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Smart Connected PipelinesDidi Ismawan
Serhii Konovalov
FUTURE-READY COMMUNICATION ARCHITECTURES FOR INTEGRATED PIPELINE OPERATIONS
Lack of expertise in modern designs and cyber security by EPCs
Increasing Cyber Security Threats
Legacy Infrastructures / Asset Management
Product Theft / Third Party Interference
Minimize downtime in control center software upgrades
Pipeline Operations: Reality of Today
Converged architectures for today and tomorrow
Smart Connected Pipelines
Introduction
Validated Architectures
Benefits
Summary / Resources
Agenda
Schneider Electric - Cisco: Industry
Partnership
Pipeline SCADA, Process &
Energy Automation
Pipeline Simulation, LDS &
Operational Applications
Domain Expertise
IP Networking, Wireless and Optical
Communications
Industrial Cyber Security, ISA SP99
High Availability Designs
Virtualization and Convergence
Architectures
Smart Upstream
Smart Pipelines
Smart Distribution
Forward-looking functional
architecture for end-to-end
pipeline infrastructure.
• A flexible, modular
approach
that supports a phased Oil
and Gas Pipeline
operational excellence
• End to End Integrated
Solution for Process ,
Safety , Power & Security
• Control Room
Virtualization
• Converged Wide Area
Operational Telecoms
• Pipeline Station Wired and
Wireless Networks
• Integrated Multi-Service
use cases
• IEC 62443 / ISA99 Security
model
SIEM
ProcessControl PowerManagement SafetySystems
Compressor/PumpSta on
Mul serviceDomain
Sta onWAN&Security
ProcessDomain
Metering/PIGSta on
Metering
PIGSystems
GasQuality
Mul serviceDomain
Sta onWAN&Security
ProcessDomain
SCADA&Opera onalBusinessSystemsSIEM
EngineerWorksta ons
Applica onServers
DomainController
Instrumenta on Instrumenta on Instrumenta on Instrumenta on
Quantum Quantum MiComc264
SIL3Controller SIL3Controller
GTW RI/O GTW RI/O
Historian OperatorSta on
Historian PACISOperator
Historian OperatorSta on
HMI
EthernetNetwork EthernetNetwork SafeEthernetNetwork
EthernetNetworkSafeEthernetNetwork
WirelessAP
MobileWorker
IPVoice
AccessControl
CCTV
RFID
EthernetNetwork
WirelessAP
MobileWorker
IPVoice
AccessControl
CCTV
RFID
EthernetNetwork
WirelessAP
Controller Controller Controller
EthernetNetwork
Historian Historian Historian
HMI HMI
Router Firewall Switch Router Firewall Switch
ConvergedOT&ITOpera onalFieldTelecoms
SCADAPrimary
RAS
LeakDetec on
PhysicalSecurity
OperatorWorksta ons
SCADABackup
TrainingServer
Historian
Repor ng
MeteringSystems
MainControlCenter
VideoOpera ons
AccessOpera ons
VideoStorage
IncidentResponse
IP/Ethernet
DWDM
IP/MPLS
(virtualized/non-virtualized)
(virtualized/non-virtualized)
BackupControlCenter
MCCW
AN&Security
BCCW
AN&Security
Mul serviceDomain
MobileWorker
IPVoice
AccessControl
CCTV
RFID
EthernetNetwork
WirelessAP
ProcessDomain
RouterFirewall
Switch
Sta onWAN&Security
BlockValveSta on
Quantum
Instrumenta on
CentralizedOpera ons Offic
e
/ BusinessDomain InternetEdge
Internet3rdPartySupport
Voice
Wireless
WLANController
CallManager
Voicemail
EngineerWorksta ons
Applica onServers
DomainController
SCADAPrimary
LeakDetec on
OperatorWorksta ons
SCADABackup
Historian
Repor ng
MeteringSystems
IncidentResponse
(virtualized/non-virtualized
)
(virtualized/non-virtualized
)
Wireless
WLANController
CallManager
Voicemail
SCADA&Opera onalBusinessSystems PhysicalSecurity Voice
Magelis
IONMetering
SEPAMProtec on
TeSysTMotorMgt
Al varDrive
MiCOMFeeder
Protec on
Magelis
VideoOpera ons
AccessOpera ons
VideoStorage
(Red
undant
Op
ons)
(Red
undant
Op
ons)
(Red
undant
Op
ons)
SIEM SIEM
SIEM SIEM SIEM
Switch
SIEM SIEM SIEM SIEM
SIEM SIEM SIEM SIEM SIEM
SIEM SIEM
SIEM SIEM
SIEM SIEM SIEM SIEM SIEM SIEM SIEM
SIEM SIEM SIEM SIEM SIEM SIEM
RI/O
ScadaPack
SIL3Op onNoSILOp on
Wirelessop on
3G/LTE,WiMax900MhzRFMesh
Satellite,Microwave
ROADM ROADM ROADM
CrewWelfare/Infotainment
SIEM
IDMZ
TImingServer
SIEM
AAA
TImingServerRAS
SIEM
SIEM
AAA
WANNetworks
IDMZ
Cisco Schneider Electric - Pipeline Functional Reference Model
Solution Overview
Pipeline Management Systems
Pipeline management systems consist of multiple services and systems applications to facilitate safe and efficient operations.This combines operational SCADA with real-time applications specific to the oil and gas industry, leak detection and historical flow measurement.
