www.flsmidth.com/automation QCX/OLX900
November 2009
March 2010 1
Agenda
Automation Group. Solutions -QCX (Part 1) Solutions -ECS. (Part 2)
QCX/OLX900
November 2009
2
FLSmidth Automation Group
FLSmidth Automation is a division of FLSmidth We have more than 30 years of experience in total plant automation and quality control systems FLSmidth Automation’s first software solution was commissioned in 1971 More than 700 control systems (ACE, AME and ECS solution suite) supplied world wide We have supplied more than 450 laboratory/quality automation systems (QCX solution suite) worldwide.
FLSmidth Automation aim at being our customers' preferred partner, offering ONE SOURCE solutions and products that strengthen our customers’ competitiveness - we are today a leader in our fields of automation www.flsautomation.com QCX/OLX900
November 2009
June 2008 3
FLSmidth Automation Group
Technology Subsidiaries Partners
www.flsautomation.com QCX/OLX900
November 2009
June 2008 4
Business Segments
Other ind ustries ind irect 0%
Af termarket 21%
Cement - d irect 44%
Other ind ustries 13% Minerals - d irect Minerals - ind irect 3% 0% Cement - ind irect 19%
Bringing Value to You by Experience and Know-How! Source: Net Contribution Calendar Year 2009 www.flsautomation.com QCX/OLX900
November 2009
February 2010 5
Solutions for every operational level Business Management Business-critical management information systems
Optimisation Process-optimising high-level control solutions
Supervision Applications for monitoring and controlling systems
Control Automation systems that run all plant processes
Sensors & Actuators FLSmidth Automation Solution Pyramid
QCX/OLX900
Process-enhancing components that provide real-time data
November 2009
6
Product Segments
Parts & Services, 18%
Instrumentation & Gas, 19%
Control systems, 25%
Lab Automation, 22%
High control level, 16%
Source: Net Contribution Calendar Year 2009 www.flsautomation.com QCX/OLX900
November 2009
February 2010 7
Process and Quality Control Solutions
Enterprise focus QCX: Quality control by Computer and X-ray
Managerial focus Supervisory focus
ECS: Expert Control & Supervision
Operational focus Machinery focus
AME: Advanced Measuring Equipment
ACE: Adaptable Control Equipment
PCI: Power & Control Integration
Securing Our World Leadership Position through Innovation! www.flsautomation.com QCX/OLX900
November 2009
June 2008 8
Process Optimization - Why?
To Reduce your Cost. (As simple as that!!) Costs mainly in a cement plant – Energy Cost in Power consumed Cost of CO2 Credits Cost of Fuel -Thermal Energy – Production Cost due to high variability of raw materials in the quarry, and stock pile Additives at the mill. Cost due to long transition times between products Cost due to high clinker content in final cement production.
QCX/OLX900
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How can we help you.?
ECS- Process Control Solutions QCX - Quality Control Solutions
QCX/OLX900
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10
QCX QCX is a state-of-the-art laboratory automation concept - targeted for the 24/7 round the clock QC & QA activities on a cement plant
only a few other suppliers offer an equivalent amount of functionality in an integrated system concept. There are many suppliers offering specific ’part’ solutions
QCX/OLX900
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QCX is ...
collection & administration of analysis data and quality control QCX/OLX900
.. central lab automation concept ... November 2009
12
QCX is also ...
On-line/In-line/At-line Analysis
PGNAA PGNAA LOI
XRF
QCX/OnStream
FCaO PSZ (laser particle sizing) Blaine C/H (Carbon-Moisture) C/S (Carbon-Sulphur) LOI (Loss on Ignition) XRF (QCX/OnStream)
QCX/OLX900
November 2009
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QCX modularity ´Stockpiles Raw mill
Raw meal Silo
Cement Silos Clinker storage
Feeders
Feeders
Kiln
Cement mill
QCX/AutoSampling QCX/AutoPrep
QCX/RoboLab
QCX/Laboratory (LIMS) QCX/OnLine Analysis
Data export
QCX/BlendExpert (QCX/BlendMaster) QCX/OLX900
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QCX
QCX/Laboratory
- kernel module for sample administration - central laboratory & tracking, reporting, data import/export open environment environment automation••and/or - data acquisition and instrument control open - on-line analysis - unique combination of LIMS and LAS Windows2000/2003/2007/XP/Vista/’7’ 2000/2003/2007/XP/Vista/’7’ applications•• Windows in a process control environment (LIMS: Laboratory Information Management System) state-of-the-art connectivity: •• state-of-the-art (LASconnectivity: : Laboratory Automation System)
ActiveX, ODBC, ODBC, OLE…. OLE…. ActiveX, QCX/AutoSampling QCX/AutoPrep QCX/ AutoSampling BlendExpert QCX/ OnLineAnalysis QCX/RoboLab • Microsoft Microsoft SQL2005/SQL2008 SQL2005/SQL2008 for ‘on-line’ quality•control based on forfor automatic raw mixsample sampling, & cement preparation in-process mill based
for automatic sample preparation EDXRF analysis (=QCX/OnStream) sample onquality integrated prep control and automatic sample +Microsoft stockequipment transport pile or AutoPrep • Visual Studio StudioQCX/ 6/7 basedor on robotics technology • Microsoft Visual 6/7 PGNAA particle sizing or .....
