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Industrial Energy-Related Technologies and Systems A Technology Collaboration Programme established under the auspices of the International Energy Agency
Industrial Energy-Related
Technologies and Systems
A Technology Collaboration Programme
established under the auspices of the International
Energy Agency
© 2012
Countries participating in IETS
Belgium: University of Liège and VITO - Flemish Institute for Technological Research NV
Denmark: Danish Energy Agency
Germany: Forschungszentrum Jülich GmbH
Korea: Korea Institute of Energy Technology Evaluation and Planning (KETEP)
Netherlands: RVO Netherlands Enterprise Agency
Norway: ENOVA SF
Portugal: Instituto Superior Técnico, University of Lisbon
Sweden: Swedish Energy Agency
United States: U.S. Department of Energy
IETS Mission and strategic objectives
“To foster international co-operation among OECD and non-OECD
countries for accelerated research and technology development
of industrial energy-related technologies and systems”
To strengthen international cooperation on energy saving and GHG
mitigation in industry
To include all industrial sectors and technologies/systems in the
IETS area
To facilitate cooperation between different industrial R&D disciplines
To improve knowledge transfer and information between countries,
researchers, and industries
To develop international networks within an industry sector or within
cross-cutting technology or system areas
For more information about IETS: http://www.iea-industry.org/
To meet the 2ºC target it is not sufficient to stop emissions of
CO2, most likely we need negative emissions by the end of the
century.
Emissions falling before 2020
50-90% reduction by 2050
After 2070: totally negative emissions
© 2012
Contribution to environmental protection
Worldwide energy use for different sectors 2012 (left), and CO2 emissions from different sectors 2012 (right). CO2 emissions from electricity use is included. (Source: IEA Key World Energy Statistics 2014)
Industry 28%
Transport 28%
Other 35%
Non-energy 9% Industry
38%
Residential 17%
Transport 24%
Other 21%
The IETS Annexes
The core of the IETS activities is carried out in so called Annexes.
Current on-going Annexes include:
Annex IX - Energy Efficient Separation Technologies Systems
Annex XI - Industry-based Biorefineries
Annex XIII - Industrial Heat Pumps
Annex XIV - Process integration in the iron and steel industry
Annex XV - Industrial Excess Heat Recovery
Annex XVI - Energy Efficiency in SME´s
Annex XVII - Membrane filtration for energy-efficient separation of
lignocellulosic biomass components
For more information about IETS: http://www.iea-industry.org/
Important Industry Types in IETS
• Iron and Steel Industry
• Chemical/Petrochemical Industry
• Oil Refineries
• Pulp and Paper Industry
• Cement Industry
• SME:s
• Industrial Clusters
© 2012
Examples of important Areas
Good participation from industry and international networks in:
Industrial heat pumps
Energy systems in Iron and steel industry
Biorefineries in different industry types
Membranes for biomass products
Industrial excess heat
Energy systems in SME:s
Biomass dewatering
Separation systems
Process integration
© 2012
Final Reports Examples
System and integration aspects and technology developments of industrial heat pumps
Process integration tools and methodology approaches in the iron and steel industry
Potentials, technology developments and climate aspects of industrial excess heat
Energy end-use policies and programs, methods and tools as well as energy services and business models for industrial SMEs
Three research packages: • Thermochemical conversion of biomass • Chemical and biochemical conversion of biomass • Process integration ENERGY COMBINE
Network Annex 14
Sweden Swerea MEFOS (research) Luleå Univ Technology (academia) SSAB (industry)
Japan Tohoku University (academia) JFE (industry) NSSMC (industry)
Finland Ruukki [now SSAB] (industry) Åbo Akademi (research)
Italy Scuola Superiore Sant’Anna (research)
Korea Posco (industry) RIST (research)
France ArcelorMittal R&D (industry)
Australia BlueScope Steel (industry) CSIRO (research)
Key Conclusions Annex 14
• Specific conclusions from the collaboration are summarized:
• Static site models are quite well developed, good for scenario modelling.