Operations
Control
GMASEnterprise
Asset Operation
ProcessExpert
Resource Advisor
SCADA Expert / Energy
VideoExpert
MeasurementAdvisor
Seconds
Minutes to Hour
Day/ Month/ Year
PipelineOperation Trainer
Offline
Engineering/Designing
PlanningAdvisor
IntegrityOperation
PipelineOperation
SCADAExpert
Note: To explore Invensys offers for Pipeline Designer Tool and to support Scheduling//Planning Advisor
Avantis(Cond Monitoring & Pro)
PipelineDesigner
PACIS
WW Sys Platf/ EVO
Endura
OASyS
Real Time Platform /
Pooling Engine
Operations
Asset
Energy
Business WFAutomation
SKELTA
Manual /Mobile Data Capture
InteltracGas and LiquidsApplications
Leak Detection& Simulation
Measurement & Validation
Web BasedDashboards
Scheduling, Logistics & Revenue Accounting
ePLMS - Software Suite & Supporting Applications
Applications can be categorized as
Operational (those directly involved with supporting pipeline
operations such as the SCADA or leak
detection systems), and Multiservice (those
which either support pipeline operations
such as video surveillance, or those more concerned with business applications
such as voice and corporate data)
Enterprise Pipeline Management System Requirements
Component Function
Supervision & control
Real-time control and supervision of operations along the pipeline through a SCADA system based in one or more control centers
Measurement Accurate measurement of flow, volume and levels to ensure correct product accounting
Leak detection Detect and locate pipeline leakage including time, volumes and location distances
Physical safety & security
Integrated security systems for personnel, the environment, and infrastructure using video surveillance, access control, and intrusion detection systems
Process safety systems
Ensure safe operations through instrumentation and safety systems
Energy management
visualize, manage and optimize energy consumption
Block valve station Isolate a segment of the line for leaks or maintenance
Local Control,Safety System ; RTU, Security
SupervisoryControl
Historian
Equipment (MV,LV,MCC, MV Drives,Valves) & Process
Instrum & Meters
Simulation (Leak Detection)
Energy Management
Asset Management
Supply ChainMngt
(scheduling, nominations,
& revenue accounting)
Real Time Applications(Gas ; Liquids)
IED’s / Power
Data Management
Measurement
Network / Communications
Co
ntr
ol
Op
era
tio
ns
Ente
rpri
se
Operational Telecoms & Communications RequirementsRequirement Description
High availability & reliability
• Backup WAN services to ensure operational services continuation• Provide several primary and failover infrastructure connectivity options (Ethernet, MPLS, DWDM, OTN, Cellular, Wireless etc) depending
on project requirements
Transport multiple traffic types across common infrastructure
• Differentiated quality of service (QoS) between traffic types, ensuring performance requirements of all operational traffic, and multiservice traffic
• Segregation capabilities (physical or logical) between services, ensuring one traffic type does not impact another where designed
Open standards • Multi-level security to protect against cyber attacks and non-intentional security threats• Centralized configurable policy-based services
Multiservice applications Optional services to support pipeline operations including VoIP, local WiFi access, mobility, collaboration tools, and internet access
Management End to end communications network management, security management, and administration management - from the instrumentation/sensor to the control centre application
Ruggedization Locations may require ruggedized equipment due to harsh conditions, local legislation or industry certifications
Network Requirements:
• High availability and reliability mechanisms to ensure operations
• QoS for differentiated services and bandwidth reservation,
• Monitorable SLAs must be delivered to ensure the right applications operate in the right way at the right time.
