1. Remote Automation Solutions IEC62591 Wireless Interface

2. Business Challenges CRITICAL BUSINESS CHALLENGES Financial Results Safety & Environment Personnel & Resources Efficiency & Throughput Reliability & Access

3. Key Customer Stakeholders Oil & Gas Industry Business Challenges by Functions Asset Manager  Reduced Profitability High operating cost, low yield Operations/SCADA Manager  Rising Operating, Maintenance & Compliance Costs Field Technicians/Engineers  Rising Workload Costly frequent trips to remote sites HSE Managers  Rising Risks Detecting Safety & Environment problems Production Manager  Decreasing Productivity Difficulty optimizing production

4. New Oil / Gas Field Constructions (CAPEX) High trenching, wiring, labor and Installation Getting Online Faster Shortage of Trained Workforce Business & Operational Challenges Facing Oil & Gas Producers Cost make automating prohibitive for at least 20% low point remote sites “Per day production delay on a 50K bbl’s/day facility causes $2M revenue and opportunity loss” “Shortage of O&G workforce will lead to critical impact on business”

5. Emerson’s Wireless Experience update: ~8000 wireless Networks in operation Over 3000 SmartWireless installations ~100,000 wireless process devices installed ~950 million operating hours Smart Wireless Vision Adopted at Over 3000 Customer Sites Globally

6. Time to first oil drives investment decisions Declining Production rates for unconventional wells Operating and field maintenance cost inflation impacts margins Need common standards that provide future architectural flexibility thru production development spectrum Wellhead Customer Challenge 60% faster installation and commissioning. 30% or more installed cost savings over wired alternatives Most robust diagnostics eliminate false reading leading to bad operational and maintenance decisions. Platform harmonization with tightest product integration from Emerson Solution Value Drivers Smart Wireless Field Link New Interface Modules FloBoss ControlWave ROC IEC62591 Wireless Interface For Flow Computers and RTUs Proprietary & Confidential 6

7. Time to first product delivery drives investment decisions Difficulty adding additional measurement points Operating and field maintenance cost inflation impacts margins Need common standards that provide future architectural flexibility when replacing legacy station controls Midstream Customer Challenge 60% faster installation and commissioning. 30% or more installed cost savings over wired alternatives Most robust diagnostics eliminate false reading leading to bad operational and maintenance decisions. Platform harmonization with tightest product integration from Emerson Solution Value Drivers Smart Wireless Field Link New Interface Modules FloBoss ControlWave ROC IEC62591 Wireless Interface For Flow Computers and RTUs Proprietary & Confidential 7

8. IEC 62591 (WirelessHART) Global Standard Global Standard An IEC standard-IEC 62591 (unanimously approved March 26, 2010) IEC 62591 is WirelessHART HART 7 protocol Adopted March 26, 2010

9. Simple – Reliable - Secure Self-Organizing Network Auto-Recognition of New Devices No Site SurveysNo TrenchingFinds Alternative Paths 99% Field Proven Reliability Self-Healing Network Repairs Itself Coexists with other Wireless Networks Robust and Tolerant to all Types of Interference without any Site Survey Robust, Multi-tiered, Always-on Security Industry Standard 128-bit AES Encryption Unique Encryption Key for Each Message Data Integrity and Device Authentication Reports Message and Authentication Failures

10. Smart Wireless Portfolio is Large … and Getting Larger 4300 Series Position Monitor Smart Wireless THUM Adapter Ovation Native Interface DeltaV Native Interface 3051S Series Pressure, Level & Flow 848T Multi Input Temperature 648 Temperature Smart Wireless Gateway 9420 Vibration 702 Discrete 6081 pH 6081C Conductivity Current Portfolio New Products DeltaV S-series Wireless I/O Smart Wireless Field Link 2160 Vibrating Fork Liquid Level Switch Video Integration with DeltaV 702 Wireless Leak Detection

11. Traditional Wireless Architecture Process Variable data Pressure temperature Level o Point-To-Multipoint o Point-To-Point o Point-To-Multipoint o Point-To-Point

