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Modular Sampling System Initiative Background and Status. 2000 Fall Sponsor Meeting Center for Process Analytical Chemistry. Agenda. Status and Update Preview of Swagelok Proposal. CPAC as a Multi-Purpose PA Forum. Legal Umbrella for Sponsors to Meet R&D: Long Range / Short Range
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Modular Sampling System InitiativeBackground and Status 2000 Fall Sponsor Meeting Center for Process Analytical Chemistry
Agenda • Status and Update • Preview of Swagelok Proposal
CPAC as a Multi-Purpose PA Forum • Legal Umbrella for Sponsors to Meet • R&D: Long Range / Short Range • Information Clearing House • Enabling Mechanism to Address Other Common Needs • Focus Groups: Forum to • Review R&D Programs • Present Industry Common Needs - RFP • Address Industry Common Needs • Fieldbus Datalink Specification - Done • NeSSI - In progress • MatLab On-line/Connectivity - Future?
Background and Chronology of NeSSI Activities • O&P Focus Group May 1999 • Identified Sampling Systems as Common Area Of Interest • Sponsored Tutorial for Nov99 Sponsor Meeting • Tutorial Nov99 CPAC Meeting • Background/Reasons for Interest • Presentations by Suppliers/ End Users • Participation in IFPAC2000 Meeting • Plenary/General Papers (SS Enjoyed High Profile) • Workshop
FLAN (Optical Fiber) Sensor = Moisture Probe P IA Controller (ASIC) F T A Sensor/Signal Bus Sampling System Vision
Background and Chronology of NeSSI Activities (cnt’d) • Ad-hoc O&P Meeting @ Pittcon2000 • End-users Discuss Initial Target Designs • CPAC2000 Spring Meeting • Formed SS Focus Group • Defined Information Package (basis of RFP) • Distributed RFP (July 2000) • Clarification Meeting at ISAEXPO2000 (40 attendees) • Received Proposals from Swagelok, Parker • Expect Additional Proposals/Comments from Autoflow, ABB Analytical, SAAI, Rosemount Analytical
Background and Chronology of NeSSI Activities (cnt’d) • CPAC2000 Fall Meeting • Preview of Swagelok Proposal • Other Feedback • Micro-Reactor Proposal (MicroAnalytics) • What is Next? • Distribute Proposals to All Interested Parties • Follow-up by Report • Sampling System Session at IFPAC2001 • Review and Summary of NeSSI Effort • Papers by Swagelok, Parker, Autoflow, ABB, Rosemount
Acknowledgements • Dow Rob Dubois/Ron O’Reily/ Brian Worthington • Dow Corning Jim Tatera/Gary Bokerman • DuPont Bob Bucher • Rohm&Haas Joe Sung • Honeywell Ken Creasy • Akzo Nobel Foad Mozayeni • ExxonMobil Dan Podkulski/Rajko Puzic/ John Cumbus/Jeff Gunnell • Swagelok Dave Simko • CPAC Lloyd Burgess/Larry Ricker
O&P Focus Group Meeting May 99 • Recognized Modular Sampling System Efforts in Semi Conductor Industry (Standard) • Vendors like Autoflow, A+, Swagelok etc. promoted modular designs • Recognized that current implementations of sample systems designs have not changed for many years • CPAC has promoted Versatile Micro Analytical Systems (VMAS) as a basis for future micro-analytical techniques • O&P decided to sponsor a SSISSS (Small Smart Integrated Sensor and Sampling System) Tutorial at CPAC Nov Meeting
Nov99 CPAC SSISSS Tutorial • ExxonMobil/DuPont Provided Introduction to Tutorial • Validation of Sample System Performance • Integration of Sensor with Sampling System • Four Suppliers of Sampling/Analyzer Systems Participated in Tutorial: • A+, Autoflow, Swagelok, Rosemount • Many components commercially Available • GCX example of self-contained miniaturized GC (GC on a pole) • Recognition • Modular Sampling System can be a platform to integrate VMAS • Bridge between Process Sample (Macro world) Micro Fluidics Sensors/Analyzers
Driving Forces for Change • Reduce Cost of Ownership • Non Recurring Costs = Cost to Build • Operating Cost • Data Validation (Fit for Use)
Integration of Sample System and Sensors A Field LAN P Analyzer Controller T Sample Conditioning System F Mainly a Trust Configuration Now a Trust & Verify Configuration All System Components in Contact with Sample including the Sensors Process Stream All Additional Electronic and Computing Components Required to Generate Analytical Result Level 1 Level 0
Level 0 Subsystem Integration A P Integrated Sampling/Sensor System T Sample Conditioning System F Purpose: Prepare and Verify a Representative Sample (Compatible with Analyzer Sensor) • Opportunity: • Packaging as an Integrated Sensor and Sampling System • Size • Cost Process Stream • Issues: • Size • Standardization • VMAS Level 0
Separation or Integration of Level 0/1 Subsystems A Field LAN P Analyzer Controller T F Objective: Close to Sample Tap Process Stream Integrated Sampling/Sensor System Options: • Remote • Separate but Close • Integrated Level 1 Level 0