• Higher bandwidth requirements from newer applications and multiservice applications
• Sub 50ms network re-convergence redundancy and reliability mechanisms
• Traffic engineering for path selection and path redundancy,
• Device redundancy.
Ethernet/IP Based Protocols Serial Based Protocols
Modbus/TCP Modbus
IEC 61850 GOOSE (Station), SV (Station), MMSIEC 60870-104 IEC 60870-101
DNP3/IP DNP3
EtherNet/IP (Industrial Protocol)
OPC
TCP/IP
FTP
Proprietary protocols Proprietary protocols
Pipeline Security
System Patches
NetworkSegmentation
Anti-virus
IncidentResponse
Proactive Monitoring
Security MonitoringIPS /
Signatures
ThreatDefense
DisasterRecovery
Backupand Restore
ContinuousImprovement
Organize Harden Detect RespondDefend
White & Blacklisting
Security Log Collection and Management
AnomalyDetection
MalwareDetection
Intrusion Detection
Security Policy
Virtualization
Encryption
KPI’s and Analytics
Location Awareness
Process Inventory
Assessments
Change Management
Education & Awareness
Dashboards & Reporting
PCN Access & Control
Physical Security
Industrial Wireless
Portable MediaSecurity
PLAN BUILD RUN MONITOR MANAGE
Secure Storage
Asset Inventory & Management
• Architectural approach required (for example: Purdue Model of Control Hierarchy and ISA95/ISA99 security levels. • Security services should include common security policies, management and context, transport security, network policy
enforcement, research intelligence and threat defense, and physical security leading to the key network architecture principles to deliver:
- Access Control : Authentication and authorization of all personnel and devices - Data Confidentiality and Privacy : Data privacy and data integrity for all operational and control data must be ensured - Threat Detection and Mitigation : Protection of all critical assets - Integrity of Platforms and Devices : Secure devices over the entire life-cycle
Pipeline Safety System Architecture
HMI
XPMF Distributed Safety Hot Standby SIL3
Hot Standby
Unity XLS
Ethernet Modbus / TCP
Ethernet Modbus / TCP
Safe Ethernet
(CAT4 equivalent to SIL3) (SIL3)
Machine SafetyProcess Safety
Schneider Electric Validated SCADA System
Architecture
SCADA / Leak Detection
Deployment Servers
PRIMDCDES01/02 (Virtual)
Primary Log Server
PRIMDCLOG01 (Virtual)
3
CISCO NEXUS N5548UP
STAT
ID
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
CO
NS
OL
E
PO
WER
ALA
RM
BO
OT
ACTI
VE
VPN
HD
MG
MT
7
6
5
4
3
2
1
0
SPD LNK LNK SPD LNK SPD LNK SPD LNK SPD
100-240V~, 4.85A MAX, 50/60Hz
Firewall/Router
PRIMDCRTR01/02
Cisco ASA 5525
3
CISCO NEXUS N5548UP
STAT
ID
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
Cisco Nexus C5548
Production
Environment
Data Center
Primary
Training LAN (Virtual)
To/From
Backup Data Center
Main Control Center
File: 011-002XXX-11
Visio 2010
Scale
NTS
Dwg Size
B
Drawing Number Sheet
1 of 8
Rev
1
Company Name:
Project Name:
Project Number:
Title:
2014 Enterprise OASyS
System ArchitectureAny information contained in this
document which was not known
by the recipient and in which there
is a proprietary right, must not be
disclosed to any other, nor used
for manufacturing purposes,
without the permission of
Schneider Electric. Acceptance of
this document will be construed as
acceptance of the foregoing
condition.