• Lack of industry standard tools for process metallurgy modelling & lack of model interconnectivity will inhibit cooperation
• Methods are more designed for strategic analysis, not developed for day-to-day optimization of the production sites.
• Optimization of energy use requires further method development, on-line real time modeling, dynamic modelling.
• Acceptance of models and model results are important hurdles to overcome for successful implementation.
• PI is being successfully applied, but there is much more potential to be realized
• A critical mass of researchers and engineers is needed
IETS Annex 15 – Industrial Excess Heat Recovery Technologies and Applications
Participating Countries: Denmark, Germany, Norway, Portugal, Sweden and USA
Annex Manager: Sweden Thore Berntsson and Anders Åsblad
Chalmers Industry Technology, Industriell Energi
End of Phase 1: February 2015
Four Main Topics
1. Determine potential of excess heat recovery in participating countries
2. Document development of existing and emerging technologies/systems
3. Determine and use effective modes of information dissemination
4. Understand government policy and regulations
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Excess heat amounts and levels
A compilation of existing studies on:
--Excess Heat Amounts
--Excess Heat Temperature Levels
--Excess Heat Aggregation State (steam, water, air, gases)
in 8 different countries
Industry types included:
--Food
--Pulp and paper
--Chemical
--Iron and steel
--Cement
--Oil refineries
--Aluminium
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Suggestion for a Second Task
IEA, IETS, Annex 15, Task 2 – Opportunities for Industrial Excess Heat: Available Resources and Possible Future Economy
Subtask 1: In-depth evaluation and inventory of excess heat levels
Subtask 2: Methodology on how to perform an inventory in practice
Subtask 3: Possible policy instruments and the influence on future use of excess heat
Participating Countries: Norway, Sweden, Denmark, Germany, Austria,
Portugal
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Workshops and Conferences-Examples
Joint workshop on System Aspects of Biomass Based Gasification,
with Bioenergy Implementing Agreement, Task 33, Gothenburg
November 2013
International Jubilee Process Integration Conference, Gothenburg
March 2013
Joint workshop on Industrial Carbon Capture and Storage, CCS,
with IEA Greenhouse Gas (IEAGHG) Implementing Agreement,
Lisbon March 2015
CCS in Process Industries
• Joint workshop with IEA, GHG IA
• Lisbon, March 10-11
• 65 participants from policy making, industry and academia
• 18 presentations, of these 6 from industry and 5 from national/international organisations
• Panel discussion led by Simon Bennett, IEA
Some Findings
• CCS in industry needed, in addition to other measures, for reaching the 2 C goal
• CCS for fossil and biobased CO2 equal in terms of GHG mitigation (use the most economic…)
• Long-term technology, 2030 and beyond
• Economy very dependent on policy instrument development
© 2012
Long-standing Annexes
Industry sector oriented ones:
Annex XIV: Process integration in the iron and steel industry
Annex XVI: Energy efficiency in small and medium enterprises (SMEs)
Cross-cutting ones:
Annex XI: Industry-based biorefineries
Annex XIII: Application of industrial heat pumps
Annex XV: Industrial excess heat recovery
Benefits for participants
There are numerous advantages to international energy technology
RD&D collaboration through the IETS, some of them are
Synergy effects - reduced costs and avoidance of duplication of
work
Access to synthesis and analysis reports
Networking and direct communication with leading research
groups
Strengthened national RD&D capabilities
Accelerated development and deployment
Knowledge transfer between countries and industries
For more information about IETS: http://www.iea-industry.org/
Vice Chair
Maurits Clement, NL Energie en Klimaat, Agentschap NL
The Netherlands
Vice Chair
Clemente Pedro Nunes, Instituto Superior Tecnico
Portugal
IETS Secretariat (Sweden)
Administration & information: Emmi Voogand, Chalmers Industriteknik
Technical support: Per-Åke Franck, CIT Industriell Energi
For IETS delegate contacts, visit http://www.iea-industry.org
IETS Executive Committee Chair Prof. Thore Berntsson, Chalmers University of Technology, Sweden