12. Smart Wireless Gateway Architecture Pressure TemperatureLevel Process Variable data & full HART Diagnostics Flow Computer RTU PLC/RTU AMS & SCADA

13. Remote Automation Solutions Wireless Architecture Pressure temperature Level Process Variable data & full HART Diagnostics Flow Computer RTU PLC/RTU AMS & SCADA New Radio Serial, Ethernet or long haul wireless

14. Remote Automation Solutions IEC62591 Feature IEC62591 / Smart Wireless for RTU RTU Functionality needed?Yes Existing EMR RTU availableYes Greenfield O&GYes Low Power<1.2 Watts Number of Devices20/60/100 RedundancyNo Mounting RequirementsIn the RTU Support 1 sec Update RateYes, after November 2013 Discrete I/O Support702, 4310, 4320, after Nov 2013

15. ROC, FloBoss & ControlWave IEC 65591 Wireless Technology Only truly integrated RTU/FC wireless solution –One integrated configuration tool –Support built into firmware –Seamless integration from field to back office –No third party gateways –No Modbus mapping High reliability and low power consumption for remote installations –No site survey required –Auto re-routing mesh network –Smaller backup batteries & enclosures

16. Integrated Solution Benefits Distributes measurement & Control to field locations –Not dependent on long haul reliability for data integrity –Local Historical and Alarm logging –Local Control Truly integrated configuration software tools –One software to configure the RTU, flow computer and remote transmitters RTUs & FCs provide local I/O, wired & wireless HART interfaces, interfaces to intelligent devices Data available to SCADA host software

17. IEC62591 Seamless Integration FC, RTU, PLC Platform IEC62591 Wireless I/O Module Smart Wireless Field Link IEC62591 Interface ControlWave Micro FB107 IEC62591 Interface IEC62591 Interface ROC800

18. ROC800 & FB107 Integration Integrated into ROC800 & FB107 firmware Integrated into ROCLINK configuration software Integrated with OpenEnterprise™ Field Tools Device configurator Integrated into ROC800 & FB107 firmware Integrated into ROCLINK configuration software Integrated with OpenEnterprise™ Field Tools Device configurator

19. ControlWave Integration o Integrated into ControlWave firmware o Integrated into ControlWave Designer configuration software o Integrated with OpenEnterprise Field Tools Device configurator o Integrated into ControlWave firmware o Integrated into ControlWave Designer configuration software o Integrated with OpenEnterprise Field Tools Device configurator

20. Smart Wireless Field Link Smart Wireless Filed Link –4 wire connection to IEC62591 I/O module –Powered by IEC62591 I/O module No setup or configuration Aluminum or Stainless Steel housing Multiple FM, CSA & IS certifications Antenna selection –Standard range –Extended range Meter selection 750 ft (225 m) 2600 ft (800 m) Extended range antenna Smart Wireless Field Link Wireless Field Devices

21. Field Tools Comm Manager HART Server Wired & WirelessHART Device Configuration Wireless SNAP-ON network analysis and device alerts

22. Field Tools Comm Manager HART Server Wired & WirelessHART HART Modem Use in place of 475 Handheld

23. Field Tools HART Device Configurator HART is a mark owned by the HART Communication Foundation

24. AMS Wireless SNAP-ON Allows Users to Easily Plan and Manage Field Networks Network Planning –Easily validate / optimize network design against best practices Network Monitoring –Status and communication diagnostics –Alerts Advanced Reporting –Status and communication diagnostics Live Mode

25. Better Understanding the Health of the Device Transmitter status log with time stamp Pressure & temperature sensor log with time stamp - sensor excursions - max/min values

26. Set Maintenance Reminders Custom message & alert time Receive alerts when time expires

27. IEC 62591 Production Applications First only truly integrated WirelessHART Interface for RTUs and Flow Computers Wireless Interface Significant Production Applications Significant Customer Value –Up to 60% faster installation and commissioning. –30% or more installed cost savings over wired alternatives –Easily add unmonitored points –Most robust diagnostics eliminate false readings and improves operational and maintenance decisions. –Platform harmonization with tightest Emerson integration –High reliability wireless data network –Low power consumption for remote installations STEAM INJECTION HEAT EXCHANGER WATER INJECTION FLOW STEAM OR GAS INJECTION FLOW INJECTION WELLHEAD MONITORING Proprietary & Confidential 27

