COMPANY PROFILE 2020poastechnology.com/public/assets/company_profile/Poas technolog… · COMPANY PROFILE We are a leading Upstream & Downstream Oil & Gas Consultancy and Software

www.poastechnology.com | [email protected]

COMPANY PROFILE2020

DRIVING INNOVATION IN THE OIL & GAS INDUSTRY

G-2 Xth Central Shopping Centre Mahavir Nagar, Kandivali West, Sector 10 Mumbai, INDIA

� +91 99203 45370 � +91 90355 98101 � +91 77388 36731

� � � � poastechnology

We are a leading Upstream & Downstream Oil & Gas Consultancy &Software Provider Company. The main motto of the Company is to Provide Fit to Purpose Customized Solutions, Software & Proven Tools to Optimize Oil Production, Optimum Reservoir Management and minimize Operating Cost as well as Capital Investment.

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www.poastechnology.com | [email protected]

Table of Content

01. Message from the founders

02. POAS (Production Optimization Advisory Solution) Modules

03. Compositinal PVT

04. Transient Multiphase Well Modeling

05. Pipeline Modeling & Monitoring

06. Realtime Production Monitoring & Mangement

07. Wellheads & X-MAS Tree

08. Well’s Mechanical Integrity Location & Cure

09. Advance Completion Design & Modeling

10. Unconventional Reservoir Development & Well Productivity Enhancements

11. MRC Well’s Design & Implementation

12. Major Achievements

COMPANY PROFILE

We are a leading Upstream & Downstream Oil & Gas Consultancy and Software Provider Company. The main motto of the Company is to Provide “Fit to Purpose Customized Solutions, Software & Proven Tools” to Increase Oil Production, Optimum Reservoir Management and minimize Operating Cost as well as Capital Investment.

Main focus area of the Company is to provide well proven technologies & solutions includes, Reservoir Management driven Production Enhancement Solutions, Advance Well Completions Design & Implemen-tation (ICD-Inflow Control Device, Smart Completions, Reservoir & Production Monitoring Technologies, various Multilateral Wells Design & Implementation including Smart / Intelligent Multilateral), Downhole Gauges, Pressure-Temperature-Flow Measurement Technologies, Well-wise & Field wide Production Metering (Oil Rate, Water Rate, Gas Rate) on real time, Immediate Well Integrity Detection & Management (Casing Leaks, Cement Channels, Water Production behind Casing, Well completion Leaks) with Production Data, Real time Diagnosis & Remedial Recommendation of increasing Water & Gas Productions, Real Time Flow Assurance Detection & Managements (Emulsion, Asphaltene Deposition, Wax Deposition, Scale Deposition), Sand Control & Sand Production Management, Well Workover Management, Rig & Drilling Activity Management,Real-time Water Injection Monitoring & Management.

Poas Technology

Company has got POAS (Production Optimization Advisor Solutions) SOFTWARE PLATFORM”, highly efficient and accurate in performing “Production Network Optimization”. It is actual “REAL TIME OPERA-TION PLATFORM” and has following features.

The POAS platform, consists of “Multiphase Compositional Well Models including Cased & Perforated, ESP & other Artificial Lift, Smart Wells, Multilateral Wells, Extended Reach Wells (ERD wells), Fishbone Wells.

POAS, platform also includes, highly advanced Multiphase compositional detailed PVT with enhanced features to accurately model, EOR processes, Sulfur depositions in reservoir, wells, pipelines, chemical injection optimizations, Onset of Hydrate depositions, Emulsions, Sludge, Asphaltene, Scale, Wax & other Flow Assurance Modeling. Highly accurate PVT phase envelope modeling for unconventional reservoir (HPHT, Deep Jurassic and Shale Oil/Gas), accurate density predictions and improvement of Reservoir Simulation Models

POAS, PVT model accurately determines, hydrocarbon constituent chemical families (Aliphatic, Cyclic Hydrocarbon, cyclic rings connected to aromatic rings, Aromatic Hydrocarbon, Saturates, Asphaltene, Sulfur, Nitrogen & other hetro compound up to SCN (Standard Carbon Number) 250. This assists in accu-rately modeling & forecasting of various EOR process, onset of Suphur Deposition, fine-tuning of Reservoir Simulation Model, Heavy Oil Modeling, Gas Condensate & Flow Assurance Modeling

Poas Technology

POAS (Production Optimization Advisory Solution)

Modules

Real time Artificial Lift Monitoring, Surveillance, Real-time Diagnosis of Events, Failure ModeDetections & Real Time Flow Assurance analysis of each Well’s, Entire Platforms Fields.

Real Time Accurate Production and Injection Estimation (Real Time Oil Production Rate, Water cut & GOR of each Well’s (Artificially lifted well’s, Natural Flowing Wells, EOR (Enhance Oil Recovery) well’s, by utilizing, Multiphase Dynamic Wells Model (POAS Platform), most accurate than other available model in Industry

Artificial Lift & ESP (Electrical Submersible Pump) system monitoring, failure mode detection andadvance diagnosis by utilizing Machine Learning (Supervised & Unsupervised) including Artificial Intelli-gence.

Real Time, Casing Leaks, Well completion Integrity detections, Well’s Corrosion detections, Flow Line’s & Pipeline’s Corrosion detection, ICD completions as wells Smart Completions, Multilateral well’s corrosion & integrity detections.

Implementation of “PMS – Preventive Maintenance Solutions” to know the probability of happening any causes & events, related to production of well’s, Flow Assurance, Well integrity etc, well in advance to implement related actions for ensuring healthy Production Network (Reservoir-Wells-Facilities).

Poas Technology

PVT (Pressure Volume & Temperature)

� Highly Accurate VLE (vapor liquid equilibrium) & SLE (Solid Liquid Equilibrium) for any crude oil (Heavy Oil, Medium Oil, Light Oil, High GOR oil,

Foamy Oil, Volatile Oil, Shale Oil, and Oil from HP&HT reservoirs. Above 96% accuracy & matching perfor-mance of this software for all parameters (GOR, Bubble Point, Bo, Rs, Viscosity (Live & Dead oil) & other Important Parameters.

