OptiRamp Rational SCADA

Transcription

1 OptiRamp Rational SCD

2 OptiRamp on the Edge The OptiRamp Rational SCD solution brings data on the edge into OptiRamp to fully light up your total value stream and improve model accuracy, simulation, optimization, and predictive analytics. Examples of where Rational SCD may be used include Virtual Well Test/Gas ift Optimization Pipeline Pressure Management Pump Stations, Compressor Stations Chemical Injection Tank evel Monitoring Benefits Rapidly deploy field instrumentation to strategic locations where data are lacking Cost-effective wireless solution that does not require a significant investment of capital, resources, or programming Start using data almost immediately with the OptiRamp Virtual Tag Server (VTS)

3 ow Rational SCD Works The OptiRamp Rational SCD solution is highly flexible for any situation and has the following components: 1) instrumentation, 2) communication, and 3) data collection, management, and transformation. Cell Tower Internet Remote ocation Rational SCD Panel Virtual Tag Server Instrumentation

4 Mesh Network OptiRamp Rational SCD uses mesh networking to communicate information from the field back the OptiRamp VTS. With a mesh network, wireless devices (nodes) self-configure into a web-like structure to cooperate with each other and efficiently relay data to a central location. Mesh Network Benefits ess power required to transmit data Increase coverage over a larger area Reduce installation problems because the nodes self-configure Solve challenges in outdoor environments where hills or buildings may block radio signals Improve data reliability and availability, even if a node fails, with the ability to take alternate path to the ultimate destination Reduce costs and maintenance needs

5 Mesh Network OptiRamp Rational SCD is flexible to help you receive and leverage data into operational intelligence across your total value stream Km Plant 1 Field Km Field Km Plant Km Field Km 1.37 Km 1.86 Km 2.27 Km 2.01 Km Office Km Main Office

6 OptiRamp VTS OptiRamp VTS is a time-series database that collects, stores, and manages Rational SCD data from the field and other asset data source via the OptiRamp OPC and ODBC drivers. The OptiRamp VTS is designed to handle the large quantities of data today s processes generate. Virtual Tag Server...and other data sources OPC spen YSYS ODBC Rational SCD

7 Total Plant Steam Turbine Overview Main Steam ot R P Steam P Exhaust ube Oil ctive ux Gross Gen 1 Turbine Trip Status Speed Power Train Clutch Vibration Press Temp Press Temp Press Temp 1 10 Press Press Temp OK 3000 OK OK MW RPM in g 3 10 U GT RSG ST GEN BOP Electric Tasks + uxiliaries Master Control Speed Control oad Control Inlet Press Control P dmission Press Control Vibration + Monitoring Start Permissive Turbine Control Status IN OUT X + Tests & Maintenance Not OK igh Speed Not Permitted Y 0.8 oad IP Ref P Ref Turbine Trip Start Permissive Speed Current 59.5 % 2700 psi 74.8 psi X OK Not OK Current 2700 RPM Target 89.2 % Y 3.3 IP Ref P Setpoint Flex ot Start Status Flex ot Start Permissive Reference 2800 RPM Ramp Rate Not ctive Not OK Target 3000 RPM psi psi + X Current 2.5 %/min Y 1.1 Power Train Clutch old Status Ref Ramp Rate Operator Rate 15 %/min Control Ref Flow imit Ref X 5.8 Disengaged On Operator old 3000 RPM/min Ramp Rate Status % % 8 Y 6.1 Flow Mode Operator old ctual cceleration Speed/oad/Temp old Setpoint Tracking Flow imit Setpoint X Forward ON OFF RPM/min 9 ON OFF 74.8 psi + Y 4.5 imiters Select P IP P ux System Select Master Control Mode Main Steam P Exhaust Cold R ot R P Steam P Exhaust ube Oil ift Oil Shut Down Close Valves ccelerating C PSIG PSIG C Min oad Permissive yd Oil Steam Seal Min oad OK Master Reset CV 1 MSV 1 IV 1 RSV 1 CV SV oad Cmd Permissive oad Cmd 100% 100% 100% 30% 30% 30% OK Diagnostic Reset IPC Permissive IV 2 RSV 2 Water Spray Valve larm Viewer oad to IPC 100% 30% 30% OK PSIG Compressor Inlet Exhaust CDP Temp Press Temp Press Press 230 ºC 25PSIG 230 ºC 25PSIG 25PSIG Field Common Unit 1 Unit 2 Unit 3 Field Performance Overview Total Capacity Steam Produced Electricity Generated Demand (Forecast) Condensate Injected Efficiency Total CER ast 90 Days Current 271 MW 630,000 Glbs. 271 MW 271 MW 45,000 BBS 76.5 % 87 Tons Power Plant Generation Forecast Unit 1 Unit 2 Unit 3 Gross Generation PM 2,184 GWh YTD Gross Generation 1,148 GWh ctual 52.8 MW ctual 94.3 MW ctual MW YE Gross Generation 2,263 GWh Maximum 55.0 MW Maximum 95.0 MW Maximum MW Variance GWh Projected Date Target Reached 27 Dec 2017 Today Change Remaining Days to Target 120 Days Total Daily Generation 271 MW -0.5 MW Total Net Generation 1,270 MW +15 MW Total CER 87 Ton +1 Exception Report Ton Today Yesterday Production Variance bove 10% 2 Wells 3 Wells Unit Performance Field Steam Generation Unit 1 Unit 2 Unit 3 Common Unit Reliability Unit 1 Power Plant 99.0 % 99.0 % 98.9 % Unit 2 Power Plant Unit 3 Power Plant vailability WP Under Separator Press % 99.0 % 98.9 % Unit 1 Back Pressure Unit 2 Back Pressure Efficiency Unit 3 Back Pressure 99.0 % 99.0 % 98.9 % Grid Voltage egend Production Well Injection Well Observation Well Plugged & bandoned Well Unit II, III Unit I Data Transformation Once data are available in the OptiRamp VTS, the possibilities are endless. Data may be transformed into dynamic, advanced key performance indicators with OptiRamp Tag dvanced Functions; used in the OptiRamp Runtime pplications to improve model accuracy, simulation, and optimization; and visualized across your company with the OptiRamp Web pplications. Virtual Tag Server

8 Russia Ukraine Bulgaria Turkmenistan US China Barbados Indonesia ngola rgentina For more information about the OptiRamp Solutions, contact one of our representatives. For a complete listing of our worldwide locations, visit our website at Westown Parkway, Suite 124 West Des Moines, I US Telephone: OptiRamp and the S&C logo are registered trademarks of Statistics & Control, Inc. Copyright 2018 Statistics & Control, Inc. ll rights reserved. Rev. 1 01/18