Software

IP™

www.lr-senergy.com

New Modules in IP™

Geomechanics and Wellbore Stability

The new Geomechanics suite in IP provides an

integrated geomechanics workflow Including

Rock Strength, Rock Stresses, Pore Pressure and

SandPIT 3D. Rock Strength, Rock Stresses and

Pore Pressure all feed into both Wellbore Stability

and SandPIT 3D.

• Rock Strength module provides over 20 UCS & TWC models

• Rock Stress module provides industry standard methods for determining stress components (Eaton, Matthews & Kelly, Breckels & Van Eekelen)

• Pore Pressure module supports Eaton models and normal compaction trend lines

• Wellbore Stability calculates the shear failure conditions at the bore hole boundary in order to predict a mud weight to use for stable drilling. It is used pre-drilling to validate the drilling mud weight plan, and can be used during drilling to update the mud weight prediction based on real-time logging

• Sand Failure calculations predict conditions for onset of sand failure

• Calibration is straight forward at each step of the workflow.

An extensive range of log plots with integrated single depth sensitivity analysis plots is included.

An extensive range of log plots with integrated single depth sensitivity analysis plots is included.

Supporting both single and multi-well analysis, it provides a Field wide view of results and calibration points.

Hydraulic Flow Units

The new Hydraulic Flow Units module provides

Reservoir Rock Typing using Flow Units. The Flow

Units are determined from Porosity/Permeability

relationships. It can be used with both Core

& Log Data. Three Approaches are available:

RQI – FZI, Winland R35 and Pittman (Multiple

Dominant Pore Throat Radius). The Flow Units are

automatically solved. Interactive adjustment can

be performed using Histograms and Lorenz Plots.

The module is Multi-well/Multi-zone.

Sand/Silt Malay Module

The Sand/Silt Malay module is designed for Silty

Reservoirs with very fine grained sediments with

fresh to brackish formation water as found in

Malaysian Basin. It is a fully Interactive module,

which calculates Porosity, Sw, Vshale and Vsilt.

Vshale is calculated from from GR & Neutron/

Density, Vsilt from Neutron/Density crossplot.

The Neuron and Density data is hydrocarbon

corrected. Total Porosity is calculated from the

Density, and Total Sw from one of Waxman Smits,

Juhasz and or Dual Water equations.

Geosteering

The Geosteering module allows the correlation

between an offset well and a new well while it is

being drilled. It uses conventional log curves: GR,

Density, Sonic, SP, etc to produces a curtain plot

along the well path of the new well.

Acoustic Waveform Processing

This module is designed to enable the user to

re-process sonic waveform data to determine

compressional, shear, Stoneley, flexural and

quadrupole wave slownesses as well as compute

classic crossed-dipole anisotropy. The module

uses semblance or Nth Root processing to

generate correlograms which can then be

displayed as VDLs and interactively picked

to identify the various components of the

waveform. The workflow is intended to be user-

friendly and largely intuitive.

New functionality and enhancements in IP 4.3

• Multi-User Access

• 3D Self Organising Maps

• Mineral Solver 3D Petrophysics

• Cement Evaluation Enhancements

• Production Logging Enhancements

• Saturation Height Enhancements

• Image Analysis Enhancements

• Pore Pressure Enhancements

• User Apps Enhancements

• Touch Screen Enabled

• Parallel Processing - Multi-Core Engine

IP™ enables you to maximize the value of your

wellbore data with quick and confident analysis,

whether you’re a casual user or a seasoned

expert. It enhances efficiency, productivity and

with a well thought out graphical interface, IP

helps minimizes user errors, as well as offering

a unique and advanced interpretation program

designed and developed by industry experts.

IP’s graphical interface, speed and interactivity

means that data can be zoned, and applied

using different methodologies - using only

the mouse, you can pick parameters from

cross plots, histograms and log plots, while IP

instantaneously recomputes and displays the

results when parameters are changed.

The software is also used by universities and is

an excellent tool for training geoscientists and

engineers.

The user clicks on a parameter line and drags it to the new position. IP instantly recalculates the results and updates the graphics.

Plot shows final combined model with reconstructed curves to the right and interactive lines in the left tracks.

Picks can be used in ALL Zoned Interpretation modules e.g. 3D Petrophysics Multiwell Workflow, User Programs and Mineral Solver etc.

Plot shows final combined model with reconstructed curves to the right and interactive lines in the left tracks.

Interactive lines allow adjustment of most parameters including, Rw, Rmf, clay parameters, hydrocarbon density. Pickett plots can be used to set ‘Rw’ and ‘m’.

Mineral Solver

The Mineral Solver module allows the user to

analyse the simplest to the most complicated

formation using probabilistic analysis techniques.

IP Mineral Solver provides a more straightforward

approach and provides users with easier access

to an optimized workflow and produces more

consistent results by removing the difficult

problem of modelling conductivity.

Pore Pressure Prediction

The Pore Pressure Prediction module reduces

drilling risk by identifying over pressured zones

which may cause operational and safety issues.

Pore pressure is predicted from log data and

other geomechanical data.

Curve Prediction

The Curve Prediction module adds value to

limited datasets by predicting missing data

using techniques such as Principal Component

Analysis, Fuzzy Logic, Multiple Linear Regression

and Neural Networks.