� Highly accurate modeling of EOR processes, (CO2, Gas Injection, WAG, Polymer & Chemical Flooding) and the results in very close (>96%) agree-ment with Slim Tube and other EOR related Lab Tests.

� Highly accurate VLE modeling of Gas Con-

densate and Gas Reservoir with very high H2S,

CO2 and Solid Elemental Sulfur.

� Highly accurate thermodynamic properties

predictions.

� Highly accurate Modeling of “Asphaltene,

Wax, Hydrate, Scale, Emulsions” and other

required flow assurance

Multiphase(3-4 Phase)Compositional TransientWell Model

Flow AssuranceModeling

ICDSmart CompletionMultilateral WellModeling

Real Time Artificial LiftPerformance Increase

Real Time Well IntegretyDetection & Solutions

AdvancedCompositionalPVT

01 02

03 04

0605

� Can be easily integrated with any Reser-

voir, Facilities Simulation Software.

� It has 30 Equation of State (Cubic, PC

shaft & others), and all the EOS parameters

are optimized as per Reservoir Fluid & Crude

Oil. All the EOS of State is running in auto

mode and the selection of Best EOS as well

as perfectly matched parameters obtained

within 2-3 hours.

This automation process saves at least 10-15

days time & cost of Reservoir Engineers,

Process Engineers & Petroleum Engineers.

This is unique worldwide.

� Also, the accurate PVT models & results

improves Reservoir Simulation Model & Run

time. Highly Robust & Accurate Simulation.

� Highly Robust & Accurate Simulation.

Poas Technology

Compositional PVT

� Detailed Crude Oil Characterization (Light Oil, Medium & Heavy Oil) up to 250 Pseudo Components – unique in the world

� Highly accurate for Modeling of Gas Condensate, Unconventional Crude Oil & Condensate, Hydrate Deposition, Wax Deposition, Asphaltene Deposition, Sludge Deposition, Scale Deposition, Fluid Properties Changes Due to Weather Conditions, Elemental Sulfur, Emulsion & Other Flow Assurance.

� Oil Composition Finger Print & Chemo metric Analysis of Entire Reservoir, accurate chemical / physical properties predictions – unique in the world

� PVT model accurately determines, hydrocarbon constituent chemical families (Aliphatic, Cyclic Hydrocarbon, cyclic rings connected to aromatic rings, Aromatic Hydrocarbon, Saturates, Asphaltene, Sulfur, Nitrogen & other hetro compound up to SCN (Standard Carbon Number) 250.

� This assists in accurately modeling & forecasting of various EOR process, onset of Suphur Deposition, Fne-tuning of Reservoir Simulation Model, Heavy Oil Modeling, Gas Condensate & Flow Assurance Mod-eling

� Knowledge of Constituent family helps in select-ing for EOR technology, Gas Injection, Slim Tube PVT Lab Results Modeling� Improves Reservoir simulation Model

� Communication Analysis in the Reservoir by Chemo Metric Analysis of Crude Oil / Gas conden-sate and Including our Production Transient and Well Test (Production Star)

� Confirmation of Oil Migration Layer-wise,fault & fractures

� Compositional simulations

� Gas injection.

� Accurate prediction of fluid density, surface tension and Miscibility at Reservoir Level.

�EOR “Enhance Oil Recovery”�Carbon Dioxide, Lean Gas & Surfactant

� Near critical fluids.

� High Salinity Water – PVT modeling

� Conversion from black-oil to compositional.

� Pipeline calculations

� Pressure loss, liquid dropout, etc.

� Surface process calculations.

� Modeling of Accurate Chemical Injection in the Wells and in the Flowline/ Surface Facilities

� Accurate Estimation of Density & Viscos-ity by appropriate EOS “Equation of State”

� Highly Reliable & Accurate Multiphase Equi-librium Calculations (Bubble Point, Dew Point, EOR Simulations, Minimum Miscible Pressure etc.)

� Equipped with Autonomous Modeling & Artificial IntelligenceHighly Accurate Flash Calculations, Fluid Com-position Modeling, Multi - train Separators Simulations.

� Entire Oil & Gas Processing Facility & Plant Designs

� Able to perform fluid composition tracking in the wells, flow lines & pipelines

� Suitable for crude oil quality specifications, highly used for deciding the refineryparameters

� Capable for Modeling of Reservoir Fluids having high Sulphur Content, Deep Juras- sic Fluids (Volatile Oils, Gas Condensate, Dry Gas & Shale Oil) – Unique feature worldwide

Poas Technology

Transient Multiphase Well /Pipeline Model

This the unique 3-4 phase transient well model & network model.

Accurate in Modeling Liquid holdups, Liquid Loading, Production Allocation from each Zones, Accurate Pressure & Temperature Modeling downhole and the results are well compared with PLT results.This Transient Well Model Includes, ICD Completion, all types of Artificial Lift, Multilateralwells, Fishbone Wells Horizontal Wells and Intelligent Completions – unique worldwide.

Accurate in Modeling well’s corrosions, Well’s Mechanical Integrity Issues and Water Entry from external sources.

Accurate Prediction of Well’s Production Rate (Oil, water & GOR) on Real time, which allows operator to increase production and decrease costs.

Accurate modeling of Wax, Asphaltene, Emulsion, Scale, Hydrate, Sulfur dropouts, Solids deposits and other Flow Assurance issues.

With the help of well model and intelligent comple-tions (downhole pressure &temperature) data, the accurate downhole produc-tion profiles are generated.

Real Time Production Monitoring & Management

� Real Time Well Monitoring & Artificial Lift Optimization.

