"Shoot Fluid Level" is not a standard term used in reservoir engineering. It's possible there's a misunderstanding or a typo in the term.

However, based on the context of "Reservoir Engineering", here are some possible interpretations and related terms that might be relevant:

1. Fluid Level in a Well: This is a common concept in reservoir engineering. It refers to the height of the fluid (oil, gas, or water) within a wellbore. This level is crucial for:

* **Production:** Determining the amount of fluid available to be extracted.
* **Pressure Management:** Understanding the pressure within the reservoir and its impact on production.
* **Water Influx:** Monitoring potential water encroachment into the producing formation.

2. Reservoir Fluid Contact: This refers to the interface between different fluids within the reservoir, such as:

* **Oil-Water Contact (OWC):** The boundary between the oil and water zones.
* **Gas-Oil Contact (GOC):** The boundary between the gas and oil zones.
* **Gas-Water Contact (GWC):** The boundary between the gas and water zones.

3. Fluid Level in a Production Separator: Production separators are used to separate oil, gas, and water at the surface. The "fluid level" in the separator refers to the height of each phase within the vessel. This helps monitor production rates and efficiency.

4. Shooting Fluid in Well Testing: This is a technique sometimes used during well testing. "Shooting fluid" refers to injecting a fluid (typically a denser liquid like brine) into the well to displace the reservoir fluids and obtain a better pressure measurement.

To give you a more precise answer, please clarify the context or provide more information about where you encountered the term "Shoot Fluid Level".