Monte Carlo analysis

The Monte Carlo module provides a method

of calculating the impact that uncertainties in

values will have on a petrophysical interpretation

- the module uses a Monte Carlo simulation to

estimate errors.

What is IP™

Cement Evaluation

This module allows users to make fast, well

informed decisions on the condition of the

down-hole cement behind casing. The module

can import data from all the major cement

evaluation tool types from basic Cement Bond

Log tools to advanced Ultrasonic tools.

Includes...• Mineral Solver

• Monte Carlo Analysis

• Curve Prediction

• Rock Typing

Includes...• Rock Physics

• Curve Prediction

• Acoustic Waveform

Includes…• SandPIT 3D Multi-depth

• Pore Pressure Prediction

• Well Bore Stability

Includes...• Chrono Log

• Real Time Data

• Pore Pressure Prediction

• Cement Evaluation

• Geosteering

Includes...• Saturation Height

• Formation Testing

• Production Logging

Includes...• Image Analysis

• Rock Typing

Production Log Analysis

The Production Log Analysis module

enables users to monitor well production

performance and identify key areas where

production problems exist to help them make

appropriate operational decisions and improve

productivity. The module calculates the

IP Technical Bundles

Self-Organising Maps (included with Rock Typing)

As part of the Rock Typing module, Self-

Organising Maps (SOM) is a powerful tool for

facies analysis and curve prediction which

perfectly complements the already-strong

Cluster Analysis module in IP. New for IP4.3

we have introduced both Hexagonal 2D maps,

and 3D maps. The 3D maps removes boundary

effects giving much lower distortion, and is an

Indusry First.

Unconventional Resources (included with IP Basic)

The accurate determination of gas/oil in place,

at surface conditions per volume of resource

is important for commercial decisions on

development. This new module comprises a

suite of tools to provide this information, for coal

bed methane and tight gas resources as well as

organic shale, and outputs the data in formats

for direct input into Reservoir Simulators.

Gas Analysis (included with IP Basic)

Interpret the reservoir fluid type using gas ratio

analysis of mud log data.

Image Log Processing and Interpretation

The Image Analysis module covers the complete

workflow from raw data processing, speed

correction, image enhancements etc, through

manual and automatic picking, to statistical

analysis of the results including stereonet

analysis. The module handles tools from all main

service companies and new tools can be added

to the program. Senergy can also, if required,

add and create these to the program in a

future release, at the client’s request. Users can

therefore save money, improve data quality and

extract more value by doing their own LQC and

interpretation.

Chrono Log

The Chrono Log module provides better QC

and operational decision making by viewing

and interpreting LWD/MWD and drilling data in

time/date based wells and log plots. If a zone

has been passed more than once time-lapse

analysis can be performed. The user can also

convert time/date referenced data to depth

referenced data, providing full control of this

important process.

production contribution of each fluid type (gas/

water/oil) at each reservoir depth from raw

production logging data. Sub-modules include

Spinner Calibration, Velocity Calculation, PVT

Conversions and Multi-Phase Flow Calculation.

The module also includes tools specifically

designed for the importing, shifting and editing

of PL data. The results are a final log plot and

automated report detailing the exact volumes

of each fluid type being produced from each

reservoir section. Step-by-step workflow design

allows for an intuitive experience for expert and

casual users alike.

Saturation Height Modelling

The Saturation Height Modelling module reduces

uncertainty in the petrophysical interpretation

and provides robust functions for dynamic

reservoir simulation model. The user can create

saturation versus height functions from either

capillary pressure (Pc) data or from calculated

water saturation curves, or a combination of

both approaches. With new enhancements in IP

v4.2 users can now make closure corrections on

raw Pc data and display Pc data on 3D crossplots.

Rock Physics

The Rock Physics module in IP provides workflows

essential to truly understand the fluid effects in

the seismic data and understand the effect this

has on the acoustic impedance. These include

fluid substitution, to correct the raw logs to

conditions as seen by the seismic, and the

generation of synthetic seismic traces.

The fluid substitution cross plot enables the user to visualise the relationship between the velocities, density, AI and poissons ratio results.

Formation Testing

The Formation Testing module in IP enables the user to create a multi-well project in order to view,

QC, interpret and better understand each individual formation pressure/time test in the project and

has been designed to cater for all FT tools including LWD tools.

Organic Shale Workflows (included with IP Basic & Mineral Solver)

IP workflows facilitate the robust

computation of effective porosity

and hydrocarbon saturation in

organic shales. These include

a TOC (Total Organic Carbon

Content) module which can

be incorporated into the

deterministic Vclay Porosity and

Water Saturation modules or the

non-deterministic Mineral Solver

module.

Eastern European Resistivity Correction

The Eastern European Resistivity Correction

module applies invasion and thin bed corrections

to Russian, and old western, lateral and normal

resistivity logs to derive accurate Rt and Rxo,

maximizing the value of such data types.

Real Time Data

The Real Time Data module connects to a

remote data server and loads real-time drilling

data and log curves into IP. Automated analysis

workflows can save valuable operational time

with immediate interpretation.

www.lr-senergy.com

LR Senergy Software:

Ternan House,

North Deeside Road,

Banchory

AB31 5YR

United Kingdom

T: +44 1330 825188

F: +44 1330 825206

E: softwaresales@lr-senergy.com