� Daily Production Rate (Oil Rate, Water Rate & Gas Rate). PMS Solutions – Prediction of Events well in advance.Electrical Submersible Pump & Other Artificial Lifts Performance OptimizationRecommending Opportunities to Increase Production.

� Accurate detection of Well’s & Fields production loss related causes.

� This system’s results can be viewed & controlled from Mobile Phones, IPad, Laptops and other Portable device from any remote locations including travelling.

� The well workover, well interventions, and other field operation results for increasingproduction are available.A complete virtual collabo ration platform

Pipeline modeling &Monitoring

� Real Time Transient Modeling in Pipe Line

� We have detailed 4-phase (Oil, Water, Gas & Solids) Modeling Multiphase Transient Pipeline Modeling – Which Models Pipeline Hydraulics on Real time.

� Which determines, the Pipeline flow efficiency, Hydraulics (Pressure, Temperature, Mass Balance), Flow Assurances (Asphaltenes, Solids, Hydrates, Sulfur, Scale, Viscous sludge, Wax & Havier Aromatic Hydrocarbon Deposits)

� Calculate very precise mass balances, accurate leak detection and avoid location errors

� Determine Exact tracking positions and arrival timesAdvise on Energy Conservations

� Advise on segments affected by corro-sion.

� Identify malfunctioning of instruments

The results are used by operators to

� Have information in unmetered areas� Identify changing conditions� Make correct decisions � Observe the consequences of initiated

Poas Technology

Compositional PVT

� Detailed Crude Oil Characterization (Light Oil, Medium & Heavy Oil) up to 250 Pseudo Components – unique in the world

� Highly accurate for Modeling of Gas Condensate, Unconventional Crude Oil & Condensate, Hydrate Deposition, Wax Deposition, Asphaltene Deposition, Sludge Deposition, Scale Deposition, Fluid Properties Changes Due to Weather Conditions, Elemental Sulfur, Emulsion & Other Flow Assurance.

� Oil Composition Finger Print & Chemo metric Analysis of Entire Reservoir, accurate chemical / physical properties predictions – unique in the world

� PVT model accurately determines, hydrocarbon constituent chemical families (Aliphatic, Cyclic Hydrocarbon, cyclic rings connected to aromatic rings, Aromatic Hydrocarbon, Saturates, Asphaltene, Sulfur, Nitrogen & other hetro compound up to SCN (Standard Carbon Number) 250.

� This assists in accurately modeling & forecasting of various EOR process, onset of Suphur Deposition, Fne-tuning of Reservoir Simulation Model, Heavy Oil Modeling, Gas Condensate & Flow Assurance Mod-eling

� Knowledge of Constituent family helps in select-ing for EOR technology, Gas Injection, Slim Tube PVT Lab Results Modeling� Improves Reservoir simulation Model

� Communication Analysis in the Reservoir by Chemo Metric Analysis of Crude Oil / Gas conden-sate and Including our Production Transient and Well Test (Production Star)

� Confirmation of Oil Migration Layer-wise,fault & fractures

� Compositional simulations

� Gas injection.

� Accurate prediction of fluid density, surface tension and Miscibility at Reservoir Level.

�EOR “Enhance Oil Recovery”�Carbon Dioxide, Lean Gas & Surfactant

� Near critical fluids.

� High Salinity Water – PVT modeling

� Conversion from black-oil to compositional.

� Pipeline calculations

� Pressure loss, liquid dropout, etc.

� Surface process calculations.

� Modeling of Accurate Chemical Injection in the Wells and in the Flowline/ Surface Facilities

� Accurate Estimation of Density & Viscos-ity by appropriate EOS “Equation of State”

� Highly Reliable & Accurate Multiphase Equi-librium Calculations (Bubble Point, Dew Point, EOR Simulations, Minimum Miscible Pressure etc.)

� Equipped with Autonomous Modeling & Artificial IntelligenceHighly Accurate Flash Calculations, Fluid Com-position Modeling, Multi - train Separators Simulations.

� Entire Oil & Gas Processing Facility & Plant Designs

� Able to perform fluid composition tracking in the wells, flow lines & pipelines

� Suitable for crude oil quality specifications, highly used for deciding the refineryparameters

� Capable for Modeling of Reservoir Fluids having high Sulphur Content, Deep Juras- sic Fluids (Volatile Oils, Gas Condensate, Dry Gas & Shale Oil) – Unique feature worldwide

Transient Multiphase Well /Pipeline Model

This the unique 3-4 phase transient well model & network model.

Accurate in Modeling Liquid holdups, Liquid Loading, Production Allocation from each Zones, Accurate Pressure & Temperature Modeling downhole and the results are well compared with PLT results.This Transient Well Model Includes, ICD Completion, all types of Artificial Lift, Multilateralwells, Fishbone Wells Horizontal Wells and Intelligent Completions – unique worldwide.

Accurate in Modeling well’s corrosions, Well’s Mechanical Integrity Issues and Water Entry from external sources.

Accurate Prediction of Well’s Production Rate (Oil, water & GOR) on Real time, which allows operator to increase production and decrease costs.

Accurate modeling of Wax, Asphaltene, Emulsion, Scale, Hydrate, Sulfur dropouts, Solids deposits and other Flow Assurance issues.

With the help of well model and intelligent comple-tions (downhole pressure &temperature) data, the accurate downhole produc-tion profiles are generated.

Real Time Production Monitoring & Management

� Real Time Well Monitoring & Artificial Lift Optimization.

� Daily Production Rate (Oil Rate, Water Rate & Gas Rate). PMS Solutions – Prediction of Events well in advance.Electrical Submersible Pump & Other Artificial Lifts Performance OptimizationRecommending Opportunities to Increase Production.

� Accurate detection of Well’s & Fields production loss related causes.

� This system’s results can be viewed & controlled from Mobile Phones, IPad, Laptops and other Portable device from any remote locations including travelling.

