Accelerating Digital Blueprinting - PIDX · © 2015 HALLIBURTON. ALL RIGHTS RESERVED. Accelerating Digital Blueprinting: Changing Paradigm from Porespaceto Pipeline Dr.RobelloSamuel

© 2015 HALLIBURTON. ALL RIGHTS RESERVED.

Accelerating Digital Blueprinting: Changing Paradigm from Porespace to Pipeline

Dr.Robello Samuel

Halliburton Fellow


Oilfield Life Cycle

Exploration/

Pore SpaceWell Construction Completions

Production/

Pipeline


Forward World Energy Trends

� Harder to Access

� Harder to Find

� In Smaller Accumulations

� With Fewer Experienced Resources

� With Increased Use of Internet

The next trillion barrels will be

be…

Exploration/Porespace Production/PIpelineDevelopment


2016

2011

PT

P

Age

2020 – triple hump


Upstream Oil and Gas Technology Maturity


On the Rise On the Rise

Role-Centered Workflow Cloud HPC for Upstream Modeling

Enterprise Digital Oil Field Solutions Role-Centered Workflow

Vertical Business Process Outsourcing Remote Operations Solutions

Integrated Planning and Operations Cognitive Computing

Cloud Event Processing Services Quantum Computing

3D Printing for Oil and Gas Non-Physics-Based Modeling

Operational Intelligence for Upstream 3D Printing for Oil and Gas

Smart Pattern Discovery Integrated Operations Planning

Smart Robots Intelligent 3D Models

Upstream Modeling Suites Smart Robots

IT/OT Convergence and Alignment in Oil

and GasCloud/Client Computing

IT/OT Skilled Workforce Geospatial Platform

Upstream Modeling Suites

Upstream Oil and Gas Technology Maturity2014 2015


IoT is One Component of the Expanded

Digital Oilfield


More Bandwidth

More

Sensors

More Data Storage

More Processing Capability

What has changed now?

Technology Avalanche


Areas of IoT

EoT

Exploration

Ranking

RoT

Drilling Optimization

Well Cost

PoT

Production Optimisation

Asset Optimization

Pip

eli

ne

of

In

ve

stm

en

ts

Ab

an

do

nm

en

t

Exploration/Porespace Development Production/Pipeline


Surface

Rock Destruction

Hydraulics

Management

Drillstring

Dynamics

Wellbore

Integrity

Wellbore

Trajectory Sub-surface

Challenge in Optimizing



Data Handling Challenges

– There are no standard, permanent, query-able stores for real-time data.

– High-density, high-volume real-time data is too large to store in traditional data-bases

– Traditional data-analysis tools can not handle massive amounts of data

Data Warehouse

Data Aggregation

Real-Time Data Unstructured Data

Relational Databases

Historical Real-Time

Data

ZetaAnalyticsTM

Data Analysis

Predictive Analytics


Drilling control system

Update Tool Face

Update Surface Equipment

Sensor Data from Surface and Downhole

Energy

Transferred to

bit

Benefits include

smooth wellbore

And reduced drilling

time

IoT

Data Informed + Engineering Guided

IoT : RoT Eco System



Integration FoundationIntegration Foundation

IM FoundationIM Foundation

Ecosystem FoundationEcosystem Foundation

Application Foundation Application Foundation

DecisionSpace

Fog computing and DecisionSpace• DecisionSpace in the cloud

– Provides unparalleled breadth of integration across E&P

– High performance computing

– Big data processing

– Application context and semantics across the value chain

• DecisionSpace in the field (on Fog Nodes)– Bring compute resources to the edge

– Control data volume and quality at the edge

– Facilitate low latency closed loop control

– Collaborate with DecisionSpace cloud based models

– Facilitate local collaboration between nodes

Cisco Fog Node

DecisionSpace


Sensor DataActivation

IoT Computing

Deep Edge Computing – xFog Framework

Edge computing

10010110011101001100110101000110011

Deep Edge computing

Fog

X-Fog

SDL

DDL

10

01

01

10

01

11

01

00

11

00

11

01

01


For More Information & Questions

Dr.Robello Samuel

[email protected]

Documents

Accelerating Digital Blueprinting - PIDX · © 2015 HALLIBURTON. ALL RIGHTS RESERVED. Accelerating Digital Blueprinting: Changing Paradigm from Porespaceto Pipeline Dr.RobelloSamuel