Sendra

  1. Articles with a promotional tone from February 2010
  2. Articles with invalid date parameter in template
  3. All articles with a promotional tone
  4. Pages with broken file links
  5. Wikipedia articles with possible conflicts of interest from February 2010
  6. Orphaned articles from March 2010
  7. All orphaned articles
  8. Articles with topics of unclear notability from February 2010
  9. All articles with topics of unclear notability
  10. Fluid dynamics
  11. Porous media


This article has multiple issues. Please help improve it or discuss these issues on the talk page.
This article appears to be written like an advertisement. Please help improve it by rewriting promotional content from a neutral point of view and removing any inappropriate external links. (February 2010)
A major contributor to this article appears to have a close connection with its subject. It may require cleanup to comply with Wikipedia's content policies, particularly neutral point of view. Please discuss further on the talk page. (February 2010)
This article is an orphan, as no other articles link to it. Please introduce links to this page from related articles; suggestions may be available. (March 2010)
The topic of this article may not meet Wikipedia's notability guidelines for companies and organizations. Please help to establish notability by adding reliable, secondary sources about the topic. If notability cannot be established, the article is likely to be merged, redirected, or deleted. (February 2010)

Sendra (software)

Sendra is a software application currently owned by Weatherford Petroleum Consultants, intended to analyze individual Special Core Analysis experiments (SCAL experiments) as well as multiple/several experiments simultaneously. It reveals relative permeability and capillary pressure from two-phase flow performed in the SCAL laboratory. Sendra consists of a variety of modules in order to interpret and analyze experimental data from core flow experiments. The main applications in Sendra are:

- Quality control of SCAL data

- Simulation of Experiments

- Determination of Relative permeability (kr) and Capillary pressure (Pc)

Sendra
Industry Oil and gas industry
Products SCAL tool
Website http://www.sendra.no

Timeline

1985-87: Ph-D thesis for simulating Centrifuge Drainage (Cendra), NTNU and IRIS

1987-92: Further development to cover all scenarios within SCAL: with IRIS and the oil industry

1992: Cendra + Launched commercially by IRIS (former RF-Rogaland Research)

1992-96: Further developments, cooperation with UiB and TAMU

1996: Sold and marketed by Petec Software and Services (a subsidiary of IRIS). Renamed to Sendra

2002: Sold and marketed by Core2Field (a subsidiary of IRIS).

2007: Acquired by Reslab Integration (Weatherford Petroleum Consultants)

2008: Sendra developed on a modern Windows platform with improved GUI. Is now a part of Weatherford.

History

Sendra, originally named Cendra, an abbreviation for Centrifuge Drainage, is a two-phase oil and gas core flow simulator based on Darcy’s law and the continuity equation. Sendra software is developed in Norway, initially with IRIS (former RF-Rogaland Research). Developments were performed in close cooperation with Texas A&M University (USA)[1], the University of Bergen (Norway)[2] and the oil industry. Sendra was first sold and markeded by Petec Software and Services then by Core2Field. In 2007 Sendra was acquired by Weatherford Petroleum Consultants which has now the complete responsibility for developments of Sendra 2009 – the windows version of Sendra. Sendra is a black-oil model that uses the finite difference method for forward simulation, but Sendra also includes an automated optimization routine – Levenberg Marquardt algorithm – for history matching purpose. By varying relative permeabilities and capillary pressure Sendra history matches time dependent experimental data, like production and differential pressure until the experimental data is verified.

Versions

  • Sendra v1.1-v1.10

Released in 1996 and discontinued in 2007.This version was only available on Unix (SGI and Sun) and Linux platforms.

  • Sendra 2009 - For Windows

The development of the windows version was initiated late 2007 and the first commercial release was May 2009. Sendra 2009 is based upon the existing version of Sendra, but analyzes the SCAL results rather than solely individual experiments. It consists of the well tested core flow simulator and the optimization routine. Additional applications:

- Step by step wizard for experimental input and

- Advanced plotting options for displaying the results. Sendra 2009 uses a project explorer to administrate technically the project.

- Extended for comparison and recommendations of flow properties for field applications

This is the first version of Sendra to run on Microsoft’s Windows OS: XP, Vista og Windows 7

External links


...