� The well workover, well interventions, and other field operation results for increasingproduction are available.A complete virtual collabo ration platform

Pipeline modeling &Monitoring

� Real Time Transient Modeling in Pipe Line

� We have detailed 4-phase (Oil, Water, Gas & Solids) Modeling Multiphase Transient Pipeline Modeling – Which Models Pipeline Hydraulics on Real time.

� Which determines, the Pipeline flow efficiency, Hydraulics (Pressure, Temperature, Mass Balance), Flow Assurances (Asphaltenes, Solids, Hydrates, Sulfur, Scale, Viscous sludge, Wax & Havier Aromatic Hydrocarbon Deposits)

� Calculate very precise mass balances, accurate leak detection and avoid location errors

� Determine Exact tracking positions and arrival timesAdvise on Energy Conservations

� Advise on segments affected by corro-sion.

� Identify malfunctioning of instruments

The results are used by operators to

� Have information in unmetered areas� Identify changing conditions� Make correct decisions � Observe the consequences of initiated

Compositional PVT

� Detailed Crude Oil Characterization (Light Oil, Medium & Heavy Oil) up to 250 Pseudo Components – unique in the world

� Highly accurate for Modeling of Gas Condensate, Unconventional Crude Oil & Condensate, Hydrate Deposition, Wax Deposition, Asphaltene Deposition, Sludge Deposition, Scale Deposition, Fluid Properties Changes Due to Weather Conditions, Elemental Sulfur, Emulsion & Other Flow Assurance.

� Oil Composition Finger Print & Chemo metric Analysis of Entire Reservoir, accurate chemical / physical properties predictions – unique in the world

� PVT model accurately determines, hydrocarbon constituent chemical families (Aliphatic, Cyclic Hydrocarbon, cyclic rings connected to aromatic rings, Aromatic Hydrocarbon, Saturates, Asphaltene, Sulfur, Nitrogen & other hetro compound up to SCN (Standard Carbon Number) 250.

� This assists in accurately modeling & forecasting of various EOR process, onset of Suphur Deposition, Fne-tuning of Reservoir Simulation Model, Heavy Oil Modeling, Gas Condensate & Flow Assurance Mod-eling

� Knowledge of Constituent family helps in select-ing for EOR technology, Gas Injection, Slim Tube PVT Lab Results Modeling� Improves Reservoir simulation Model

� Communication Analysis in the Reservoir by Chemo Metric Analysis of Crude Oil / Gas conden-sate and Including our Production Transient and Well Test (Production Star)

� Confirmation of Oil Migration Layer-wise,fault & fractures

� Compositional simulations

� Gas injection.

� Accurate prediction of fluid density, surface tension and Miscibility at Reservoir Level.

�EOR “Enhance Oil Recovery”�Carbon Dioxide, Lean Gas & Surfactant

� Near critical fluids.

� High Salinity Water – PVT modeling

� Conversion from black-oil to compositional.

� Pipeline calculations

� Pressure loss, liquid dropout, etc.

� Surface process calculations.

� Modeling of Accurate Chemical Injection in the Wells and in the Flowline/ Surface Facilities

� Accurate Estimation of Density & Viscos-ity by appropriate EOS “Equation of State”

� Highly Reliable & Accurate Multiphase Equi-librium Calculations (Bubble Point, Dew Point, EOR Simulations, Minimum Miscible Pressure etc.)

� Equipped with Autonomous Modeling & Artificial IntelligenceHighly Accurate Flash Calculations, Fluid Com-position Modeling, Multi - train Separators Simulations.

� Entire Oil & Gas Processing Facility & Plant Designs

� Able to perform fluid composition tracking in the wells, flow lines & pipelines

� Suitable for crude oil quality specifications, highly used for deciding the refineryparameters

� Capable for Modeling of Reservoir Fluids having high Sulphur Content, Deep Juras- sic Fluids (Volatile Oils, Gas Condensate, Dry Gas & Shale Oil) – Unique feature worldwide

Transient Multiphase Well /Pipeline Model

This the unique 3-4 phase transient well model & network model.

Accurate in Modeling Liquid holdups, Liquid Loading, Production Allocation from each Zones, Accurate Pressure & Temperature Modeling downhole and the results are well compared with PLT results.This Transient Well Model Includes, ICD Completion, all types of Artificial Lift, Multilateralwells, Fishbone Wells Horizontal Wells and Intelligent Completions – unique worldwide.

Accurate in Modeling well’s corrosions, Well’s Mechanical Integrity Issues and Water Entry from external sources.

Accurate Prediction of Well’s Production Rate (Oil, water & GOR) on Real time, which allows operator to increase production and decrease costs.

Accurate modeling of Wax, Asphaltene, Emulsion, Scale, Hydrate, Sulfur dropouts, Solids deposits and other Flow Assurance issues.

With the help of well model and intelligent comple-tions (downhole pressure &temperature) data, the accurate downhole produc-tion profiles are generated.

Real Time Production Monitoring & Management

� Real Time Well Monitoring & Artificial Lift Optimization.

� Daily Production Rate (Oil Rate, Water Rate & Gas Rate). PMS Solutions – Prediction of Events well in advance.Electrical Submersible Pump & Other Artificial Lifts Performance OptimizationRecommending Opportunities to Increase Production.

� Accurate detection of Well’s & Fields production loss related causes.

� This system’s results can be viewed & controlled from Mobile Phones, IPad, Laptops and other Portable device from any remote locations including travelling.

� The well workover, well interventions, and other field operation results for increasingproduction are available.A complete virtual collabo ration platform

Pipeline modeling &Monitoring

� Real Time Transient Modeling in Pipe Line

� We have detailed 4-phase (Oil, Water, Gas & Solids) Modeling Multiphase Transient Pipeline Modeling – Which Models Pipeline Hydraulics on Real time.

