TECHNOLOGY VENTURES

VISION

To deliver effective software solutions that help our Clients with real-life problems.

LEAP Energy Technology Ventures offers a wide and growing range software products

that allow our Customers in oil and gas industry to enjoy advanced functionalities in every-

day work. We are developing commercial and custom made software packages based

on international knowledge and global experience.

OUR TEAM

LEAP Energy Technology Ventures has built a strong,

competent and growing team of programmers and

engineers to fulfil the client’s needs and to build a track

record of excellence. Our team of developers consists of

award-winning, internationally recognized programmers.

A strong link is also present between the software

development team in LEAP Energy Technology Ventures

and the oil and gas professionals from our sister company

– LEAP Energy. This assures that any software that we

develop is truly solving real-life engineering problems.

LEAP Energy Technology Ventures was founded in

2010, with operating office in Kuala Lumpur, Malaysia.

We use our knowledge to help our customers solve real-

life problems and provide them with high-end technology.

To achieve these goals, LEAP Energy Technology

Ventures has built a strong, competent and growing team

of professionals.

Our staff have been carefully selected with a view to

building a group of strong team players with the right skill

sets, wide range of capabilities, technical excellence and

unique expertise.

www.leap-energy.com

OBJECTIVE

To provide high quality software solutions for oil and gas

industry that will take the best from the latest technologies

in IT and engineering, as well as from the outcome of

research and studies conducted in co-operation with a

number of universities across the world.

LEAP Energy Technology Ventures /Company Profile /May 2013

Company

Profile

LEAP Energy Technology Ventures develops commercial and custom

made software packages based on international knowledge and global

experience.

CFO - CONSTRAINED FORECAST

OPTIMIZATION

CFO allows to generate the best field

production strategies under

constraints. The optimisation

procedure allows to generate

capacity forecast upsides, notably

with domestic to LNG transitions.

Multiple facility arrangements can be

generated to perform a powerful well

scheduling.

Assisted history-matching tool

coupled with a client proprietary

numerical simulation software. Using

advanced global and local

optimisation search algorithms and

multiple objective functions, DynHM

manages the parameter search and

continuously high-grade the history-

match results. DynHM is equipped

with innovative solution space

search visualisation, and automated

sensitivity analysis.

DYNHM – DYNAMIC HISTORY

MATCHING

www.leap-energy.com

A numerical simulator for

conventional and unconventional gas

reservoirs, perfectly suited for

simulation of low permeability

reservoirs (shale gas, CBM/CSG)

created in co-operation with

university resources from Mines

Paris Tech and Universite Blaise

Pascal.

2D FINITE ELEMENT SIMULATOR

LEAP ENERGY

TECHNOLOGY VENTURES

SOFTWARE SOLUTIONS

A integrated tool for production data

quality analysis, data correction,

production back allocation as well as

for understanding of reservoir

behaviour basing on production data

and basic geological information.

PreHM – PRE HISTORY

MATCHING

LEAP Energy Technology Ventures /Company Profile /May 2013

TECHNOLOGY VENTURES

A tool allowing for finding and

mapping the relationships between

the outputs of production tests, bore

hole images, and acoustic scanner

data; based on such data sources -

information regarding localized

stress regime, numbers of

discontinuities in azimuth bins and

permeability values are identified

and displayed in a convenient form

of rose diagrams and stress vectors

superimposed on asset maps.

STRUCTURAL GEOLOGY TOOLKIT

A software to calculate Probability

curve information for HCIIP

(Hydrocarbon Initially In Place). The

Calculations on HCIIP can be done

using Deterministic or Probabilistic

approach on a set of GRV, Petro-

physical and/or Fluid Uncertainties.

Calculations on this uncertainties is

performed on the low, mid, and high

range of values for available

segments, reservoirs and the

correlation between

segment/reservoir uncertainty

groups. As the outcome of the

calculation a user can attain Tornado

and Probability Curve with much

easy to use and efficient interface.

SVC – STOCHASTIC VOLUME

CALCULATION

Integrated toolbox for advanced 3-

phase allocation of production from

multi-layered reservoir, honouring

fractional flow physics and complex

well events history (perforations,

plugbacks, well tests)

Allocator performs an automated

processing for large datasets,

supports complex production history

and well events (perforations,

plugbacks). The layer-based

(vertical) allocation integrates the

static model and log interpretation,

with phase allocation carried out with

proprietary fractional flow models

coupled with advanced powerful

optimisation search algorithms.

ALLOCATOR

CLIENT CUSTOM MADE APPS

POSEIDON

PROPRIETARY TECHNOLOGIES

COMMERCIAL PRODUCTS

DOT.CBM

MATURE OIL FIELD

WATERFLOOD OPTIMISATION

DEVELOPMENT OPTIMISATION

TOOLKIT FOR CBM

PRODUCTION FORECASTING

WELL TECHNOLOGY SELECTION

FIELD DEVELOPMENT PLANNING OPTIMISATION

ECONOMIC EVALUATION

DOT.CBM TM

DATA ANALYSIS

MAPPING AND VISUALISATION

REPORTING

PRODUCTION HISTORY MATCHING

LEAP Energy Technology Ventures /Company Profile /August 2013 www.dotcbm.com

PRODUCTION ALLOCATION

WELL AND RESERVOIR CONNECTIVITY

RESERVOIR DYNAMICS ASSESSMENT

REMAINING OIL MAPPING

DEVELOPMENT PLAN & FORECAST

POSEIDON TM

LEAP Energy Technology Ventures /Company Profile /May 2013