FAQ | Page 4 | Strata Mecanica

24 Nov 2020

Juan Tovar South America Permalink

Venezuela – Lake Maracaibo

Juan Tovar November 24, 2020

Choose an option below to start the Strata Mecanica process for the Lake Maracaibo:

Step 1 of 2

Enter the Project Details below

Project Name *

Enter the name for this Project

Project description *

Details of the Project

Engineer's Name

Person Responsible for the Project

Field / Block No:

Enter the Field / Block number for this project

Well No:

Enter the Well number for this project

Units of Measurement *

Select your preferred unit of Measurement and ensure you enter all values in Metres & °C for Metric, or Feet & °F for Imperial in each data entry field.

Water depth *

Depth of the water (numbers only) i.e. 196(ft) or 60(m)

Seabed temperature *

Will help to develop the right computation for the prediction of reservoir temperature (number only in °C for Metric or °F for Imperial)

Ambient Temperature *

At the time of the calculation or during the year (number only in °C for Metric or °F for Imperial)

Properties & Conditions *

Select your required Properties & Conditions

Background

Text Needed

Mechanical & Thermal Conditions

Text Needed

References

Text Needed

24 Nov 2020

Juan Tovar South America Permalink

Venezuela – Offshore Paria

Juan Tovar November 24, 2020

Choose an option below to start the Strata Mecanica process for the Offshore Paria:

Step 1 of 2

Enter the Project Details below

Project Name *

Enter the name for this Project

Project description *

Details of the Project

Engineer's Name

Person Responsible for the Project

Field / Block No:

Enter the Field / Block number for this project

Well No:

Enter the Well number for this project

Units of Measurement *

Select your preferred unit of Measurement and ensure you enter all values in Metres & °C for Metric, or Feet & °F for Imperial in each data entry field.

Water depth *

Depth of the water (numbers only) i.e. 450(ft) or 137.15(m)

Seabed temperature *

Will help to develop the right computation for the prediction of reservoir temperature (number only in °C for Metric or °F for Imperial)

Ambient Temperature *

At the time of the calculation or during the year (number only in °C for Metric or °F for Imperial)

Properties & Conditions *

Select your required Properties & Conditions

Background

Text Needed

Mechanical & Thermal Conditions

Text Needed

References

Text Needed

23 Nov 2020

Juan Tovar Uncategorized, West Africa Permalink

Angola

Juan Tovar November 23, 2020

Complete the 2 step Strata Mecanica process for Angola:

- Step 1 of 2
Enter the Project Details below
Project Name *
Enter the name for this Project
Project description *
Details of the Project
Engineer's Name
Person Responsible for the Project
Field / Block No:
Enter the Field / Block number for this project
Well No:
Enter the Well number for this project
GDPR Agreement *
I consent to having this website store my submitted information so they can respond to my inquiry.
Data Input Section
Input all the required data elements for the results calculations
Units of Measurement *
Select your preferred unit of Measurement and ensure you enter all values in Metres & °C for Metric, or Feet & °F for Imperial in each data entry field.
Water depth *
Depth of the water (numbers only) i.e. 450(ft) or 137.15(m)
Seabed temperature *
Will help to develop the right computation for the prediction of reservoir temperature (number only in °C for Metric or °F for Imperial)
Ambient Temperature *
At the time of the calculation or during the year (number only in °C for Metric or °F for Imperial)
Properties & Conditions *
Average overburden
Average minimum horizontal stress
Pore pressure gradient
Overpressures
Reservoir Temperature
Heat flow [TBC]
Select your required Properties & Conditions
Reservoir Area *
Data only required for the calculation of the total Heat Flux (㎡ or ft²)
Number of Data Entries
Enter the number of data entries to be added to the graph (1-5).
Data Set 1
Enter the required intervals for this data set
Formation Name 1
Top of interval TVDss (1)
Numerical entry i.e. 12400 feet or 3400 meters
Base of interval TVDss (1)
Numerical entry i.e. 12600 feet or 3500 meters, must be higher than the Top of reservoir
Target depth TVDss (1)
Specific depth at which the user would like to know a property i.e. 12300 feet
Data Set 2
Enter the required intervals for this data set
Formation Name 2
Top of interval TVDss (2)
Numerical entry i.e. 12400 feet or 3400 meters
Base of interval TVDss (2)
Numerical entry i.e. 12600 feet or 3500 meters, must be higher than the Top of reservoir
Target Depth TVDss (2)
Specific depth at which the user would like to know a property i.e. 12300 feet
Data Set 3
Enter the required intervals for this data set
Formation Name 3
Top of interval TVDss (3)
Numerical entry i.e. 12400 feet or 3400 meters
Base of interval TVDss (3)
Numerical entry i.e. 12600 feet or 3500 meters, must be higher than the Top of reservoir
Target Depth TVDss (3)
Specific depth at which the user would like to know a property i.e. 12300 feet
Data Set 4
Enter the required intervals for this data set
Formation Name 4
Top of interval TVDss (4)
Numerical entry i.e. 12400 feet or 3400 meters
Base of interval TVDss (4)
Numerical entry i.e. 12600 feet or 3500 meters, must be higher than the Top of reservoir
Target Depth TVDss (4)
Specific depth at which the user would like to know a property i.e. 12300 feet
Data Set 5
Enter the required intervals for this data set
Formation Name 5
Top of interval TVDss (5)
Numerical entry i.e. 12400 feet or 3400 meters
Base of interval TVDss (5)
Numerical entry i.e. 12600 feet or 3500 meters, must be higher than the Top of reservoir
Target Depth TVDss (5)
Specific depth at which the user would like to know a property i.e. 12300 feet

