The IFRF The IFRF – past, present and future past, present and future 70 years of the International Flame Research Foundation – a new phase 11 th ECCRIA, University of Sheffield, Sept 2016 Philip Sharman IFRF Sheffield UK Neil Fricker IFRF Livorno Italy Roger Dudill British Flame IFRF , Sheffield, UK IFRF , Livorno, Italy British Flame
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The IFRF The IFRF –– past, present and futurepast, present and future
70 years of the International Flame Research Foundation – a new phase
11th ECCRIA, University of Sheffield, Sept 2016
Philip SharmanIFRF Sheffield UK
Neil FrickerIFRF Livorno Italy
Roger DudillBritish FlameIFRF, Sheffield, UK IFRF, Livorno, Italy British Flame
Contents• The past:
• Early days
• Building a firm Foundation
• IFRF through the decades
• The present:p• Established membership
• IFRF activities and servicesIFRF activities and services
• The future:S ff• Move to Sheffield, 2016
• Priorities for ‘new IFRF’
• Longer-term strategy for IFRF2
“Bring the past only if you
are going to build from it.”
Doménico Cieri Estrada
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Early days at IJmuiden, NL1955 – IFRF established1948 – R&D
FurnaceFurnace,KNHS
No. 1 Furnace (oil & gas)
i i dcommissioned in 1954
Building a firm Foundation...
• Foundation (‘not-for-profit’)( p )• Managed by its members’ representatives• IFRF vision:• IFRF vision:
To be the international reference point for clean, efficient and safe industrial combustionand safe industrial combustion
• Our mission:To advance applied combustion research andTo advance applied combustion research and promote cooperation and information transfer throughout the international combustion communitythe international combustion community
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…for its Members
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IFRF through the decades – 1950s
• 1950s: Oil and gas flame emissivity, fluid g y,mechanics and mixing; coal combustion
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IFRF through the decades – 1950s
• 1950s: Oil and gas flame emissivity, fluid g y,mechanics and mixing; coal combustion
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IFRF through the decades – 1960s
• 1960s: Combustion aerodynamics (non-swirling, y ( g,swirling) and flows
• 1950s: Oil and gas flame emissivity, fluid mechanics and mixing; coal combustion
9
IFRF through the decades – 1960s
• 1960s: Combustion aerodynamics (non-swirling, y ( g,swirling) and flows
• 1950s: Oil and gas flame emissivity, fluid mechanics and mixing; coal combustion
10
IFRF through the decades – 1970s
• 1970s: NOx reduction and mathematical x modelling; contract research
• 1960s: Combustion aerodynamics (non-swirling, swirling) and flows
• 1950s: Oil and gas flame emissivity, fluid mechanics and mixing; coal combustionand mixing; coal combustion
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IFRF through the decades – 1970s
• 1970s: NOx reduction and mathematical x modelling; contract research
• 1960s: Combustion aerodynamics (non-swirling, swirling) and flows
• 1950s: Oil and gas flame emissivity, fluid mechanics and mixing; coal combustionand mixing; coal combustion
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IFRF through the decades – 1980s
• 1980s: Coal combustion research and near-field aerodynamics
• 1970s: NOx reduction and mathematical modelling; contract research1960 C b ti d i ( i li• 1960s: Combustion aerodynamics (non-swirling, swirling) and flows
• 1950s: Oil and gas flame emissivity fluid mechanics1950s: Oil and gas flame emissivity, fluid mechanics and mixing; coal combustion
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IFRF through the decades – 1980s
• 1980s: Coal combustion research and near-field aerodynamics
• 1970s: NOx reduction and mathematical modelling; contract research1960 C b ti d i ( i li• 1960s: Combustion aerodynamics (non-swirling, swirling) and flows
• 1950s: Oil and gas flame emissivity fluid mechanics1950s: Oil and gas flame emissivity, fluid mechanics and mixing; coal combustion
library of 318 combustion files on variety of topicslibrary of 318 combustion files on variety of topics• ‘IFRF Members' Exchange’
a private and secure email system linking IFRF members worldwide• Technical events • Career and training opportunities• Databases: Solid Fuels Database; European Facilities Database ; p
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IFRF meetings
• Topic-Orientated Technical Meetings (TOTeMs)• #43 on ‘Safe Design & Operation of Fired
Equipment in the O&G Industry’, Sheffield, 3 June 2016 (75 attended)June 2016 (75 attended)
• #44 on ‘Use of Gaseous Fuels in Industry’, Essen, 17-18 November 2016
• National Committee Meetings (‘Flame Days’)• Member Conferences• Member Conferences
• MC18 on ‘Flexible and Clean Fuel Conversion in Industry’, Freising, Germany, June 2015 g, y,
• Specialist Workshops• ‘FTIR Owners and Users Roundtable’ Livorno March 2016FTIR Owners and Users Roundtable , Livorno, March 2016
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Other member services
• ‘Monday Night Mail’ (MNM) e-newsletter:• 25-35 issues per year
• University of Sheffield to ‘host’ yIFRF from September 2016
• New business model• ‘IFRF Ltd’ to be established as
distinct not-for-profit organisation• Office on UoS campus• IFRF to focus on ‘networking’
ffunction• PACT to be ‘preferred research
t ’ IFRF tpartner’ – IFRF access to facilities and researchers
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Priorities for ‘new IFRF’
• Strengthen IFRF Members’ Exchangeg g• Maintain meetings (TOTeMs, MCs, etc.)• Focus on Asia for growth – i.e. China, g ,
India, Korea, Philippines, Indonesia, etc.• Look to establish ‘Asia Flame Committee’• Use key events to promote (e.g. ECCRIA!)• Work with PACT on existing collaborative
programmes, developing new R&D as appropriate, Member Services, etc.
• Boost membership
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Longer-term strategy for IFRF
• Future for PACT – ‘PACT-2’
• Wider base of ‘preferred research partners’ (e.g. GWI, Laborelec, VTT, Doosan Babcock, etc.)
• Broader definition of “combustion” (e.g. EPSRC)
Broader capability Relevance to current/future R&D needs
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Broader capability… Relevance to current/future R&D needs…
“Yesterday is gone. y g
Tomorrow has not yet come.Tomorrow has not yet come.
We have only today – Let usWe have only today Let us
begin ”begin.Mother Teresa
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Thank youThank youyy
11th ECCRIA, University of Sheffield, Sept 2016, y , p
Extra SlidesExtra Slides
11th ECCRIA, University of Sheffield, Sept 2016, y , p
New member servicese.g. On-site emission and radiation measurements:
• SSV (Italy) – in-field temperature measurements in glass furnace
• CIUDEN (Spain) – in-flame radiation and gas composition
measurements on 20MWth test rig
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IFRF probesProbes development and manufacturing:
St d d ti t• Standard suction pyrometer• Ellipsoidal radiometer• Total heat flux meterTotal heat flux meter• 5-hole Pitot• Standard gas/solid sampling probe• Deposition/corrosion probes
New probes development:• FTIR analyzer and quartz tip probe
O ti l Di ti f C b ti• Optical Diagnostic of Combustion
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IFRF through the decades • 1950s: Oil and gas flame emissivity, fluid mechanics and