How to Achieve More Accurate Measurement
Author(s): Carl Jarvis
Abstract/Introduction:
The AER has developed standards of accuracy for gas and liquid measurement that take into account such concerns as royalty, equity, reservoir engineering, declining production rates, and aging equipment. These standards have evolved, but originated from a 1972 Energy Resources Conservation Board hearing decision that determined a need for pool production accuracy standards of 2.0 per cent for oil, 3.0 per cent for gas, and 5.0 per cent for water. The current standards are stated as maximum uncertainty of monthly volume and/or single point measurement uncertainty. The uncertainties are to be applied as plus/minus (e.g., 5.0 per cent). Measurement at delivery/sales points must meet the highest accuracy standards because volumes determined at these points have a direct impact on royalty determination. Other measurement points that play a role in the overall accounting process are subject to less stringent accuracy standards to accommodate physical limitations and/or economics.
Go to Download Page
Email Reference
Document ID:
75D4F08E
Safe, efficient and compliant meter verifications are finally available for all Intelligent Flow Meters.
Author(s): Jason Riegert
Abstract/Introduction:
Todays Intelligent Flow Meters have no moving internal parts, resulting in no physical wear or tear, no maintenance and an expectation of long-term stability that the meter calibration will not drift over time. In fact some flow meters today even come with guaranteed life time calibration. The fact that meters have these characteristics, exceptional accuracy, long-term stability and they deliver multivariable process data like mass, corrected volume, temperature and density measurement all from a single device and now they can verify themselves - is it all too good to be true? Absolutely not!
Go to Download Page
Email Reference
Document ID:
29B3D04F
Solid Oxide Fuel Cell Technology for Remote Power Applications
Author(s): Mack Andrews
Abstract/Introduction:
Remote Power Applications Thermoelectric Generators (TEGs) Photovoltaic Cells (Solar) Fuel Cell Technology Atrex - Solid Oxide Fuel Cell Technology Comparison Best fit
Go to Download Page
Email Reference
Document ID:
667CFE20
Brief Discussion of Templating/Objectization
Author(s): Mervyn Betts
Abstract/Introduction:
What are some of the questions
? Which RTU brand?
? Which medium serial or IP
? How often do we poll it
? What are the calculation type
? Where is it located?
? What extra equipment does it have? Casing,
Tubing PT, Methanol Pump, Turbine, Line
Heater, Separator etc
? What is orifice plate size, gas comp etc?
Go to Download Page
Email Reference
Document ID:
86D71E29
Solid Oxide Fuel Cell Technology Overview
Author(s): NA
Abstract/Introduction:
Atrex Energy Solid Oxide Fuel Cells (SOFCs) are truly state-of-the-art, 21st Century Technology whose time has come. SOFCs, in full scale production since early 2011, provide levels of efficiency and environmental friendliness previously unobtainable for remote power applications while providing the levels of system availability such applications have come to expect. This Technical White Paper provides the customer with some background information on fuel cells in general and then provides some specifics on Solid Oxide Fuel Cells that Atrex Energy has successfully developed over the past decade. This TWP, when combined with the Technical Datasheets for the 4 different models currently being sold commercially, will provide any reader with a very comprehensive understanding of the technology involved.
Go to Download Page
Email Reference
Document ID:
A025B1E0
Net Oil Computer Software Overview
Author(s): Tim Montgomery
Abstract/Introduction:
NOC Introduction The Net Oil Computer (NOC) is used to determine the net oil and water present in an emulsion stream. Uses a MicroMotion Meter to provide mass flow, density and temperature of the emulsion. The NOC will use the temperature effect on the oil and water density to determine the net oil and water volume at standard conditions. Can also accept an input from a water cut analyzer. Optional Proface display can provide a user interface to manage testing and database entries.
Go to Download Page
Email Reference
Document ID:
4B5E342C
let us VENT a bit about FLARING that is FUELED by reporting differences
Author(s): Wayne Dunnington
Abstract/Introduction:
AER will use the following approaches Applying new emissions design standards to new Alberta facilities Improving measurement and reporting of methane emissions, as well as leak detection and repair requirements Developing a joint initiative on methane reduction and verification for existing facilities
Go to Download Page
Email Reference
Document ID:
921C75A7
Measurement Knowledge Efficiency & Value
Author(s): Wayne Dunnington
Abstract/Introduction:
Measurement knowledge gaps? How is measurement tracked and communicated in your company? Do opportunities exist to create processes, increase efficiency and add value?
Go to Download Page
Email Reference
Document ID:
3F6F5D77