QCX/RoboLab
control & supervision based on : - lab XRF analysis .NET for for newest newest applications applications •• .NET - on-line EDXRF analysis - on-line PGNAA True Client-Server Client-Server architecture architecture QCX/Laboratory •• True or any combination hereof + mix design simulation + quarry logistics optimization
(LIMS)
QCX/ OnLineAnalysis
QCX/BlendExpert also supporting on-line analysis QCX/OLX900
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QCX mix control modularity
laboratory
on-line
PGNAA
Blast & equipment data
BlendExpert-AQL on-line tracking & mapping manual consequential calculations (add-on module for QCX/BlendExpert-Pile)
XRF
XRF
Bucket Excavator
GPS
QC/QA management
Longitudinal
process
QCX
Circular
quarry
Analysis data
On-line Production Accounting
BlendExpert-Pile BlendExpert-Mill
Data capture
BlendDesigner off-line design and static simulation
on-line QC applications
Mix optimization algorithms and utilities QCX/OLX900
November 2009
16
QCX mix control modularity process
on-line
PGNAA
BlendMaster is a leaner version of BlendExpert; targeted for PGNAA based mix control and with some reduction in functionality
Analysis data
On-line Production Accounting
BlendMaster-Pile BlendExpert-Pile BlendMaster-Mill BlendExpert-Mill on-line QC applications
Mix optimization algorithms and utilities QCX/OLX900
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4 strong applications
BlendMaster-Mill
BlendExpert-Mill
BlendExpert-AQL
BlendExpert-Pile BlendMaster-Pile BlendDesigner
QCX/OLX900
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QCX/BlendExpert Product summary
+5 State of the art material proportioning 00 Model Based Predictive Control so Raw mix or stockpile control ld Also supporting on-line PGNAA & on-line XRF ap pl Flexibility & Modularity ica Unique software smartness for both operator and specialist tio ns Powerful static simulation for mix design ! On-line Data capture Production Analysis Blast & Accounting data
equipment data
QCX/BlendExpert-AQL
QCX/BlendExpert-Mill QCX/BlendExpert-Pile
QCX/BlendDesigner
Mix optimization
QCX/OLX900
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In-line particle sizing – sampling & integration Customer
Scope borderline
FLSmidth Local control cabinet incl laser eqp supplier’s control components
Control box of Item 1 On-site welding on of these standard dimension access flanges/connection pipes with the proper inclination and orientation.
