Evaluation of oil reservoir of Hertha formation in y and j field, north Iraq

Joint Authors

Hasan, Mushtaq Falah
al-Hadidi, Abbush. A.
Nur al-Din, Amal. K.
al-Qadi, Adnan

Source

مجلة البحوث و الدراسات النفطية

Publisher

Ministry of Oil Petroleum Research and Development Center

Publication Date

2022-03-31

Country of Publication

Iraq

No. of Pages

15

Main Subjects

Industrial Engineering

Topics

• Enterprises
• Petroleum
• Oil fields
• Carbonates
• Tanks

English Abstract

Afield development plan (FDP) of the Y and J oil fields for cretaceous reservoir (Harth Formation) evaluation and the production of hydrocarbons in the near future in two Y and J oil fields.

Open hole logs namely (Gamma ray, Resistivity, Sonic, Caliper and Density) logs were used to determine petrophysical parameters.

The parameters determined are; volume of shale, porosity, water saturation, irreducible water saturation and bulk volume of water.

The thickness of the reservoir varies between (40 and 120) m.

Determining the porosity depending on the porosity of the log (16-28)% and core Average porosity (18-37)% values vary between; generally decreasing with depth.

Average porosity 33.3% .

test is flow crude oil 1000 bll /d.

in J field basically water saturation calculation5-16% .

And oil saturation (90-80) % and the oil were carried out at a rate of 1000 barrels / day in the complete test of well Y.

The amount of the original oil storage OOIP (1039 * 10^6) standard cubic meters.

This study provides an insight into reservoir quality prediction in the study area and other carbonate reservoirs undergone different the development of Hartha reservoir in south Mosul north Iraq as a new reservoirs in the study as Tertiary reservoir producing as old degassing stations enabling facilities from the 1950s are being" surface facility", This study's aimed at making available petrophysical data the computer processed interpretation(CPI) for Hartha of the Y and J oil fields for cretaceous reservoir (Harth Formation) evaluation and the production of hydrocarbons in the near future in two Y and J oil fields.

Open hole logs namely (Gamma ray, Resistivity, Sonic, Caliper and Density) logs were used to determine petrophysical parameters.

The parameters determined are; volume of shale, porosity, water saturation, irreducible water saturation and bulk volume of water.

The thickness of the reservoir varies between (40 and 120) m.

Determining the porosity depending on the porosity of the log (16-28)% and core Average porosity (18-37)% values vary between; generally decreasing with depth.

Average porosity 33.3% .

test is flow crude oil 1000 bll /d.

in J field basically water saturation calculation5-16% .

And oil saturation (90-80) % and the oil were carried out at a rate of 1000 barrels / day in the complete test of well Y.

The amount of the original oil storage OOIP (1039 * 10^6) standard cubic meters.

This study provides an insight into reservoir quality prediction in the study area and other carbonate reservoirs undergone different the development of Hartha reservoir in south Mosul north Iraq as a new reservoirs in the study as Tertiary reservoir producing as old degassing stations enabling facilities from the 1950s are being" surface facility", This study's aimed at making available petrophysical data the computer processed interpretation(CPI) for Hartha reservoir.

Data Type

Conference Papers

Record ID

BIM-1403753

• APA
• MLA
• AMA