28. WELLHEAD PRESSURE AND TEMPERATURE Indicates health of well and composition of fluids WELL ANNULUS PRESSURE Indicates casing pressure – an increase indicates fluid leakage and need to relieve pressure or kill well WELLHEAD FLOW Measures temperature for use as an indirect indication of flow WELLHEAD FLOW LINE VALVE DIAGNOSTICS Wireless THUM Adapter transmits Predictive diagnostics to aid maintenance FLOW & NET OIL/WATER MEASUREMENT AT WELL THUM Adapter transmits diagnostics for maintenance use and multiple process variables for monitoring OIL PRODUCTION VALVE POSITION Monitors open / close status and position of choke valves, manifold valves, and manual valves OIL PRODUCTION TOTALIZED FLOW Multivariable transmitters efficiently calculate and provide totalized flow output STEAM INJECTION HEAT EXCHANGER MANAGEMENT Measures pressure and differential pressure across heat exchangers to monitor performance WATER INJECTION FLOW Measures and transmits water flow data and predictive diagnostics STEAM OR GAS INJECTION FLOW Measures and transmits steam or gas injection flow data and predictive diagnostics GROSS OIL PRODUCTION Gauge pressure measured at headers is sent to historian to capture production information INJECTION WELLHEAD MONITORING Pressure, temperature and DP flow Measurements provide better visibility of injection process WirelessHART Wellhead Monitoring Applications

29. First only truly integrated WirelessHART Interface for RTUs and Flow Computers Wireless Interface Significant Transmission Applications Significant Customer Value –Up to 60% faster installation and commissioning. –30% or more installed cost savings over wired alternatives –Easily add unmonitored points –Most robust diagnostics eliminate false readings and improves operational and maintenance decisions. –Platform harmonization with tightest Emerson integration –High reliability wireless data network –Low power consumption for remote installations STATION PRESSURE & RUN TEMPERATURE REMOTE TANK MONITORING REMOTE PRESSURE MONITORING COMPRESSOR VIBRATION MONITORING IEC 62591 Transmission Applications

30. FLOW & NET OIL/WATER MEASUREMENT IN TEST SEPARATOR THUM Adapter transmits diagnostics for maintenance and multiple variables for monitoring VIBRATION IN INJECTION PUMPS Monitors vibration of bases and bearings, providing data for predictive maintenance to improve availability PLUGGED FILTER DETECTION Differential Pressure across line filters Indicate maintenance is needed PIPELINE STATION PRESSURE Monitoring remotely located inlet and outlet pressures TEST MANIFOLD & WELL MONITORING Monitoring remote wells producing into a test manifold SEPARATOR LEVEL MEASUREMENT Monitors separator interface level OFFSHORE PLATFORM HEAT DETECTION Remotely monitor heat exchanger’s inlet and outlet temps in harsh, difficult -to-reach areas indicate performance SEPARATION PROCESS VALVE POSITION Monitors open / closed status and position of manual valves, relief valves, tank inlet and outlet valves, and shutdown valves REMOTE TANK MONITORING Monitoring low pressure points in a distribution system for efficient pressure management reducing leakage DISTRIBUTION SYSTEM POINT MONITOR Gauge pressure measured at headers is sent to historian to capture production information WirelessHART General Upstream & Transmission Monitoring Applications

31. WirelessHART Injection Well Monitoring Producer Injector Water/Steam Injection Facility RTU at the pump station, or in strategic field locations RTU logs history, provides long range communications, local display, flow control, logic At Injection wells Line pressure DP across meter Injection pressure Fluid temperature Valve/choke control