Test assembly (of previous version) and with Malvern Insitec No need for cellular wheel sluice when return to same chute with minimum height difference between sampling and return points
QCX/OLX900
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Scope borderline
minimum installation height requirement very high flexibility for return of analysed material very high flexibility for return og by-pass by by-pass excess material Flanges for adjusting
Chute section ( not included in scope )
0-360o
Optional cellular wheel sluice
Choice of Malvern ‘‘Insitec’ Insitec’ Insitec’ or Sympatec ‘‘Mytos’ Mytos’ Mytos’ Laser particle sizer
QCX/OLX900
0-360o
FLSmidth ‘‘V3’ V3’ Sampling & sample handling for in -line in-line Laser Particle Analyser November 2009
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Processflow flow Process 6L
Platform
OLX900 Analyzer a QCX/OnStream product QCX/OLX900
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Optimal quality control
QCX/OnStream combines sampling, analysis and process control
QCX/OLX900
High frequency
Applications for raw mix or cement
Fast control response
Reduced kiln feed variations
Reduced work load
Robust installation
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Well proven technology
OLX900 is the 5th generation of analyzers incorporated into the QCX/OnStream product range, since 1st analyzer version in 1993
O
ld ve OS rs CA io 30 n 00
QCX/OLX900
O ld ve OL rs X8 io 0 n
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0
Easily installed for vertical or ball mill
Ruggedized cabinet (IP54)
Analyses 4 main elements: Fe, Ca, Al, Si (options for S & Mg)
Energy dispersive X-ray fluorescence (EDXRF)
Lower cost than for PGNAA-based alternatives
Combines traditional and on-line techniques. Tighter quality control at lowest possible cost. QCX/OLX900
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Traditional vs OnStream analysis
Traditional laboratory
OnStream
Sampling error
•
The on-stream analyzer monitors the process dynamics with:
high frequency and good precision & good accuracy •
Sampling error
The lab analyzer establish the chemical level with:
high precision & high accuracy Analytical & sample
•
Redundant structure
presentation
Preparation error
error
Analytical error
QCX/OLX900
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OLX900
(1)
Smaller footprint of protective IP65 container
Based on MiniPal QC QCX/OLX900
November 2009
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OLX900
(2)
When two nearby sampling points
QCX/OLX900
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OLX900
(3)
When integrated with parallel composite sampling & automatic sample transport
QCX/OLX900
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Config 1
PS-SC screw sampler with excess return by gravity
Fixed shape, gravity return profile
1
Analyzer head & electronics
2
PLC, signal I/O, electrical components, pneumatics
3
Composite sampling; manual collection
Processflow flow Process
Dosing Spoon, placed immediately after sampler 20 cc per sampling
Project specific height. Up to 3m tube & 1 beater included.
1 22
Primary sampler; Continuously running. Few litres per minute
6L
3
(Option)
Platform
QCX/OLX900
November 2009
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Config 1 + parallel aut PSM-G sampling
PS-SC screw sampler with excess return by gravity
Process flow
Dosing Spoon, placed immediately after sampler 20 cc per sampling Project specific height. Up to 3m tube & 1 beater included.
1
2
3
Analyzer head & electronics
2
PLC, signal I/O, electrical components, pneumatics
1
Composite sampling; automatic collection
200 cc
3
Mixer
(Option) Platform
200 cc
Excess material returned to process Platform -1
QCX/OLX900
Blower with air sluice
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Config 2
PS-SC screw sampler with excess return via blower
Primary sampler; Continuously running. Few liters per minute
Process Process flow
Dosing Spoon, placed immediately after sampler 20 cc per sampling
Analyzer head & electronics
2
PLC, signal I/O, electrical components, pneumatics
3
Composite sampling; manual collection
Project specific height. Up to 3m tube & 1 beater included.
flow
1
1 22
(Option)
6L
3 Excess material returned to process
Platform
QCX/OLX900
Blower with air sluice
November 2009
32
Config 2 + parallel aut PSM-G sampling
PS-SC screw sampler with excess return via blower
Process flow
Dosing Spoon, placed immediately after sampler 20 cc per sampling Project specific height. Up to 3m tube & 1 beater included.
1
2
3
Analyzer head & electronics
2
PLC, signal I/O, electrical components, pneumatics
1
Composite sampling; automatic collection (Option)
3
200 cc
Mixer
Platform
200 cc
Platform -1
QCX/OLX900
Excess material returned to process
Blower with air sluice
November 2009
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Config 2a + parallel aut PSM-C sampling
PS-SC screw sampler with excess return via blower
Process flow
Dosing Spoon, placed immediately after sampler 20 cc per sampling Project specific height. Up to 3m tube & 1 beater included.
1
2
3
Analyzer head & electronics
2
PLC, signal I/O, electrical components, pneumatics
1
Composite sampling; automatic collection (Option)
3
200 cc
Mixer
Platform Sometimes the upper dosing device may be eliminated. In this case the lower one services PSM-C and OLX900 200 cc
Platform -1
QCX/OLX900
Excess material returned to process
Blower with air sluice
November 2009
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Config 3
Dual PS-SC screw sampler with excess return via blower Primary samplers; Alternatively running with start 1-2 minutes before 20 cc spoon sample taken. Few litres per minute
Mill 1
Mill 2 (or kiln feed)
Project specific height. Up to 15 m tube above Y-piece included. Max 30 deg from vertical.