� Which determines, the Pipeline flow efficiency, Hydraulics (Pressure, Temperature, Mass Balance), Flow Assurances (Asphaltenes, Solids, Hydrates, Sulfur, Scale, Viscous sludge, Wax & Havier Aromatic Hydrocarbon Deposits)

� Calculate very precise mass balances, accurate leak detection and avoid location errors

� Determine Exact tracking positions and arrival timesAdvise on Energy Conservations

� Advise on segments affected by corro-sion.

� Identify malfunctioning of instruments

The results are used by operators to

� Have information in unmetered areas� Identify changing conditions� Make correct decisions � Observe the consequences of initiated

Poas Technology

Compositional PVT

� Detailed Crude Oil Characterization (Light Oil, Medium & Heavy Oil) up to 250 Pseudo Components – unique in the world

� Highly accurate for Modeling of Gas Condensate, Unconventional Crude Oil & Condensate, Hydrate Deposition, Wax Deposition, Asphaltene Deposition, Sludge Deposition, Scale Deposition, Fluid Properties Changes Due to Weather Conditions, Elemental Sulfur, Emulsion & Other Flow Assurance.

� Oil Composition Finger Print & Chemo metric Analysis of Entire Reservoir, accurate chemical / physical properties predictions – unique in the world

� PVT model accurately determines, hydrocarbon constituent chemical families (Aliphatic, Cyclic Hydrocarbon, cyclic rings connected to aromatic rings, Aromatic Hydrocarbon, Saturates, Asphaltene, Sulfur, Nitrogen & other hetro compound up to SCN (Standard Carbon Number) 250.

� This assists in accurately modeling & forecasting of various EOR process, onset of Suphur Deposition, Fne-tuning of Reservoir Simulation Model, Heavy Oil Modeling, Gas Condensate & Flow Assurance Mod-eling

� Knowledge of Constituent family helps in select-ing for EOR technology, Gas Injection, Slim Tube PVT Lab Results Modeling� Improves Reservoir simulation Model

� Communication Analysis in the Reservoir by Chemo Metric Analysis of Crude Oil / Gas conden-sate and Including our Production Transient and Well Test (Production Star)

� Confirmation of Oil Migration Layer-wise,fault & fractures

� Compositional simulations

� Gas injection.

� Accurate prediction of fluid density, surface tension and Miscibility at Reservoir Level.

�EOR “Enhance Oil Recovery”�Carbon Dioxide, Lean Gas & Surfactant

� Near critical fluids.

� High Salinity Water – PVT modeling

� Conversion from black-oil to compositional.

� Pipeline calculations

� Pressure loss, liquid dropout, etc.

� Surface process calculations.

� Modeling of Accurate Chemical Injection in the Wells and in the Flowline/ Surface Facilities

� Accurate Estimation of Density & Viscos-ity by appropriate EOS “Equation of State”

� Highly Reliable & Accurate Multiphase Equi-librium Calculations (Bubble Point, Dew Point, EOR Simulations, Minimum Miscible Pressure etc.)

� Equipped with Autonomous Modeling & Artificial IntelligenceHighly Accurate Flash Calculations, Fluid Com-position Modeling, Multi - train Separators Simulations.

� Entire Oil & Gas Processing Facility & Plant Designs

� Able to perform fluid composition tracking in the wells, flow lines & pipelines

� Suitable for crude oil quality specifications, highly used for deciding the refineryparameters

� Capable for Modeling of Reservoir Fluids having high Sulphur Content, Deep Juras- sic Fluids (Volatile Oils, Gas Condensate, Dry Gas & Shale Oil) – Unique feature worldwide

Transient Multiphase Well /Pipeline Model

This the unique 3-4 phase transient well model & network model.

Accurate in Modeling Liquid holdups, Liquid Loading, Production Allocation from each Zones, Accurate Pressure & Temperature Modeling downhole and the results are well compared with PLT results.This Transient Well Model Includes, ICD Completion, all types of Artificial Lift, Multilateralwells, Fishbone Wells Horizontal Wells and Intelligent Completions – unique worldwide.

Accurate in Modeling well’s corrosions, Well’s Mechanical Integrity Issues and Water Entry from external sources.

Accurate Prediction of Well’s Production Rate (Oil, water & GOR) on Real time, which allows operator to increase production and decrease costs.

Accurate modeling of Wax, Asphaltene, Emulsion, Scale, Hydrate, Sulfur dropouts, Solids deposits and other Flow Assurance issues.

With the help of well model and intelligent comple-tions (downhole pressure &temperature) data, the accurate downhole produc-tion profiles are generated.

Real Time Production Monitoring & Management

� Real Time Well Monitoring & Artificial Lift Optimization.

� Daily Production Rate (Oil Rate, Water Rate & Gas Rate). PMS Solutions – Prediction of Events well in advance.Electrical Submersible Pump & Other Artificial Lifts Performance OptimizationRecommending Opportunities to Increase Production.

� Accurate detection of Well’s & Fields production loss related causes.

� This system’s results can be viewed & controlled from Mobile Phones, IPad, Laptops and other Portable device from any remote locations including travelling.

� The well workover, well interventions, and other field operation results for increasingproduction are available.A complete virtual collabo ration platform

Pipeline modeling &Monitoring

� Real Time Transient Modeling in Pipe Line

� We have detailed 4-phase (Oil, Water, Gas & Solids) Modeling Multiphase Transient Pipeline Modeling – Which Models Pipeline Hydraulics on Real time.

� Which determines, the Pipeline flow efficiency, Hydraulics (Pressure, Temperature, Mass Balance), Flow Assurances (Asphaltenes, Solids, Hydrates, Sulfur, Scale, Viscous sludge, Wax & Havier Aromatic Hydrocarbon Deposits)

� Calculate very precise mass balances, accurate leak detection and avoid location errors

� Determine Exact tracking positions and arrival timesAdvise on Energy Conservations

� Advise on segments affected by corro-sion.

