BFI - New inline measurements and closed loop process

Report
SPIRE
Brokerage event
October 22nd
2013
SUSTAINABLE PROCESS
INDUSTRY
EUROPEAN INDUSTRIAL
COMPETTIVENESS THROUGH
RESOURCE AND ENERGY EFFICIENCY
“New inline measurements and
closed loop process control
of high temperature processes”
Organization
VDEh-Betriebsforschungsinstitut (BFI) is one of the leading European providers of
application-focused R&D in the field of steelmaking and neighbored industries located in Düsseldorf, Germany, with a staff of 130 people. BFI's field of activities
covers the entire production process chain, from charged materials to the final
products. Core competences lie in the fields of process engineering, energy and
resources and measurement techniques / process automation.
Division “Measurement & Automation”: Measurements in the liquid phase
Measurements in the solid phase
Process automation in liquid phase
Process automation in solid phase
Quality Control and Information technology
 Measuring, testing (process and
product, mechatronics, always
online)
 Control (setup, open loop, closed
loop, manual support)
 Monitoring, supervision, diagnosis,
optimisation
 HMI, communication, protocols,
data acquisition, Data Mining, etc.
VDEh-Betriebsforschungsinstitut GmbH
Sohnstrasse 65
40237 Düsseldorf
Germany
www.bfi.de
WWW.SPIRE2030.EU
especially „through-process“ ….
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Project Idea Concept
PLEASE USE 2 SLIDES TO SUMMARIZE THE MAIN CONCEPT OF YOUR PROJECT IDEA AND
LINK IT TO THE RELEVANT KEY COMPONENT / KEY ACTION AS REFLECTED IN THE SPIRE
ROADMAP AVAILABLE AT HTTP://WWW.SPIRE2030.EU/ . INDICATE AS WELL THE CALL
TOPIC YOU WILL ADDRESS.
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Relevant Call: SPIRE 1 “Integrated Process Control”
High temperature processes (> 500°C; in steel area e.g. sinter process, blast
furnace, scrap melting, secondary metallurgy; in other industries ….)
Local and distributed processes with uncertainties regarding quantity and quality
of input materials; sometimes long dead times, non-linear process behaviour
Inline measurement and modelling of properties of input materials (in steel area
e.g. chemical composition and metallic yield of scrap, bulk density of scrap or
coke, etc.; in other industries….)
Fast inline measurement of product properties (in steel area e.g. continuous
fiber-optical temperature measurement at high accuracy, etc.; in other industries:
…)
Continuous process monitoring by analysing results from new measurement
techniques (“Sensor Fusion” if necessary) in combination with dynamic process
models, application of soft-sensors if necessary
Advanced closed loop process control (e.g. control under uncertainties) for
optimisation of product quality and resource efficiency, based on the above
measurements, monitoring tools and predictive models
Demonstration of new integrated process control solutions in process industries
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3
Project Idea Concept
PLEASE USE 2 SLIDES TO SUMMARIZE THE MAIN CONCEPT OF YOUR PROJECT IDEA AND
LINK IT TO THE RELEVANT KEY COMPONENT / KEY ACTION AS REFLECTED IN THE SPIRE
ROADMAP AVAILABLE AT HTTP://WWW.SPIRE2030.EU/ . INDICATE AS WELL THE CALL
TOPIC YOU WILL ADDRESS.
closed loop
control
intelligent
monitoring
complete
description of
input
material
online, closed loop
control actions
new / fast inline
measurements
raw material,
input material
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other industries …
any kind of high temperature
processes
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improved resource efficiency
better product quality
increased productivity
lower production costs
Idea Impact
PLEASE USE 2 SLIDES TO HIGHLIGHT THE MAIN EXPECTED IMPACT OF THE IDEA
RELATED TO THE CALL TOPIC YOU WILL ADDRESS AS WELL AS THE SPIRE ROADMAP
AVAILABLE AT HTTP://WWW.SPIRE2030.EU/ INDICATE AS WELL THE CROSS-SECTORIAL
CHARACTER OF THE IDEA.
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New real-time measurements and closed-loop control tools
in the field of high temperature processes
New solutions for monitoring of input materials as well as
properties of final products in high temperature processes
Improved process operation with respect to resource and
energy efficiency
Improved quality of final product and at the same time
reduced production costs
Strengthening of European industry
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Idea Impact
Relation to SPIRE roadmap:
• SPIRE key component 2, Process
• Key action 2.3: Process monitoring, control and
optimization
Realisation areas:
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Implementing measurement devices for all aspects of intermediate/final product
quality and their integration into process control
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Robust optimization methods to local targeted process control and energy
supply
Cross-sectorial aspects:
• Applicable in all industries with high temperature
processes and the necessity to describe better the input
materials and to measure online additional product
features to optimise process control
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Existing Project Consortium
PLEASE USE 1 SLIDE TO INDICATE THE EXISTING PROJECT CONSORTIUM AS WELL AS
THE MAIN ROLE OF THE PARTNERS.
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BFI as applied research institute
Industrial partners from steel industry
Research partners from steel industry
Supplier of measurements devices (SME)
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Looking for partners…
PLEASE USE 1 SLIDE TO INDICATE THE PROFILE OF THE PARTNERS YOU WILL BE
LOOKING FOR AND THEIR ENVISIONED ROLE
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Industrial partners from outside steel industry with similar
tasks in the field of high temperature processes (e.g. nonferrous metals, glass, cement, ….)
Suppliers of measurement devices to monitor input materials
or product properties outside steel industry (SME)
Supplier of Automation solutions
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Contact details
Prof. Dr.-Ing. Harald Peters
Tel: 0049 211 6707 311
[email protected]
Head of Division Measuring
Techniques and Automation
Member of ESTEP WG1
General Manager of the Research Institute: Prof. Dr.-Ing. Ralph Sievering
Member of AIAG in SPIRE, Tel: 0049 211 6707 200, [email protected]
VDEh-Betriebsforschungsinstitut GmbH, Sohnstrasse 65, 40237 Düsseldorf, Germany
WWW.SPIRE2030.EU
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