Beater (always Included) Stop slide
•
Config with one analyzer servicing two raw mills, two cement mills (or one raw mill and one kiln feed sampling point)
•
Feasible, when horizontal distance between sampling points are less than say 10 m
•
Y-piece connection for short hori- zontal distances or sufficient installation height
•
Sample tube inclination from vertical: preferably < 15 deg; maximum 30 deg
•
Sampling in chutes or air slides supported
•
Very favorable price compared to two PGNAA’s for two raw mills
Project specific height. Up to 3m tube & 1 beater included.
1 2
6L
Excess material returned to process
3 Blower with air sluice
Platform
QCX/OLX900
November 2009
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Config 4
PS-AS air slide sampler with excess return via blower
Primary sampler; Intermittently operating. Start 20 secs before 20 cc spoon sample taken.
Process flow Process flow
Dosing Spoon, placed immediately after sampler 20 cc per sampling
Project specific height. Up to 3m tube & 1 beater included.
1
Analyzer head & electronics
2
PLC, signal I/O, electrical components, pneumatics
3
1 22
Composite sampling; manual collection
6L
3 Excess material returned to process
(Option) Platform
QCX/OLX900
Blower with air sluice
November 2009
36
Config 4 + parallel aut air slide sampling PS-AS air slide sampler with excess return via blower
Primary sampler; Intermittently operating. Start 20 secs before 20 cc spoon sample taken.
Dosing Spoon, placed immediately after sampler 20 cc per sampling
Project specific height. Up to 3m tube & 1 beater included. 250 cc
2
1
3
Mixer
Sometimes the upper dosing device may be eliminated. In this case the lower one services both mixer tank and OLX900
Platform
200 cc
Excess material returned to process Blower with air sluice QCX/OLX900
November 2009
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Config 5
Dual PS-AS air slide sampler with excess return via blower
Mill 1
Primary samplers; Alternatively running with start 20 secs before 20 cc spoon sample taken.
Mill 2 (or kiln feed)
Project specific height. Up to 15 m above Y-piece. Max 30 deg from vertical.
Beater (always Included) Stop slide
Project specific height. Up to 3m tube & 1 beater included.
6L Excess material returned to process
Platform
QCX/OLX900
Blower with air sluice
November 2009
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QCX – the market leader in the cement industry
accumulated QCX system sales by Q2 2009: + 600 QCX Systems sold worldwide,
hereof
- 140 fully automated sample prep projects - 225 projects with automatic sample transport - 125 projects with on-line analysis
more than 35 years experience! QCX systems sale (cement)
RoboLab AutoPrep
70 60 50 40 30 20 10 0
Small
1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 Oct
QCX/OLX900
November 2009
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End of Part 1
QCX/OLX900
November 2009
40
Product Segments
Parts & Services, 18%
Instrumentation & Gas, 19%
Control systems, 25%
Lab Automation, 22%
High control level, 16%
Source: Net Contribution Calendar Year 2009 www.flsautomation.com QCX/OLX900
November 2009
February 41 2010
Process and Quality Control Solutions
Enterprise focus QCX: Quality control by Computer and X-ray
Managerial focus Supervisory focus
ECS: Expert Control & Supervision
Operational focus Machinery focus
AME: Advanced Measuring Equipment
ACE: Adaptable Control Equipment
PCI: Power & Control Integration
Securing Our World Leadership Position through Innovation! www.flsautomation.com QCX/OLX900
November 2009
June 42 2008
PLC System Independence
ABB Modicon
Siemens Allen-Bradley -------------------OPC-DA
Four major PLC brands supported Built-in dedicated high performance I/O drivers No add-ons or 3rd party software required No additional hardware required Mix and match as you please! QCX/OLX900
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QCX/OLX900
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QCX/OLX900
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ECS/ControlCentre -Flexible Operator Interface
Well-known standard operator interface Very flexible!
