## Static Equipment

Spreadsheet Calculators

*These calculator tools streamline calculations that are time-consuming to perform by hand, but not so complicated as to require the use of a specialized software. By embedding the relevant formulas, these calculators allow you to enter input data and quickly get the answer you seek. References to the source content are provided in the spreadsheets for all calculations*

*.*Please read this End User Agreement carefully before using the Ingeniare spreadsheet calculators. By using the spreadsheet calculators, you are agreeing to be bound by the terms of this agreement.

(These spreadsheets are in a reserved area so if you are interested in reviewing them you can send us an email to info@ingeniare.net, and I will gladly send you a temporary access data. I will be very pleased to receive your suggestions and/or recommendations, also if you are interested to establish any professional relationship you can find my contact information on this website).

**Atmospheric Tank API STD 650 - Wall Thickness**Spreadsheet calculator following wall thickness calculation methods (5.6) for Atmospheric Tank API STD 650.

**Vertical Separator with Flush Inlet Nozzles or Inlet Nozzle with 90° Elbow (Gas - Oil)**

Spreadsheet calculator to make process calculation (vessel diameter, vessel longitud, nozzle diameter, liquid level, gas volume, etc).

**Horizontal Separator with Inlet Nozzle with 90° Elbow (Gas - Oil)**

Spreadsheet calculator to make process calculation (vessel diameter, vessel longitud, nozzle diameter, liquid level, gas volume, etc).

*Wall Thickness Calculation of Cylindrical Shells Under Internal Pressure*Spreadsheet calculator as per Section VIII Div 1 - UG 27 - Thickness of Shells Under Internal Pressure.

*Wall Thickness Calculation of Conical Section Under Internal Pressure*Spreadsheet calculator as per Section VIII Div 1 - UG 32 - Thickness of Formed Head, and Sections, Pressure on Concave Side.

*Wall Thickness Calculation of Ellipsoidal Head 2:1 Under Internal Pressure*Spreadsheet calculator as per Section VIII Div 1 - Appendix 1-4(c) - Formulas for the Design of Heads Formed Under Internal Pressure.

**Wall Thickness Calculation of Hemispherical Head Under Internal Pressure**Spreadsheet calculator as per Section VIII Div 1 - UG 32 - Thickness of Formed Head, and Sections, Pressure on Concave Side.

*Wall Thickness Calculation of Torispherical Head Under Internal Pressure*Spreadsheet calculator as per Section VIII Div 1 - Appendix 1-4(d) - Formulas for the Design of Heads Formed Under Internal Pressure.

*Thickness of Shells and Tubes Under External Pressure*Spreadsheet calculator as per Section VIII Div 1 - UG-28 - Thickness Of Shells And Tubes Under External Pressure.

*Wall Thickness Calculation of Heads Under External Pressure*Spreadsheet calculator as per Section VIII Div 1 - UG 33 - Thickness of Formed Heads, Pressure on Convex Side.

*Nozzle Neck (Thickness and Reinforcement)*Spreadsheet calculator as per UG-45 Nozzle Neck Thickness and, UG-37 Reinforcement Required for Openings in Shells and Formed Heads.

**compressibility factor**(

**Z**), also known as the

**compression factor**or the

**gas deviation factor**, is a correction factor which describes the deviation of a real gas from ideal gas behavior. It is simply defined as the ratio of the molar volume of a gas to the molar volume of an ideal gas at the same temperature and pressure. It is a useful thermodynamic property for modifying the ideal gas law to account for the real gas behavior.