Background

Angola has been one of the most prolific oil producers in West Africa surpassing Nigeria in 2009 when it reached a production of over 1.8 million BOPD. Currently it produces around 1.3 million BOPD and some gas. Located South of Gabon its assets are mainly in deep water offshore producing from three(3) basins, the Congo, Kwanza and Genguela basins.

Production initially exploited the carbonaceous formations of the upper Cretaceous also found onshore to then focus on the Oligocene and Miocene origin.

Mechanical & Thermal Conditions

Temperatures and thermal conditions indicates that Angola is an area of moderate heat flow (> 50 miW/m²) and temperatures as illustrated in the following figure (After Lecazeau et al 2006). A highly faulted area Angola offers many structural similarities to those found in the Santos and Campos basins offshore Brasil.

References

Brownfield, M.E., and Charpentier, R.R., 2006, Geology and total petroleum systems of the West-Central Coastal Province (7203), West Africa: U.S. Geological Survey Bulletin 2207-B, 52 p.
Lucazeau, Francis; Brigaud, Frédéric; Bouroullec, Jean Luc (2004). High-resolution heat flow density in the lower Congo basin. Geochemistry, Geophysics, Geosystems.

23 Nov 2020

Juan Tovar Uncategorized, West Africa Permalink

Equatorial Guinea

Juan Tovar November 23, 2020

Complete the 2 step Strata Mecanica process for the Equatorial Guinea:

Step 1 of 2

Enter the Project Details below

Project Name *

Enter the name for this Project

Project description *

Details of the Project

Engineer's Name

Person Responsible for the Project

Field / Block No:

Enter the Field / Block number for this project

Well No:

Enter the Well number for this project

Units of Measurement *

Select your preferred unit of Measurement and ensure you enter all values in Metres & °C for Metric, or Feet & °F for Imperial in each data entry field.

Water depth *

Depth of the water (numbers only) i.e. 450(ft) or 137.15(m)

Seabed temperature *

Will help to develop the right computation for the prediction of reservoir temperature (number only in °C for Metric or °F for Imperial)

Ambient Temperature *

At the time of the calculation or during the year (number only in °C for Metric or °F for Imperial)

Properties & Conditions *

Select your required Properties & Conditions

Background

Text Needed

Mechanical & Thermal Conditions

Text Needed

References

Text Needed

23 Nov 2020

Juan Tovar Uncategorized, West Africa Permalink

Cameroon

Juan Tovar November 23, 2020

Complete the 2 step Strata Mecanica process for the Cameroon:

Step 1 of 2

Enter the Project Details below

Project Name *

Enter the name for this Project

Project description *

Details of the Project

Engineer's Name

Person Responsible for the Project

Field / Block No:

Enter the Field / Block number for this project

Well No:

Enter the Well number for this project

Units of Measurement *

Select your preferred unit of Measurement and ensure you enter all values in Metres & °C for Metric, or Feet & °F for Imperial in each data entry field.

Water depth *

Depth of the water (numbers only) i.e. 450(ft) or 137.15(m)

Seabed temperature *

Will help to develop the right computation for the prediction of reservoir temperature (number only in °C for Metric or °F for Imperial)

Ambient Temperature *

At the time of the calculation or during the year (number only in °C for Metric or °F for Imperial)

Properties & Conditions *

Select your required Properties & Conditions

Background

Text Needed

Mechanical & Thermal Conditions

Text Needed

References

Text Needed

23 Nov 2020

Juan Tovar Uncategorized, West Africa Permalink

Nigeria

Juan Tovar November 23, 2020

Complete the 2 step Strata Mecanica process for Nigeria:

Step 1 of 2

Enter the Project Details below

Project Name *

Enter the name for this Project

Project description *

Details of the Project

Engineer's Name

Person Responsible for the Project

Field / Block No:

Enter the Field / Block number for this project

Well No:

Enter the Well number for this project

Units of Measurement *

Select your preferred unit of Measurement and ensure you enter all values in Metres & °C for Metric, or Feet & °F for Imperial in each data entry field.