TNA-ZH-002XXX-DWG-011
2014/01/02
2014/07/16
002XXX
Enterprise OASyS SCADA
System
Updated for Customer
Name
Approved by Date
BM 2014/07/16
Customer Name
SCADA LAN B (Physical)
SCADA LAN A (Physical)
Development
Environment
# Training
Environment A
Test
Environment
! ResetConsole
UCS B200 M3
Hot / Standby
Real-time Servers
RealTime Service
Remote Client Service
PRIMDCRT01/02 (Physical)
2 X E5-2670 v2 10C 2.5GHz
4 X 16GB RDIMM 1866 MT/s
2 X 300GB 15K RPM HD Raid 1
Windows Server 2012 R2 Std.
2 X Cisco UCS B200 M3
! ResetConsole
UCS B200 M3
! ResetConsole
UCS B200 M3
Hot / Standby
Remote Access Servers
Remote Client Service
PRIMDCRCS01/02 (Physical)
2 X E5-2670 v2 10C 2.5GHz
24 X 16GB RDIMM 1866 MT/s
2 X 300GB 15K RPM HD Raid 1
Windows Server 2012 R2 Std.
2 X Cisco UCS B200 M3
! ResetConsole
UCS B200 M3
! ResetConsole
UCS B200 M3
Hot / Standby
Leak Detection Servers
Leak Detection Service
PRIMDCLD01/02 (Physical)
2 X E5-2670 v2 10C 2.5GHz
4 X 16GB RDIMM 1866 MT/s
2 X 300GB 15K RPM HD Raid 1
Windows Server 2012 R2 Std.
2 X Cisco UCS B200 M3
! ResetConsole
UCS B200 M3
A B
FAS8020FAS8020
! ResetConsole
UCS B200 M3
! ResetConsole
UCS B200 M3
1/10 GIGABIT ETHERNET 1/2/4/8G FIBRE CHANNEL
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16N55-M16UP
1/10 GIGABIT ETHERNET 1/2/4/8G FIBRE CHANNEL
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16N55-M16UP
CO
NS
OL
E
PO
WER
ALA
RM
BO
OT
ACTI
VE
VPN
HD
MG
MT
7
6
5
4
3
2
1
0
SPD LNK LNK SPD LNK SPD LNK SPD LNK SPD
100-240V~, 4.85A MAX, 50/60Hz
A B
FAS8020FAS8020
Clustered SAN
PRIMDCSAN01
24 X 600GB 10K RPM HD
Raid 6
2 X NetApp 8020
CISCO UCS 6248UP 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
STAT
ID
Cisco UCS 6248
CISCO UCS 6248UP 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
STAT
ID
# Leak Detection
Development Server
Leak Detection Service
PRIMDCENGLD01 (Virtual)
Windows Server 2012 R2 Std.
! ResetConsole
UCS B200 M3
Hot / Standby
Historical Servers
Historical Service
PRIMDCHS01/02 (Physical)
2 X E5-2637 v2 4C 3.5GHz
4 X 16GB RDIMM 1866 MT/s
2 X 300GB 15K RPM HD Raid 1
Windows Server 2012 R2 Std.
MSSQL Server 2012 Std. 4C
2 X Cisco UCS B200 M3
NetApp Storage
! ResetConsole
UCS B200 M3
! ResetConsole
UCS B200 M3
Primary / Alternate
Domain Controllers
PRIMDCDC01/02 (Physical)
2 X E5-2637 v2 4C 3.5GHz
2 X 2GB RDIMM 1866 MT/s
2 X 300GB 15K RPM HD Raid 1
Windows Server 2012 R2 Std.
2 X Cisco UCS B200 M3
! ResetConsole
UCS B200 M3
# Training
Environment B
Training SCADA Server
RealTime/Historical Services
PRIMDCTRNARTH01 (Virtual)
Windows Server 2012 R2 Std.
MSSQL Server 2012 Std. 4C
Training Simulation Server
PRIMDCTRNALD01 (Virtual)
Simulation Software
Training SCADA Server
RealTime/Historical Services
PRIMDCTRNBRTH01 (Virtual)
Windows Server 2012 R2 Std.