QCX/OLX900
November 2009
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ECS : Advanced Process control / High Level control www.flsautomation.com QCX/OLX900
November 2009
June 47 2008
ECS ProcessExpert
Operator
High Level Control
P2 Optimum operation point Limits
P1
www.flsautomation.com QCX/OLX900
November 2009
February 48 2010
High-Level Control in a control system environment
Does NOT replace the operator, but becomes his BEST assistant www.flsautomation.com QCX/OLX900
November 2009
February 49 2010
Why High Level Control Can Benefit? Typically results of cement kiln applications: Production Increase
Fuel Savings
Quality Improvement
3 – 5%
2 – 4%
up to 30%
Typically results of cement mill applications: Production Increase
Power Savings
Decrease Standard Deviation
3 – 8%
3 – 8%
10 – 20 %
www.flsautomation.com QCX/OLX900
November 2009
February 50 2010
Small Numbers = Big Money
(Calculation available on www.flsautomation.com-> High level control-Calculator)
Local Conditions Product Net Profit Power Cost Fuel Cost Kiln Operation Period Mill Operation Hours
Kiln & Cooler Process Production Specific Fuel Cons. Specific Power Cons.
Cement Mill Production Specific Power Cons.
QCX/OLX900
15 0,06 12 11 20
EUR/t EUR/kWh EUR/Gcal (coal) month/year hours/day
2200 tons/day 780 kcal/kg 30 kWh/t
100 tons/hours 33 kWh/tons
Improve [%] 0 0 0
Benefit EUR/Year 0 0 0
Improve [%] 0 0
Benefit EUR/Year 0 0
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ECS/ProcessExpert- Open Toolbox
zy Fuz
MPC
ic Log
M
Fr e
PI D AT L
Ka e Pr lm og an ra m Fi s lte r
Fi lte r
AB
The building blocks to develop an application
QCX/OLX900
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Toolbox, controller overview Browser
Editor
Easy overview of execution status
QCX/OLX900
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Controller design & implementation An open environment with – Pre-define objects for parameterisation – Easy environment for programming (~ Visual Basic) – Open interface to MATLAB – Model Predictive Control (MPC)- for eg.Kiln Multifuel
Process input Process analoq output Process digital output Free programming Fuzzy-logic rule blocks Control objective Priority management Hierarchical structure Key Performance Index MATLAB link Recipe switching Kalman Filter MPC design State-Space simulator
QCX/OLX900
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Available Applications Various kilns, e.g. In-line calciner, Separate line calciner,… Typically grate coolers Dedicated MultiFuel application (Soft sensors on NOx and free lime) Vertical Roller Mills with special attention to the vibrations Raw meal grinding, with QCX/BlendExpert for feeder control Cement grinding, with soft-sensor on fineness On-line fineness analysis and control Ball mills for raw meal, cement or coal grinding Raw meal grinding with QCX/BlendExpert for feeder control Cement grinding, with soft-sensor on fineness On-line fineness analysis and control
QCX/OLX900
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Pyro Process Control & Optimisation
QCX/OLX900
November 2009
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Handling 40+ measurement every 5 sec is a Challenge O2, CO, NOx Pre-heater outlet temp.
ID-Fan Speed Damper Position
Pre-heater Gas Analyser Status
Kiln Feed Process Status Measurements Process Control Parameters
Calciner Gas Analyser Status Calciner outlet temp. O2, CO, NOx Calciner Fuel
TAD Pos. TA Temp. Kiln Fuel Hood Temp Spyrometer (1-n)
O2, CO, NOx Kiln Inlet Temp Kiln Inlet Gas Analyser Status
Torque, AMPs Kiln Speed
Fan Speed Free Lime Analysis
Under-grate pressure (1-n)
QCX/OLX900
Grate speed
November 2009
57
Kiln & Cooler Controller,1 Quality Control Typically Free-lime and Litre-weight
Functions
Production optimisation Lowest possible fuel and power consumption Handling the up-set conditions High CO in kiln inlet and pre-heater Ring fall Pre-heater high temperature Optional: On-line estimation of free lime On-line estimation of NOx
QCX/OLX900
November 2009
58
Kiln & Cooler Controller,2 Control actions every 10+ seconds
Features
Multi-input, multi-output strategy Priority Management System Control groups using fuzzy logic /MPC Performance indicators: Production level, Kiln stability, Heat consumption Draft stability, Burning zone temp. Open access to the Toolbox for add-on implementations
QCX/OLX900
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Examples From Real Life…
QCX/OLX900
November 2009
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Calciner outlet temp. control,
Ethiopia 2001
Calciner Outlet Temp. Process Value [°C] Calciner Outlet Temp. Set-point [°C] Calciner coal feed [t/h] QCX/OLX900
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Reduction in Heat Consumption
Before
QCX/OLX900
After
November 2009
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Multiple Fuel Burning QCX/OLX900
