Orifice gas flow meters are a type of flow meter that use an orifice plate to measure the flow of a fluid. The orifice plate is a thin metal plate with a hole in the center. The fluid flows through the hole and the orifice plate creates a pressure drop. This pressure drop can be used to calculate the flow rate of the fluid.
We will help you download the Orifice Gas Flow for PC and install it fast. But you must know the technical specifications of it before that. Here are they:
Download & Install Orifice Gas Flow on PC: Windows 11/10/8/7
Using the NOX app Player is a great way to download and install the Orifice Gas Flow on your PC. All you have to do is, follow the steps below, install the Orifice Gas Flow, and use it on the bigger screen of your computer:
- Step 1: You have to download the NOX player on your computer using the official link here.
- Step 2: You’ll install this great emulator from your computer and click on launch to start the interface.
- Step 3: Next step is to log into your Google account in the Play Store app that the NOX app player comes with.
- Step 4: To find the Orifice Gas Flow, you have to search for it in Play Store after logging into the Play store account.
- Step 5: As you see, the Orifice Gas Flow appears on the first result. Click on it and you’ll see the Install button to download it.
- Step 6: Download the Orifice Gas Flow by clicking install. It will take a few minutes to get the app shortcut added to your homepage.
- Step 7: Start using the Orifice Gas Flow on your computer by launching it using the app icon you can see on the NOX app player homepage.
| App Name: | Orifice Gas Flow On Your PC |
| Devoloper Name: | PetroSimple |
| Latest Version: | 2.1 |
| Android Version: | 4.0.3 |
| Supporting OS: | Windows,7,8,10 & Mac (32 Bit, 64 Bit) |
| Package Name: | petrosimple.orificeflow |
| Download: | 11531+ |
| Category: | Business |
| Updated on: | Aug 10, 2018 |
| Get it On: |
Orifice Gas Flow Andorid App Summary
PetroSimple is the developer of the Orifice Gas Flow, and they have the app under the Business of Google Play Store. The latest version of the Orifice Gas Flow from them is 2.1 with over 11531 users under the hood. With a 4.6 rating, the Orifice Gas Flow is clearly a popular choice for users for the job it does.
Latest update date of the Orifice Gas Flow is Aug 10, 2018, so you’ll find the latest features. However, you can’t just use the app directly on a computer, you need to use an Emulator to do so. Our recommendations for emulators are BlueStacks, Nox Player, and Memu Emulator.
Do you need a guide to download and install the Orifice Gas Flow on your computer using an emulator? This article is all about helping you do just that! Stick to the guide below.
Orifice Gas Flow App Overview and Details
About This App
This app computes the gas flow rate using the orifice plate energy equation. The app follows the standard procedure described in ISO 5167-2. The orifice discharge coefficient is calculated using the Reader-Harris/Gallagher (1998) equation.
This app requires the pipe diameter (D), orifice diameter (d), upstream pressure (P1), the differential pressure across the orifice (P1-P2), downstream temperature (T), gas specific gravity and gas isentropic expansion factor/heat capacity ratio (k=Cp/Cv). The user has the option of specifying the units for each, hence the values can have any mix of units.
The tap location can be selected from the ISO 5167-2 specified: Flange Taps, Corner Taps, D and D/2 Taps and an option to specify manual tap locations. The Flange Taps standard measures the pressure and differential at 1inch intervals from the orifice plate on either side. The Corner Taps are located just upstream and downstream of the orifice plate. The D and D/2 Taps are located at a distance of pipe diameter on the upstream side and half pipe diameter distance on the downstream side of the orifice plate. Even though the user can manually specify these distances as well it is not recommended as it is not covered by the ISO 5167-2 standard. In general large deviations from the standard values will produce a larger uncertainty.
The correlations for computing Z-factor and viscosity can be changed by selecting SETTINGS from the MENU. It is also possible to use the Square Root Circular Flow Recorder Chart readings by first converting them. The app can convert the chart readings by clicking the “USE CHART” button. The readings can be converted as well as substituted for pressure, differential pressure and temperature for onward calculation of gas flow rate.
The results of calculation are displayed in SI/Filed units. This app computes the volumetric gas flow rate at standard conditions of 60F and 14.7 psia for field units and 0C and 1 atmosphere for SI units. The volumetric gas rate at pipe upstream conditions, mass flow rate and velocities through the pipe and orifice are also computed. The intermediate calculations are also displayed for reference, such as Reynolds number, orifice coefficient, gas Z-factor and gas viscosity. More detailed intermediate values are displayed in the text only report. The units can be switched between field and SI units by clicking the “Change Units” button.
Finally the report of the calculation is also available in copyable tab delimited text form to paste into a mobile word processor. The “Email Report” button launches the default android email app with the report in the text of the body.
Features of Orifice Gas Flow for PC
units. The app also calculates the Reynolds number and the orifice discharge coefficient.
-Calculates gas flow rate using the orifice plate energy equation
-Standard procedure described in ISO 5167-2
-Orifice discharge coefficient calculated using the Reader-Harris/Gallagher (1998) equation
-Pipe diameter (D), orifice diameter (d), upstream pressure (P1), the differential pressure across the orifice (P1-P2), downstream temperature (T), gas specific gravity and gas isentropic expansion factor/heat capacity ratio (k=Cp/Cv)
-User has the option of specifying the units for each
-Tap location can be selected from the ISO 5167-2 specified: Flange Taps, Corner Taps, D and D/2 Taps
-The app can convert the chart readings by clicking the “USE CHART” button. The readings can be converted as well as substituted for pressure, differential pressure and temperature for onward calculation of gas flow rate.
-The results of calculation are displayed in SI/Filed units
-Calculates volumetric gas flow rate at standard conditions of 60F and 14.7 psia for field units and 0C and 1 atmosphere for SI units
-Reynolds number and the orifice discharge coefficient also calculated
Whats New In this Orifice Gas Flow?
Bug fixes and performance updates!
We have released the app as open source, obtain source code from:
https://github.com/DrFahdSiddiqui/OrificeGasFlowAndroid-Java
Please leave your feedback:
http://FahdSiddiqui.com/orificegasflowandroid-java
Conclusion
A gas flow application is an important part of many industrial and commercial applications. Gas flow through an orifice is a common way to measure gas flow. The orifice gas flow application can be used to measure the gas flow rate in a pipe. The application can also be used to calculate the pressure drop across the orifice.
That’s it! We hope that the guide above has been a help for you to install it on your computer. Need to know more about the emulator or the Orifice Gas Flow? Let us know!
Disclaimer
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