MSSQL Server 2012 Std. 4C
Training Simulation Server
PRIMDCTRNBLD01 (Virtual)
Simulation Software
Field LAN A (Virtual)
Field LAN B (Virtual)
Field Equipment
Primary
Communication
Path
Secondary
Communication
Path
* Communication
Environment
To/From
Decision
Support
Environment
(No Active Directory Trust)
Engineering Server
PRIMDCENG01 (Virtual)
RTU Simulator
Windows Server 2012 R2 Std.
MSSQL Server 2012 Std. 4C
Display / Database Server
XE / ADE
PRIMDCENGDES01/02 (Virtual)
Windows Server 2012 R2 Std.
# Leak Detection
Development SCADA Server
RealTime/Historical Services
PRIMDCENGRTH01 (Virtual)
Windows Server 2012 R2 Std.
MSSQL Server 2012 Std. 4C
# Test Leak Detection Server
Leak Detection Service
PRIMDCTSTLD01 (Virtual)
Windows Server 2012 R2 Std.
Test SCADA Servers
Domain Controller
PRIMDCTSTDC01 (Virtual 1)
4GB / 2 Core
RealTime Services
PRIMDCTSTRT01 (Virtual 2)
32GB / 10 Core
Remote Client Services
PRIMDCTSTRCS01 (Virtual 3)
32GB / 4C
Historical Services
PRIMDCTSTHS01 (Virtual 4)
64GB / 4C
1 X Cisco UCS B230 M1/M2
8 X 16GB RDIMM 1866 MT/s
2 X E5-2670 v2 10C 2.5GHz
4 X 300GB 15K RPM HD 2 X Raid 1
Windows Server 2012 R2 Std.
MSSQL Server 2012 Std. 4C
NetApp Storage
! ResetConsole
UCS B200 M3
Virtual Host Servers
PRIMDCVM01/02/03
2 X E5-2690 v2 10C 2.5GHz
24 X 16GB RDIMM 1866 MT/s
3 X Cisco UCS B200 M3
Test & Development LAN A
Test & Development LAN B
City, State
! ResetConsole
UCS B200 M3
Primary Log Server
PRIMDCLOG01 (Virtual)
2 X Cisco UCS B230 M1/M2
2 X 16GB RDIMM 1866 MT/s
1 X E5-2670 v2 10C 2.5GHz
2 X 300GB 15K RPM HD Raid 1
4 X 1.2TB 10K RPM Raid 10
Windows Server 2012 R2 Std.
Full in-site and inter-site
redundant Pipeline
Management System
Architecture
• Production, Test, Development
and Training Domains
• Real-time SCADA
• Long Term Historian
• Full suite of pipeline
applications
• Casual user access
• Secure Domain base security
Control Centre
Converged Pipeline Control Centre Architecture
Space, power, and
performance optimized
control center infrastructure
for Pipeline Management
Systems and Multiservice
applications
• Main & Back-up site ensure
reliability & update
• Unified Compute System
• Nexus Data Centre
switching fabric
• Fibre channel storage
• Operational WAN
aggregation
• Enterprise WAN access
• Secure remote access
• IEC 62443 / ISA99 Security
model
Nexus 5500 Layer 2/3 Ethernet
And SAN Fabric
Nexus 2200 Series
Fabric Extenders
Cisco UCS
C-Series Servers
Cisco UCS Blade Server,
Chassis and Fabric Interconnects
Fiber Channel
Storage Array
WANDMZ
WANEnterprise
ASA5525 DC Core ASR 903
Fiber Channel
Twinax
Ethernet
Cisco Pipeline Station Architecture Overview
Station wired architecture –
greenfield considerations
• DWDM, L2 ethernet, Wireless
failover
• Station edge operational
field telecoms
• Level 2.5 protection zone
• Process, safety & energy
domains
• Multiservice domain
• Industrial and wireless
mobility
• Legacy serial transport
• Distributed acoustic optical
sensing (DAS)
• IEC 62443 / ISA99 Security
model
Main Station
ASR 903
(Dual RP)
Industrial Ethernet Switches
Tree or Ring Topology
Serial
Controller
Ethernet
Controller
Ethernet
Controller
PhoneAccess
ControlCCTV
Mobile
Worker
Asset
Tracking
Stateful Failover
Pair
819H
Industrial
Switches
ONS
Industrial
Switch
Industrial
Wireless AP
Sta
tio
n E
dg
e
Pro
ce
ss D
om
ain
Mu
ltis
erv
ice
Do
ma
in
L2.5
Industrial
Wireless AP
Instruments
DWDM Main station to Main station
Industrial
SwitchL2 Ethernet Main station to Block Valve
DAS
Distributed
Optical Sensing
MPLS to Control Centres
HMI
