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NeSSI™ Open Workshop. IFPAC 2004 R. Dubois/J. Gunnell/J. Mosher January 14, 2004 Arlington Salon V 6:00-7:15 PM. Workshop Agenda. Agenda Review [5] – J. Gunnell (ExxonMobil Chemical) Roadmap Update [5] – R. Dubois (Dow Chemical) Unveiling a web based SP76 Component List [10] – R. Dubois
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NeSSI™ Open Workshop IFPAC 2004 R. Dubois/J. Gunnell/J. Mosher January 14, 2004 Arlington Salon V 6:00-7:15 PM
Workshop Agenda • Agenda Review [5] – J. Gunnell (ExxonMobil Chemical) • Roadmap Update [5] – R. Dubois (Dow Chemical) • Unveiling a web based SP76 Component List [10] – R. Dubois • Do we need an additional (and larger) “SP76” standard defined to accommodate certain liquid applications? (eg. for “dirtier” effluent water as well as reduce pressure drops when handling higher viscosity oils) [10] (R. Dubois) • SAM Connectivity Solutions to Legacy Equipment – A “Modest” Proposal - Jeff Gunnell [15] • SAM Hardware, Software, and Functionality for handling microAnalytical – J. Mosher (Honeywell) [30]
02 04 06 NeSSI Roadmap Analytical & Wireless Gen. III Smart/”Electrified” Gen. II Mechanical Gen. I Prototype Systems Simple Analyzers(H2O, O2, pH, UV/VIS, etc.) Smart Field Installations) Prototype - Gen II (smart digital network) Mechanical Field Installations Mechanical Components e.g. filters, valves, etc. NeSSI/CPAC Vision & Roadmap ISA SP76 Substrate Available 05 03 2000 01 Time (years) IFPAC04 Jan. 2004
SP76 Components List • Unveiling a web based SP76 Component List • 16 categories, ~80 component categories • Need help from our vendor community to populate this matrix by providing web links. • Goal: minimum management by CPAC
Gen I SP76 Component Availability Projected
Bigger Substrate? • Do we need an additional and larger “SP76” standard defined to accommodate certain liquid applications? (eg. for “dirtier” effluent water as well as reduce pressure drops when handling higher viscosity oils) [10] – R. Dubois • Is a bigger substrate needed? • today most substrates are equiv. to ¼” heavy walled tubing; would a ½” (pipe) equivalent be an appropriate “step” solution? • is smart instrumentation the solution? (acoutic sensors) • constraint appears to be the component internal channel. Is any one making components with larger internal porting to overcome this? • Other possibilities: discrete systems?
SAM Connectivity to legacy equipment • Jeff Gunnell [15 min] • Jeff will propose methods for hooking a legacy system to a Sensor Actuator Manager (SAM) connected to a smart sample system. Scenarios will include an existing oxygen analyzer, an oxygen analyzer mounted on the SP76 substrate and a legacy/proprietary GC system. Jeff will also look at connectivity with the new generation of Ethernet based analyzer data systems
Sensor Actuator Manager Functionality • John Mosher, Honeywell Sensing & Control • Review of the SAM functionality (5 functions) • What additional functionality could you see for SAM? • SAM hardware/software proposed by Honeywell • (Assuming we had adequate bandwidth) how would we implement a microAnalytical data collection and control system into NeSSI? • what should be in the analytical device? • what should be in the SAM? • what is handled off NeSSI?
PDA Field Interface • - Graphical • - Local Wireless • -Bluetooth™ • - 802.11 Wi-Fi Gateway to an Ethernet LAN(DCS/maintenance systems) can use multiple com protocols - OPC/HTTP/FF, etc. Host to a… Sensor/Actuator Bus Software Applets for Sample System Repetitive Tasks (Appl-I) SAM *SAM = Sensor Actuator Mgr. Provides “Open” Development Space for Custom Software The Bluetooth and the Bluetooth trademark are owned by Bluetooth SIG, Inc. Sensor Actuator Manager