� Identify malfunctioning of instruments

The results are used by operators to

� Have information in unmetered areas� Identify changing conditions� Make correct decisions � Observe the consequences of initiated

Poas Technology

LEAK DETECTION SYSTEM

HARDWARE BASEDSYSTEM

ACOUSTIC FIBREOPTICS

BALANCINGMETHODS

PRESSUREPOINT

ANALYSIS

DIGITALSIGNAL

ANALYSIS

REAL-TIMETRANSIENTMODELING

STATISTICAL

NEGATIVEPRESSURE

WAVEMODELING

SOILMONITORING

ULTRA-SONICFLOW METERS

INTELLIGENTPIGGING

TEMPERATUREBASED

SENSORS

CABLESENSOR

VAPOUR/LIQUID

SENSINGTUBES

RADIOTRACES

CHEMICAL BASED

SENSORS

BIOLOGICAL BASEDSYSTEM

SOFTWARE BASEDSYSTEM

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MA

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INS

PEC

TIO

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AD

VA

NC

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SA

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LIT

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Acoustic Emission Detectors

� Escaping liquids creates an acoustic signal as they passes through a hole in the pipe.� Acoustic sensors affixed to the outside of the pipeline sense the acoustic signal.� When a leak occurs, a resulting low frequency acoustic signal is detected and analyzed.

Fiber-Optic Leak Detection

Installation of fiber-optic cable along the length of pipeline being monitored.Thermal sensors are placed at different locations to measure the temperature of fiber cable. As the leakage oc curs there produces cooling effect and temperature goes down.

Vapor sensing method

It involves the installation of a tube along the entire length of the pipeline.This tube in cable form is highly permeable to the substances to be detected in the particular application. If a leak occurs, the substances to be measured come into contact with the tube in the form of vapor, gas or dissolved in water. In the event of a leak, some of the leaking substance diffuses into the tube. After a certain period of time, the inside of the tube produces an accurate image of the substances surrounding the tube.

Wellheads & X-MAS Tree

Poas Technology

Design of Wellheads and X-MAS Tree including:

hand-point-right Detailed Casing Design

hand-point-right Subsurface Instrumentation Requirements (Down Hole Pressure Temperature Gauges

hand-point-right Control Lines, Fiber Optic Con-trol Lines, Subsurface Safety Valve)

hand-point-right Well Integrity & Barrier Require-ments

hand-point-right Types of Wells, Types of Fluids, Pressure & Temperature.

hand-point-right Environment ( Land, Platform (offshore), Desert Area, Subsea applications etc.

Based upon the Production Target for a well,

Injection target for a well and Drilling as well as Well Completion requirements, we design the wellhead systems & X-Mas Tree SystemWellhead & X-MAS Tree design for Artificial Lift Systems (ESP, Gas Lift, Rod Pumping,Screw Pumps

Wellhead & X-MAS Tree design for Sweet Flowing Wells, Sour Wells and Critical Sour Wells

Wellhead & X-MAS Tree design for Gas Injection, Water Injection etc.

Design of Wellheads and X-MAS Tree by consid-ering the crude quality, pressure and tempera-ture:

hand-point-right Analysis of the effect on well integrity due to produced fluids, expected pres-sure duringproduction or well shut-in and temperature.

hand-point-right Selection of the proper seal type and proper material for the wellheads & X-MAS Treehand-point-right Determination of Maximum Loads and Exposed Environmenthand-point-right Re-establishment of a lost well barrier or another alternative well barrier designs

Design of the Annulus Pressure Surveillance Prin-ciple including:

hand-point-right Thermal Pressureshand-point-right Applied Pressureshand-point-right Sustained Casing PressuresRecommendation of required change for well head /X-MAS Tree system and recommendation for spare parts suitable for production environ-ment and to ensure sustain the well integrity

Based upon the wellheads & X-MAS Tree design, preparing the specifications for each equipment / componentsRequired Sizes based upon production require-mentsComplete Modeling of Erosion & Corrosion and

recommendation for erosion resistant material for all the equipment exposed to flow.Recommendation for Choke BeanRecommendation for Pressure & Temperature Ratings for each component ofWellhead SystemSelection of Proper Metallurgy for wellheads & X-MAS Tree system.Incorporate Field Development Requirement for Wellhead & X-MAS Tree system.

Design of Wellheads and X-MAS Tree including:

hand-point-right Detailed Casing Design

hand-point-right Subsurface Instrumentation Requirements (Down Hole Pressure Temperature Gauges

hand-point-right Control Lines, Fiber Optic Con-trol Lines, Subsurface Safety Valve)

hand-point-right Well Integrity & Barrier Require-ments

hand-point-right Types of Wells, Types of Fluids, Pressure & Temperature.

hand-point-right Environment ( Land, Platform (offshore), Desert Area, Subsea applications etc.

Based upon the Production Target for a well,

Injection target for a well and Drilling as well as Well Completion requirements, we design the wellhead systems & X-Mas Tree SystemWellhead & X-MAS Tree design for Artificial Lift Systems (ESP, Gas Lift, Rod Pumping,Screw Pumps

Wellhead & X-MAS Tree design for Sweet Flowing Wells, Sour Wells and Critical Sour Wells

Wellhead & X-MAS Tree design for Gas Injection, Water Injection etc.

Design of Wellheads and X-MAS Tree by consid-ering the crude quality, pressure and tempera-ture:

hand-point-right Analysis of the effect on well integrity due to produced fluids, expected pres-sure duringproduction or well shut-in and temperature.

hand-point-right Selection of the proper seal type and proper material for the wellheads & X-MAS Treehand-point-right Determination of Maximum Loads and Exposed Environmenthand-point-right Re-establishment of a lost well barrier or another alternative well barrier designs

Design of the Annulus Pressure Surveillance Prin-ciple including:

hand-point-right Thermal Pressureshand-point-right Applied Pressureshand-point-right Sustained Casing PressuresRecommendation of required change for well head /X-MAS Tree system and recommendation for spare parts suitable for production environ-ment and to ensure sustain the well integrity

Based upon the wellheads & X-MAS Tree design, preparing the specifications for each equipment / componentsRequired Sizes based upon production require-mentsComplete Modeling of Erosion & Corrosion and

recommendation for erosion resistant material for all the equipment exposed to flow.Recommendation for Choke BeanRecommendation for Pressure & Temperature Ratings for each component ofWellhead SystemSelection of Proper Metallurgy for wellheads & X-MAS Tree system.Incorporate Field Development Requirement for Wellhead & X-MAS Tree system.