Cisco Pipeline Block Valve Station Architecture
Block Valve station wired
architecture – greenfield
considerations
• L2 Ethernet, Wireless failover
• Station edge access
• Process, safety & energy
domains
• Multiservice domain
• Industrial and wireless
mobility
• IEC 62443 / ISA99 Security
model
Block Valve Station
Serial
Controller
Ethernet
Controller
Ethernet
ControllerPhone
Access
ControlCCTV
Mobile
Worker
819H
Industrial
Switch
Sta
tio
n E
dg
eP
roc
ess
Do
ma
in
Mu
ltis
erv
ice
Do
ma
in
Industrial
Wireless AP
Instruments
Industrial
Switch
L2 Ethernet Block Valve to Block Valve or Main station
L2.5
Customer pain points•Safe, Reliable and Efficient
Operations•Secure Communications •Mitigate Risks (leaks, accidents,
hazards)
Customer benefits•Enhanced performance and safety•Reduce Operational Risk & rapid
response to events •Increased Availability & Uptime
•Predictable performance, Standarization, Network Mngt & Diagnostics
Creating Greater Value for our
Customers
Interconnecting Gas Pipeline into Gas Storage
Customer Challenge:
● Tight Project Schedule
● Strict environmental conditions
● Harsh climate environment (weather)
Solution Value Proposition:
● Complete End to End Pipeline Management Solution delivered through MAC-MEC approach
Scope:
● Electrical: UPS, Electrical Systems, Shelters
● Control: SCADA, Bup Control Center, Simulation, PLC’s (redundant), ESD
● Security: Video System, Intrusion Detection
● Telco: Fiber Optic Ring & Switches. VOIP
● Instrumentation: P,T,L, Gas Quality, Motorized Valves (w profibus)
Benefits:
● Single Source Solution Provider
● Reduce Project Risk via integrated offer
BVS1 BVS2 BVS3
Bunde Etzel
FRI
Crystal
EKB
BEP Pipeline
Block Valves
GQS
Pipeline Management Solution
Creating Greater Value for our Customers
Export Pipelines & Gathering System
Customer Challenge:
● Safe Operation (including Leak Detection)
● Major Upgrade of Trunk Line w/out Interrupting Operation
Solution Value Proposition:
● Complete Solution comprised of Modern Pipeline SCADA, Leak Detection & Telecommunication System
Scope:
● Network & Telcom: Fiber Optic Ring & Switches. VOIP
● Control Center: SCADA ; Leak Detection
● Leak Detection
Benefits:
• Complete Modern Solution from Control Room , Operational Software & Communications Infrastructure
• Upgrade w/out disruption to operation
Smart Connected Pipeline
● CPC (Caspian Pipeline Consortium) operates a 1,600 km crude oil
pipeline originating from the Tengiz Fields in Kazakhstan transporting oil to a marine terminal in Novorossiysk on the Black Sea. The original project was delivered between1999-2001 and subsequently maintained, extended and expanded several times over the next ten years.
● In 2011, a contract was awarded to completely upgrade and
expand the SCADA and Pipeline Simulation System, as part of a major expansion CPC capacity expansion project.
● In parallel, Schneider Electric is executing a project to completely upgrade the entire telecommunication network for the CPC pipeline.
Summary
• Predictable Performance
• Differentiated Services
• Standardization
• Network Management and Diagnostics
• Network Cyber Security
• Reliability
• Real-Time Traffic Performance
• Power Availability and Equipment Footprint
Joint Innovations:
Distributed Leak Detection enabled by Cisco Fog Computing Platform
Available Today:
White Paper - Recommended Practices
for O&G Pipeline Designs
White Paper - Recommended Practices for Pipeline
Control Centre Virtualization and Designs
Schneider & Cisco: Smart Connected
PipelinesAvailable Today