November 2009
63
Kiln Multiple Fuel
Fuel 1, x$
Fuel 2, y$
Multi-fuel Controller handling chemical, environmental and equipment properties
Cost-effective mix
Fuel 3, -z$
Energy Requirement
QCX/OLX900
November 2009
64
Multi-Fuel Application Basic target for the customer is to maximize use of lowest cost fuel within the Environmental Rules Optimum fuel design for “the best mix” respecting
Functions
Fuel cost, feeder limitations and dynamic, chemistry and emission targets
Configurable to any number of fuel Automatic fuel substitution
Prediction of final heat and chemistry in the combustion
Features
Model-base Predictive Controller (MPC) Adjustable optimisation strategy with weight factors Can be integrated as stand-alone application to 3rd party or manual kiln controller
QCX/OLX900
November 2009
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Ball Mill Control & Optimisation • Raw meal grinding • Cement grinding • Coal grinding
QCX/OLX900
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Example: Cement Mill Unit Mill Air
Status Measurements Manipulated Parameters Manipulated Parameters, if available
Product Flow,2
Separator Air
Separator Speed
Product Flow Elevator Load
Raw materials Reject Flow
Fresh Feed
Mill Power Folaphone
Product Quality Blaine (on-line) Particle Sizing SO3 LOI
QCX/OLX900
Water Inlet, Outlet
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Cement Mill Controller Quality Control Blaine, Particle Size Characteristic, SO3, LOI
Functions
On-line estimation of fineness values Recipe handling with automatic switch-over
Control actions every minute
Features
Multi-input, multi-output strategy Model-based Predictive Controller (MPC) Adjustable optimisation strategy with weight factors Performance indicators: Production level and Mill stability Open access to the Toolbox for add-on implementations
QCX/OLX900
November 2009
68
Cement Mill Control, Operator Interface Key Performance Indexes Measurements to involve, predict and control
Interlocking on controller availability
Process Optimisation Enabling
Automatic recipe handling
Actions planed and executed by the MPCbased controller
QCX/OLX900
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Cement Mill Control, Recipe Management
…also control constraints can be adjusted individually to match operation conditions
QCX/OLX900
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Cement Mill Control, Controller Tuning
“Elevator Power” as an indication of production, was here selected to be more important than the second objective, i.e. fineness parameter
If a measurement “Status” is evaluated as invalid, its modelbased prediction can automatically be used as replacement measurement
QCX/OLX900
Production optimisation tuning
November 2009
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Remote Monitoring Services… FLSmidth Automation offer remote monitoring services:
Process Troubleshooting and Support
Software Maintenance
Engineering and Optimization Services
QCX/OLX900
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72
ECS : Management Information systems www.flsautomation.com QCX/OLX900
November 2009
June 73 2008
If you cant measure it you cant improve it
www.flsautomation.com QCX/OLX900
November 2009
June 74 2008
Solutions for every operational level Business Management Business-critical management information systems
Optimisation Process-optimising high-level control solutions
Supervision Applications for monitoring and controlling systems
Control Automation systems that run all plant processes
Sensors & Actuators FLSmidth Automation Solution Pyramid
QCX/OLX900
Process-enhancing components that provide real-time data
November 2009
75
ECS/PlantGuide - Benefits The The The The
right right right right
Information to person at time in form
Data AVAILABILITY Data RELIABILITY
www.flsautomation.com QCX/OLX900
Plant Status Available Anywhere You Are…
November 2009
February 76 2010
ECS/PlantGuide – A Gateway to Plant Data
SCADA
www.flsautomation.com QCX/OLX900
QCX
November 2009
February 77 2010
PLG Enterprise -Network Configuration
QCX/OLX900
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Data presentation
PlantGuide-Web at office & corporate level A Web browser-based user-interface Simple process mimics with latest values Download any pre-generated report View trends View KPIs HTML pages Configuration Features Users organized in groups Access control at page level Flexible page design tool
QCX/OLX900
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Main PLG Web Features
Mimic view – Live update, 10 sec Trend – 24 hour line plot
QCX/OLX900
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Main PLG Web Features
Report Download -Excel, Pdf a.o.
Trend -One month Bar chart
QCX/OLX900
November 2009
81
FLSmidth Automation
Building trust in automation
QCX/OLX900
November 2009
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