limitations imposed by the rules and requirements of the applicable code.