How to Delete Orifice Gas Flow Completely

Table of Contents:

1. Delete via Email
2. Delete on iphone
3. Delete on android

Reading time: 47 seconds

Data Orifice Gas Flow collects from your device

1. Delete Orifice Gas Flow Account through Email

There are 2 methods to get your data (and account) deleted by Orifice Gas Flow:

1. Under GDPR: EU/UK Residents have the right to ask (via email), an organization that holds data about them to delete it. This is known as the ‘right to erasure’. Organizations have one month to respond to the request.


2. Under CCPA: California residents have the right to request that a company delete the data/personal information it has on them. A failure to comply with this will result in a fine of upto $7,500.

Now you understand what the Law says, Send your Request directly to Orifice Gas Flow using the form below:

Alternatively, you can follow these steps below to get Orifice Gas Flow to delete your account/data:

1. To delete your Orifice Gas Flow account, contact Orifice Gas Flow via email and provide the reasons for your request.
2. Mention the law under which you make your request (GDPR or CCPA).
3. Notify Orifice Gas Flow of the penalty for non-compliance - A $7,500 fine under CCPA and 4% of annual turnover under GDPR.
4. Send the email to petrosimple@redacted... Login to see email.

2. How to Delete Orifice Gas Flow on Iphone

1. On iphone, Goto "Settings "
2. Click on "General" » "Iphone Storage".
3. Select the app, and click "Delete Orifice Gas Flow".

3. Delete Orifice Gas Flow on Android phone

1. Go to your Android phone Settings.
2. Click on "Apps & Games".
3. Select "Orifice Gas Flow" and Click "Uninstall".

1. 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).

2. 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.

3. The Flange Taps standard measures the pressure and differential at 1inch intervals from the orifice plate on either side.

4. The volumetric gas rate at pipe upstream conditions, mass flow rate and velocities through the pipe and orifice are also computed.

5. 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.

6. This app computes the gas flow rate using the orifice plate energy equation.

7. The Corner Taps are located just upstream and downstream of the orifice plate.

8. The readings can be converted as well as substituted for pressure, differential pressure and temperature for onward calculation of gas flow rate.

9. The intermediate calculations are also displayed for reference, such as Reynolds number, orifice coefficient, gas Z-factor and gas viscosity.

10. 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.

11. The orifice discharge coefficient is calculated using the Reader-Harris/Gallagher (1998) equation.

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