32. Use WirelessHART to Gather Required Data for Reporting –Injection Well monitoring Injection wells are spread out, minimal IO at each point Information is not time critical Injection pressures, rates and totals are of high value –Main drivers include governmental regulations and reservoir management needs RTUs to archive local histories and provide long range communication and data consolidation

33. Test System Manifold Well Testing with WirelessHART Producer Test Manifold RTU/Flow Computer at test manifold Automatic Well Testing Valve Control ( Fisher DVC) Measurement (Daniel Orifice, Turbine, MMI) Pressure, Temperatures (Rosemount) At producing wells Casing, Flow Line Pressures Line pressure Temperatures On/Off status Stuffing Box Leaks

34. WirelessHart Natural Gas Wellhead Well Optimization Plunger Arrival Casing, Tubing, Bradenhead Pressures Valve Position and Control (Future)

35. TestimonialsTestimonials Where successful wireless networks have helped other customers achieve improved performance and financial results

36. CHALLENGE Manual collection of key process parameters Conventional methods require high installation and maintenance costs SOLUTION Emerson Smart Wireless – Proven measurement technology – Pressure, Temp, Level, Flow, Discrete – WirelessHART technology RESULTS Decreased CAPEX & Operational Costs Lower Safety risks through online Casing pressure monitoring Smart Wireless Improves Wellhead Production Allocation Offshore Topsides Wireless Application Production Manager  Decreasing Productivity Field Technicians/Engineers  Rising Workload HSE Managers  Rising Risks

37. Emerson's Smart Wireless Improves Wellhead Monitoring at BP Wytch Farm CHALLENGE –Eliminate manual rounds to monitor wellhead pressure reading –Respond to problems and rectify more quickly SOLUTION –40 wireless Rosemount® pressure transmitters total Two transmitters installed per wellhead A single Smart Wireless gateway, mounted outside process area, connects transmitters to control system All devices on-line within 30 minutes RESULTS – Improved operations –Automated wellhead pressure monitor –Real time information regarding well performance –Improved maintenance responsiveness to process problems “The wireless instruments have performed without losing any data since they were installed in August …” - Chris Geen, BP Manager

38. Customers Are Solving Real Plant Problems: Chevron San Ardo, Calif. Application: –Pressure transmitters monitor steam injection on out-of-service wells Challenge: Over steaming caused lost production, increased wastewater discharge; field visits required Solution: Smart Wireless network improves personnel safety, increases production, reduces wastewater discharge Application: –Pressure transmitters check down-hole well pressure Challenge: RTU network obsolete, required hard wired power Solution: Battery-powered transmitters collect reliable production strategy data, less maintenance, installed for $60,000 savings “It only took three hours to install all the instruments, configure and establish the network IP address, and make the Ethernet connection to the control room,” Kinne said. “We have eliminated the excess steam usage and now have a reliable steam injection measurement at eight stations.” — Paul Kinne, Chevron head operator

39. Smart Wireless Improves Heat Exchanger performance at EnCana Oil Sands Facility CHALLENGE –Improve efficiency of heat exchangers in energy intensive steam injection process, prevent downtime Cost-effective way to measure heat transfer in HE’s for boiler feedwater Predict tube fouling to improve heat transfer and prevent tube rupture SOLUTION –Rosemount ® wireless transmitters measure boiler feedwater inlet and outlet temperatures –Wireless network installed and operating in 2 days RESULTS –Improved efficiency of several key heat exchangers –Saved $40,000 versus wired installation –Optimized cleaning schedules to prevent tube ruptures –Boiler fuel consumption reduced “We are now able to maximize heat exchanger operation and maintain the tubes more effectively to prevent heat losses and avoid devastating tube ruptures. We are pleased with the ease of installing the Smart Wireless network, which is working perfectly.” —Stephan Meerman, E&I Supervisor

40. Leveraging HART to Turn Field Insight into Actionable Information 1 1 2 2 3 3 4 4 Statistical Process Monitoring variable trending Standard deviation Coefficient of variation Mean Uncover opportunities by fingerprinting the process to know what "normal or good" looks like. Decide on accurate alerts for abnormal situation management Proactively correct abnormal conditions and improve process performance