Water depth *

Depth of the water (numbers only) i.e. 450(ft) or 137.15(m)

Seabed temperature *

Will help to develop the right computation for the prediction of reservoir temperature (number only in °C for Metric or °F for Imperial)

Ambient Temperature *

At the time of the calculation or during the year (number only in °C for Metric or °F for Imperial)

Properties & Conditions *

Select your required Properties & Conditions

Background

Text Needed

Mechanical & Thermal Conditions

Text Needed

References

Text Needed

23 Nov 2020

Juan Tovar West Africa, Uncategorized Permalink

Ghana

Juan Tovar November 23, 2020

Complete the 2 step Strata Mecanica process for the Ghana:

Step 1 of 2

Enter the Project Details below

Project Name *

Enter the name for this Project

Project description *

Details of the Project

Engineer's Name

Person Responsible for the Project

Field / Block No:

Enter the Field / Block number for this project

Well No:

Enter the Well number for this project

Units of Measurement *

Select your preferred unit of Measurement and ensure you enter all values in Metres & °C for Metric, or Feet & °F for Imperial in each data entry field.

Water depth *

Depth of the water (numbers only) i.e. 450(ft) or 137.15(m)

Seabed temperature *

Will help to develop the right computation for the prediction of reservoir temperature (number only in °C for Metric or °F for Imperial)

Ambient Temperature *

At the time of the calculation or during the year (number only in °C for Metric or °F for Imperial)

Properties & Conditions *

Select your required Properties & Conditions

Formation Name 1

Background

Text Needed

Mechanical & Thermal Conditions

Text Needed

References

Text Needed

23 Nov 2020

Juan Tovar Uncategorized, West Africa Permalink

Ivory Coast

Juan Tovar November 23, 2020

Complete the 2 step Strata Mecanica process for the Ivory Coast:

Step 1 of 2

Enter the Project Details below

Project Name *

Enter the name for this Project

Project description *

Details of the Project

Engineer's Name

Person Responsible for the Project

Field / Block No:

Enter the Field / Block number for this project

Well No:

Enter the Well number for this project

Units of Measurement *

Select your preferred unit of Measurement and ensure you enter all values in Metres & °C for Metric, or Feet & °F for Imperial in each data entry field.

Water depth *

Depth of the water (numbers only) i.e. 450(ft) or 137.15(m)

Seabed temperature *

Will help to develop the right computation for the prediction of reservoir temperature (number only in °C for Metric or °F for Imperial)

Ambient Temperature *

At the time of the calculation or during the year (number only in °C for Metric or °F for Imperial)

Properties & Conditions *

Select your required Properties & Conditions

Background

Text Needed

Mechanical & Thermal Conditions

Text Needed

References

Text Needed

23 Nov 2020

Juan Tovar North Sea Permalink

The Netherlands

Juan Tovar November 23, 2020

Start the Strata Mecanica process for the The Netherlands:

Step 1 of 2

Enter the Project Details below

Project Name *

Enter the name for this Project

Project description *

Details of the Project

Engineer's Name

Person Responsible for the Project

Field / Block No:

Enter the Field / Block number for this project

Well No:

Enter the Well number for this project

Units of Measurement *

Select your preferred unit of Measurement and ensure you enter all values in Metres & °C for Metric, or Feet & °F for Imperial in each data entry field.

Water depth *

Depth of the water (numbers only) i.e. 450(ft) or 137.15(m)

Seabed temperature *

Will help to develop the right computation for the prediction of reservoir temperature (number only in °C for Metric or °F for Imperial)

Ambient Temperature *

At the time of the calculation or during the year (number only in °C for Metric or °F for Imperial)

Properties & Conditions *

Average overburden
Average minimum horizontal stress
Reservoir Temperature
Heat flow [TBC]

Select your required Properties & Conditions

Background

Text Needed

Mechanical & Thermal Conditions

Text Needed

References

Text Needed

23 Nov 2020

Juan Tovar North Sea Permalink

Norwegian Northern North Sea

Juan Tovar November 23, 2020

Choose an option below to start the Strata Mecanica process for the Norwegian Northern North Sea:

Background

Text Needed

Mechanical & Thermal Conditions

Text Needed

References

Text Needed

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