Poas Technology

Poas Technology

Well’s Mechanical Integrity Location and Cure

ChallengesSpecific

TechnologyProduction

IncreaseCapex Saving

OpexSaving

Detailed Analysis of Cement

Bond Logs, Corrosion Logs,

Noise Logs (Specifically behind

– two, three & more casing)

Exact Location of Micro-Ce-

ment Channel, Corrosion

Hot-Spots responsible for

Casing Leaks, Micro-Cement

Channel Leaks and Higher

Water / Gas Production

Conduct detailed Well’s

Mechanical Integrity Analysis by

Analysis of Historical PLT

(Production Logs), Cement

Evaluation Logs, Noise Logs and

Production History Data.

Analyze each logs (Corrosion, PLT,

Cement Evaluation & Noise Logs)

by Utilizing our Intelligent Wavelet

Based Technology and determine

the place / area of well’s

mechanical Integrity.

Propose the most reliable solution

for improving wells mechanical

integrity

After detailed production &

Well Integrity Analysis,

Selection of wells in the

reservoir

Prepare detailed execution

plan for Well’s Integrity

Repair.

Execute the plan in the field

– Supervised by our experts

Evaluate the Sustained

Production Increase per well

About 20% Opex Saving by

minimizing water production,

gas production and improving

Well’s Production

Specific ProposalWell’s Mechanical Integrity Repair - Production Increase

by at least 15% to 25% per well as compared to present production

Poas Technology

Advance Completion & Design & Modeling

MONITORING REQUIREMENT� Permanent Pressure Temperature gauges� DTS / Temperature / Pressure Array System� Seismic Array System� SP (Sponteneaous Potential) Sensors & 3D � Resistivity Sensors - water front monitoring� Other in well water flood technology monitoring

� Well Completion Details� Multizone intelligent completion details (ICV) � ICD (Inflow control device) Copmpletion Details� ESP / Any other Artificial Lift Details� (OD,ID, Length, Depth, etc )� Well Trajectory� Perforation Data� Casing Details

� Zone wise Production allowable ( Max , Min & Optimum )� Maximum water cut alowable� GOR allowable� Facilities Constraint� Production Strategy from each zone� Artificial Lift (ESP) Constraints

PRODUCTION CONSTRAINTS

WELL DATA

� Permeability Profile

� Net Pay Thickness

� Relative permability

� Water Saturation (TDT logs)

� Reservoir Pressure

� PLT & Temperature logs

� PVT Analysis

� GOR & WOR

� Oil water contact

� Gas oil Contact

� Skin Analysis

RESERVOIR DATA

SENSITIVITY CASES

WELL SCREENING

� Set Reference Depth� Zonal IPR & Commingled IPR� Zonal TPR (Only considered zone is flowing & other zone is shut-in)� Commingled TPR (Consider all zones are flowing )� Operating point pressure & Operating point rate for zone wise and commingled production cases

� Reservoir Pressure Sensitivity� Flowing Wellhead Pressure� Water Cut Sensitivity� GOR Sensitivity� Production Rate Sensitivity

� Intelligent Completions� Inflow Control Device Completions� Downhole Monitoring Solutions

NODAL ANALYSIS(Each zone & Commingled)

Unconventional Reservoir Development &Well Productivity Enhancement

Poas Technology

Design of Wellheads and X-MAS Tree including:

hand-point-right Detailed Casing Design

hand-point-right Subsurface Instrumentation Requirements (Down Hole Pressure Temperature Gauges

hand-point-right Control Lines, Fiber Optic Con-trol Lines, Subsurface Safety Valve)

hand-point-right Well Integrity & Barrier Require-ments

hand-point-right Types of Wells, Types of Fluids, Pressure & Temperature.

hand-point-right Environment ( Land, Platform (offshore), Desert Area, Subsea applications etc.

Based upon the Production Target for a well,

Injection target for a well and Drilling as well as Well Completion requirements, we design the wellhead systems & X-Mas Tree SystemWellhead & X-MAS Tree design for Artificial Lift Systems (ESP, Gas Lift, Rod Pumping,Screw Pumps

Wellhead & X-MAS Tree design for Sweet Flowing Wells, Sour Wells and Critical Sour Wells

Wellhead & X-MAS Tree design for Gas Injection, Water Injection etc.

Design of Wellheads and X-MAS Tree by consid-ering the crude quality, pressure and tempera-ture:

hand-point-right Analysis of the effect on well integrity due to produced fluids, expected pres-sure duringproduction or well shut-in and temperature.

ChallengesSpecific

TechnologyProduction

IncreaseCapex Saving

OpexSaving

Suitable Area Selection for New Well Placement, Side tracking of Existing Wells & Perforation Optimization inside Reservoir

Conduct detailed Well’s

Mechanical Integrity Analysis by

Analysis of Historical PLT

(Production Logs), Cement

Evaluation Logs, Noise Logs and

Production History Data.

Analyze each logs (Corrosion, PLT,

Cement Evaluation & Noise Logs)

by Utilizing our Intelligent Wavelet

Based Technology and determine

the place / area of well’s

mechanical Integrity.

Propose the most reliable solution

for improving wells mechanical

integrity

After detailed production &

Well Integrity Analysis,

Selection of wells in the

reservoir

Prepare detailed execution

plan for Well’s Integrity

Repair.