Integration of Level 0/1 Subsystems Integrated Sampling/Sensor/Controller System A Field LAN P Analyzer Controller T F Process Stream $$ Level 1 Level 0
Nov99 CPAC SSISSS Tutorial • ExxonMobil/DuPont Provided Introduction to Tutorial • Validation of Sample System Performance • Integration of Sensor with Sampling System • Four Suppliers of Sampling/Analyzer Systems Participated in Tutorial: • A+, Autoflow, Swagelok, Rosemount • Many components commercially Available • GCX example of self-contained miniaturized GC (GC on a pole) • Recognition • Modular Sampling System can be a platform to integrate VMAS • Bridge between Process Sample (Macro world) Micro Fluidics Sensors/Analyzers
Nov99 CPAC SSISSS Tutorial (Vendor Presentations) Swagelok Autoflow A+ Rosemount
Nov99 CPAC SSISSS Tutorial • ExxonMobil/DuPont Provided Introduction to Tutorial • Validation of Sample System Performance • Integration of Sensor with Sampling System • Four Suppliers of Sampling/Analyzer Systems Participated in Tutorial: • A+, Autoflow, Swagelok, Rosemount • Many components commercially Available • GCX example of self-contained miniaturized GC (GC on a pole) • Recognition • Modular Sampling System can be a platform to integrate VMAS • Bridge between Process Sample (Macro world) and Micro Fluidics Sensors/Analyzers
IFPAC2000 • ExxonMobil Presented Plenary Paper Promoting SSISSS • Sample System Infrastructure accounts for 50+% Cost to Build • Proposed Conceptual Design for SSISSS • Highlighted sensor and analyzer transmitter configurations • Sampling System Session • Presentations by A+, Autoflow, etc. • Sampling Systems enjoyed a High Profile • CPAC/ExxonMobil sponsored Workshop • Confirmed high interest in Modular Sampling System • Provided input for the ISA Standardization effort
For a major greenfield project TODAY’S COST OF BUILD
Field LAN IMAGINE THE FUTURE A P Process Stream Analyzer Controller T F Level 1 Level 0
IMAGINE THE FUTURE FLAN (Optical Fiber) Sensor = Moisture Probe P IA Controller(ASIC) & Interface Module F T A Sensor/Signal Bus Original Picture of Gas Delivery System courtesy Valin Corporation;
IMAGINE THE FUTURE Sensor = RAMAN Probe P F Interface Module T A
IFPAC2000 • ExxonMobil Presented Plenary Paper Promoting SSISSS • Sample System Infrastructure accounts for 50+% Cost to Build • Proposed Conceptual Design fro SSISSS • Highlighted sensor and analyzer transmitter configurations • Sampling System Session • Presentations by A+, Autoflow, etc. • Sampling Systems enjoyed a High Profile • CPAC/ExxonMobil sponsored Workshop • Confirmed high interest in Modular Sampling System • Provided input for the ISA Standardization effort
IFPAC2000 • ExxonMobil Presented Plenary Paper Promoting SSISSS • Sample System Infrastructure accounts for 50+% Cost to Build • Proposed Conceptual Design fro SSISSS • Highlighted sensor and analyzer transmitter configurations • Sampling System Session • Presentations by A+, Autoflow, etc. • Sampling Systems enjoyed a High Profile • CPAC/ExxonMobil sponsored Workshop • Confirmed high interest in Modular Sampling System • Provided input for the ISA Standardization effort
Pittcon2000 (New Orleans) • O&P Ad-Hoc Meeting of Sponsor End-users • DuPont, Dow, Dow-Corning, CPAC, Rohm&Haas, ExxonMobil • Main Goal: Identify Typical Sample System Designs as Candidates for Modular Design • Reviewed some typical gas/liquid sample System Designs • Rob DuBois Presented a Modular Component/Service Matrix • Discussed next steps • Present Sample System Data at May CPAC Meeting • Next Step is to Open Up Discussion (3rd parties) • Leverage ISA Meeting in New Orleans (Aug00) • Role of CPAC in Facilitating Development/Testing of a Prototype System • Larry Ricker/Lloyd Burgess to Present Proposal
Status • CPAC Meeting May 1999 Done • O&P Identified Modular Sampling Systems • CPAC Meeting Nov 1999 Done • O&P Sponsored Tutorial • IFPAC2000 MeetingDone • Plenary Presentation Promoted SSISS • Session on Modular Sampling Systems • CPAC Sponsored Workshop • Pittcon2000Done • Ad-hoc O&P Meeting • Propose Candidate Sampling System Descriptions • CPAC Meeting May 2000 TBD
What is Next? • CPAC Meeting May 2000 (Sampling Focus Group – Wednesday) • Review and Agree on Sample System Information Package • Involvement of 3rd parties • How do we distribute package (Distribution List, Meeting?) • Expectations for proposals from Suppliers (Paper designs?) • Joint Effort with ISA (Meeting in Aug, New Orleans) • Evaluation of Designs - Recommendation • Prototype design/manufacturing/testing at CPAC • Larry Ricker/Lloyd Burgess proposal • Program to Evaluate Test Platforms fro Micro Analytical Devices • CPAC Proposal – Lloyd Burgess