NMBGMR Circular 209
The Morrow Play Project

The Morrow Formation natural gas play of the Delaware Basin region, southeast New Mexico, has recently received considerable industry attention. Despite its current popularity and obvious significant future resource potential, relatively little information has been published as scientific papers or in public databases that are readily and easily accessible using the latest database software. The Morrow Play Project combines public-domain information from a variety of sources into a common GIS map-based format. Users may view a map of Morrow "pools" (fields) or wells and then "point and click" on the map for specific information on these entities.

The following components are integrated into the Morrow Play Project:

A GIS map of Morrow pools and Morrow production wells (in ArcView and ArcExplorer format), displaying numerous layers (wells, pools, township, section lines, etc.) that can be turned on and off by the user. Included are user-selectable links to the databases on the Morrow Play. See detailed instructions on how to use the ArcView or ArcExplorer version of the map.
Morrow pool database (available in both MS Access and MS Excel formats) accessible as a stand alone, search-by-query database linked to pool outlines on the GIs map. Read tips on how to access the data on Morrow pools in all available formats.
Production data (available in both MS Access and MS Excel formats) - a stand alone, search-by-query database linked to well spots on the GIs map. Read explanations of all available options to access the data stored in the production database.
A Morrow specific bibliography. To read it as an html document open the file bibligraphy.htm or open the file bibliography.doc to view it as a MS Word file.

Morrow Pool Database

Data Sources

The foundation of the pool database is derived from a database compiledfor the Atlas of Major Rocky Mountain Gas Reservoirs (Robertsonet al., 1993) published by the New Mexico Bureau of Geology and Mineral Resources. Cumulative field production was derived from ON-GARD public-domain digitaldata distributed by the New Mexico Oil Conservation Division and from publishedannual reports published by the New Mexico Oil and Gas Engineering Committee. Other published sources are referenced within the database in the "REFERENCE"field.

Accessing information from the database is simple and easy. The followingoptions are available to search through the data on Morrow pools:

Option 1: To work with the Excel file with data on Morrow pools simply open morrow-pools.xls. The pool data stored in the database include: its DOE code, OCD number, information about location of a pool (its township, range, etc.), cumulative production from the pool, properties of the reservoir rock (e.g.: porosity, permeability, etc.), properties of the produced fluid (composition of the produced gas). A list below explains abbreviations used in the pool table.

Option 2: To use MS Access pool database open the file Morrow-pools.mdb. See the list of the abbreviations below, which specify pool table attributes. The data can be queried based on the pool name, DOE code, OCD number, range or township of a pool.

Option 3: Query pool data by clicking a pool outline on a GIs map of Morrow pools: Open the map either in ArcExplorer format, Morrow.aep, or in ArcView format, (AV-NM-poolmaps.apr). Make the 'SE Morrow data' theme visible and active by using the 'Morrow button' in the ArcView project. In ArcExplorer and ArcView you can do this manually by clicking on the checkbox (see overview) of the themes 'Morrow wells', 'SE Morrow data', and 'SE Morrow Penn' (if you want pool annotations) and then make the theme of interest active (surrounded by a gray box) by clicking on the text. Use the 'identify tool' by clicking any pool on the map within its outline to see available information on that particular pool.

In addition, when using the ArcView project, the user can click on the 'Morrow pool data tool' and click within a pool outline to query information from a Web database on the pool. The available data will be displayed in the default web browser.

A list of abbreviations in the pool database:

DOECODE	Department of Energy assigned field code
OCD#	NM Oil Conservation Division (OCD) assigned pool code
OCDNAME	OCD assigned pool name
Cum. Gas 12-31-97	Cumulative gas for pool, 1997 report of NM Oil and Gas Engineering Committee
Cum. Gas 4-30-00	Cumulative gas for pool, digital ONGARD data from OCD
#ACT	Current number of active wells reported in pool from ONGARD data
#ABD	Current number of abandoned wells reported in pool from ONGARD data
REFERENCE	Applicable literature reference, see bibliography for complete citation
ST	State code (API)
CTY	County code (API)
COUNTY	County name
TMIN	Township, minimum, for determining general location of pool
TMAX	Township, maximum, for determining general location of pool
RMIN	Range, minimum, for determining general location of pool
RMAX	Range, maximum, for determining general location of pool
DISC	Year of Discovery
GLAVG	Ground Level, Average for pool
DEPTHAVG	Average producing depth
SPACE	Spacing in acres approved by OCD
ACRETOTAL	Total acres in pool
NETPAY	Net pay/perforations
POROSIMEAN	Average porosity
PORRANMIN	Minimum porosity of "pay"
PORRANMAX	Maximum porosity of "pay"
HORPERMEAN	Average permeability
INRESVTEMP	Initial reservoir temperature
TEMPMEAS	Measured temperature
INRESPRESS	Initial reservoir pressure
PRESSMEA	Measured pressure
RESPREGRAD	Reservoir pressure gradient
INITIALSW	Initial water saturation
PRODFLUIDS	Fluids produced
PRORATEGAS	Prorated gas?
TIGHTRESER	Tight reservoir designation?
SUBQUALGAS	Subquality gas?
CASEDHOLE	Casing program
PROVDEVRES	Proved developed reserves
PRODDECLRI	Effective decline rate
GASGRAVITY	Gas gravity
HEATVALUE	BTU value
METHANE	%, this and others from old U.S. Bureau of Mines testing/compilations
ETHANE	%
PROPANE	%
BUTANE	%
PENTANE	%
HEXANEPLUS	%
CO2	%
N2	%
HE	%
#WELLS	number of wells used to established % above
SALINITY	Salinity of formation water
TDS	Total dissolved solids
RW	Formation water resistivity
TEMPRES	Reservoir temperature for salinity measurements
METHODRW	Method of determining Rw
CLASRESER	Department of Energy reservoir classification (see Robertson et al., 1993)
STRUCOMP	Department of Energy, structural compartmentalization (see Robertson et al., 1993)

Morrow Production Database

The Morrow production database is a part of the New Mexico petroleum productiondatabase developed and maintained by the Petroleum Recovery Research Center(PRRC)/Go-Tech. It contains production data from the period 1993-2000.Access to the data is provided through the following options:

Option 1: Open the file prod_data.xls to work with MS Excel file, which lists morrow wells production data sorted based on their API numbers.

Option 2: To work with the MS Access production database open the file ProductionData.mdb. Production data in the Access database are divided into a number of tables based on the year of production and a pool the particular well is producing from.

Option 3: To query the production data by clicking a well spot on a GIs map, open the map either in ArcExplorer format (Morrow.aep), or as an ArcView project (nm-poolmaps.apr). Make the 'Morrow wells' theme visible and active by using the 'Morrow tool' (in ArcView) or by clicking on the checkbox and then on the text (see above). Use the 'identify tool' to click a well spot on the map to see its available production data.

When using ArcView map you can use the 'hotlink tool' and click a well to query information from the production Web database. The available data will be displayed in the default web browser.

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