Execute the plan in the field

– Supervised by our experts

Evaluate the Sustained

Production Increase per well

About 20% Opex Saving by

minimizing water production,

gas production and improving

Well’s Production

MRC Wells Design &Implementation

Specific Proposal

Poas Technology

ChallengesSpecific

TechnologyProduction

IncreaseCapex Saving

OpexSaving

Well CompletionArchitecture Design& decision oflevel of Smartnessbased upon wellwise, wellintervention,workover,Surveillance plansand assignedBusiness KPI’s.

Cross FlowManagement inMRC wells,Multilateral Wells,and SmartCompletions or theCombinationCompletions

The Cross Flow at down-holeMultilateral Junction, of MRC wells, between Zones of Multizone Smart Wells and also in ICD (Inflow ControlDevice Compartments in production and shut-in scenarios are seriousissues. The cross flow initiates oil orgas re-charging from low pressure layer to high pressure layer. This results in huge loss in Oil Recovery & Reserves. We designs wells toeliminate Cross Flow and Save Oil/Gas Migration and associatesReserve Loss

Depending upon well to well and specific toreservoir with the key objective to eliminateRecoverable ReserveLoss.

We have a team of MRC wellspecialist, Production Technologist,Reservoir Engineers, ProductionEngineers, Drilling & Well completionSpecialist to design tailored-fit WellArchitecture & completion in integrationwith Subsurface and ProductionFacilities to ensure delivery ofsustained well production

The adequatelydesigned MRC wells,Smart Wells,Multilateral wells andCombination of MRCwells with SmartCompletions, savesabout 20% Opex interms of USD/Barrel.As per our experiencein Middle East, wehave saved more than30% Opex.

We haveSuccessfullyProven thisTechnology inUltra HighMobility, highlychallengingseverely faultedreservoirs inMiddle East.The ProductionPerformancehas beenproven

The SmartWorkflowAssists inCAPEXSaving ofabout 1MillionUSD perwell.

We are highlyspecialized inthis area toensureaccurateReservoirManagementby eliminatedany possibilityof Cross flow

OUR MAJOR ACHIEVEMENTS

Poas Technology

� Candidate Selection, Customized Well Design and Implementation of Multilateral Wells.

� Successful Design and Implementation of ICD (Inflow Control Device) Completion over 100 wells in various reservoirs.

� Identification of Communication Paths, and preferential fluid flow paths for unwanted water & gas produc-tion in the Reservoir utilizing long term Production Profile, Production Transient Analysis and Well Test Analysis.

� Cluster Drilling Technology & Platform Slot Design & Implementation.

� We have provided Integrated Solutions of Platform Slot Selection (48 wells from one one Platform), Well Design (Casing, Tubing, Cement, Drilling & Workover Operations) and Subsurface Well Trajectory optimization.

� Metallurgy Selections for Tubing, Well Completion, Casing, Wellheads & X-MAS Tree for higher H2S, CO2, High Salinity Water for HPHT wells.

� Water Shut-off Technologies Implementation at Large Scale in Matured Reservoir.

� Multizone Smart Completion Design & Implementation to Boost Oil Production from Matured Fields

� Integrated Well Modeling, Production Network Modeling and Flow Assurance Modeling of more than 1000 wells.

� Shale Oil Reservoir Development Plan and Well Design to boost production

� Deep Water, Big bore Sand Control well completion.

� Deep water subsea Production Network Simulation and Modeling.

� Technology Screening, Design & Implementation of Reservoir Monitoring System for Matured & New reser-voirs.

� ESP system Design, Monitoring, Diagnosis, Performance Analysis and recommending actions for increasing run life and well-wise production

� Well Integrity (Casing Leaks, Corrosion, Cement channel) identification repair and production increase

� Deep water Sub-Sea & Platform Field Development

� Field wide Chemical Injection Network design capable of adjusting chemical injection volumes as per requirement to address corrosion, flow assurance, emulsions and Asphaltene deposition

� Mono bore Completions & Split X-MAS Tree design.

Poas Technology

� Candidate Selection, Customized Well Design and Implementation of Multilateral Wells.

� Successful Design and Implementation of ICD (Inflow Control Device) Completion over 100 wells in various reservoirs.

� Identification of Communication Paths, and preferential fluid flow paths for unwanted water & gas produc-tion in the Reservoir utilizing long term Production Profile, Production Transient Analysis and Well Test Analysis.

� Cluster Drilling Technology & Platform Slot Design & Implementation.

� We have provided Integrated Solutions of Platform Slot Selection (48 wells from one one Platform), Well Design (Casing, Tubing, Cement, Drilling & Workover Operations) and Subsurface Well Trajectory optimization.

� Metallurgy Selections for Tubing, Well Completion, Casing, Wellheads & X-MAS Tree for higher H2S, CO2, High Salinity Water for HPHT wells.

� Water Shut-off Technologies Implementation at Large Scale in Matured Reservoir.

� Multizone Smart Completion Design & Implementation to Boost Oil Production from Matured Fields

� Integrated Well Modeling, Production Network Modeling and Flow Assurance Modeling of more than 1000 wells.

� Shale Oil Reservoir Development Plan and Well Design to boost production

� Deep Water, Big bore Sand Control well completion.

� Deep water subsea Production Network Simulation and Modeling.

� Technology Screening, Design & Implementation of Reservoir Monitoring System for Matured & New reser-voirs.

� ESP system Design, Monitoring, Diagnosis, Performance Analysis and recommending actions for increasing run life and well-wise production

� Well Integrity (Casing Leaks, Corrosion, Cement channel) identification repair and production increase

� Deep water Sub-Sea & Platform Field Development

� Field wide Chemical Injection Network design capable of adjusting chemical injection volumes as per requirement to address corrosion, flow assurance, emulsions and Asphaltene deposition

� Mono bore Completions & Split X-MAS Tree design.