Mitigating industry sector emissions, general overview
Peter Levi, Energy Analyst – Industry
IEA Secretariat, Paris, France
An overview from the IPCC
Chris Bataille, Associate Researcher at the Institute for Sustainable Development and International Relations (IDDRI.org) in Paris, France, and Adjunct Professor at Simon Fraser University, Canada
As industry transition is becoming an increasingly important and complex topic for energy and climate, governments, sectors, and companies are encouraged to produce roadmaps to reflect upon their strategies. The work within the IETS TCP has included a reviewing of existing roadmaps and interviewing industry experts to collect their experience regarding this type of exercise. Based on this, experiences with industry roadmap methodologies and developments will be discussed in this session.
Ademe, France (IETS Task XX)
Moderator
Title TBD
Lars J. Nilsson, Professor of Environmental and Energy Systems Studies and Head of Department
Department of Technology and Society at Lund University, Sweden
Biorefineries are a cornerstone for conversion towards a future bioeconomy. Since molecular size, charge and solubility are the main separation characteristics of extracted biomass compounds, membrane separation processes are key components in biorefineries. In this session, the key aspects required for the successful integration and optimisation of the different membrane technologies in the concept of biorefineries will be investigated.
Lund University, Sweden (IETS Task XVII)
Moderator
Title TBD
Claus Hélix-Nielsen, Professor, Head of department
Department of Environmental and Resource Engineering, DTU Sustain, Denmark
Wastewater biorefinery – harvesting nutrients and the energy from the dirt
Morten Lykkegaard Christensen, Associate Professor, Separation Processes
Center for Membrane Technology, Aalborg University, Denmark
Membranes Processes as Best Available Techniques (BAT) in Pulp & Paper Industry
Maria Noberta de Pinho, Professor of Chemical Engineering
Instituto Superior, Técnico, University of Lisbon, Portugal
In this session, the IETS work to advance knowledge and development of digitalization, artificial intelligence and related technologies to improve the economic and environmental performance of energy and GHG-intensive industries will be discussed. The activities would seek to assemble a network of academics, research labs, IT providers and process industry stakeholders to cooperate and disseminate findings.
CanmetENERGY, Canada (IETS Task XVIII)
Moderator
Digitalisation in industry, a journey beyond productivity and sustainability
Mehrzad Lavassani, Program Manager
RISE Research Institutes of Sweden
Digital twins as enablers for waste heat recovery with thermal energy storage
Felix Birkelbach
TU Wien, Austria
Optimisation of energy production in a bio-refining process using artificial intelligence
Philippe Mack
PEPITe SA, Belgium
Production processes digital twin development for energy flexibility potential investigation with four case studies
Daniel Anthony Howard
SDU Center for Energy Informatics, Mærsk Mc-Kinney Møller Instituttet, University of Southern Denmark
The IETS work with industry-based biorefineries promotes systems analysis and decision support systems related to identifying sustainable biorefinery strategies to ultimately achieve net zero or negative GHG emissions. Examples are advanced energy analytical methods, long-term strategic approaches, and identification of opportunities for new circular bioeconomy value chains.
Polytechnique Montréal, Canada (IETS Task XI)
Moderator
CanmetEnergy, Canada (IETS Task XI)
Moderator
Ex-ante technology assessment of novel routes for production of chemicals
Andrea Ramírez Ramírez
Faculty of Technology, Policy and Management, Delft University of Technology, Netherlands
Approaches towards Net-Zero Biorefineries
Bettina Muster-Slawitsch
AEE Institute of Sustainable Technologies, Austria
Designing biorefineries with a holistic and systemic approach
François Maréchal, Professor and Head of the Industrial Process and Energy Systems Engineering group
École polytechnique fédérale de Lausanne – EPFL, Switzerland
Titel TBD
William Mackintosh, Project Manager/ Senior Scientist
RISE Research Institutes of Sweden
Opportunities for usage of industrial excess heat require a multidisciplinary approach. Topics in this session include methods for identification and quantification of excess heat, impact on excess heat opportunities of future changes in industrial energy systems, operational aspects, risk assessments as well as the role of excess heat in industrial symbiosis, process integration and process intensification.
TU Wien, Austria (IETS Task XV)
Moderator
Towards high temperature (>500°C) excess heat recovery in Steel Industry
Akshay Bansal, Energy Program Leader, Process Energy & CO2
ArcelorMittal Global R&D, France
Optimization Strategies for Industrial Excess Heat Recovery
Felix Birkelbach, Post.Doc researcher at the Institute of Energy Systems and Thermodynamics
TU Wien, Austria
Methods for identification and quantification of excess heat
Donald Olsen
Lucerne University of Applied Sciences and Arts, Switzerland
Impact on excess heat opportunities of future changes in industrial energy systems
Elin Svensson, Senior researcher
Chalmers University of Technology, division of Energy Technology, Sweden
Electrification in industry is considered a key measure for replacing oil and gas and for achieving a radical GHG mitigation in industry. In this session, experiences and findings from international networking within the IEA will be presented and discussed. The emphasis will be in the following areas: Technology development in industrial electrification, systems analysis and impacts of electrification in industrial systems, infrastructure and sector coupling. Both direct and indirect electrification, e. g. heat pumping and hydrogen usage, will be included.
TNO, Netherlands (IETS Task XIX)
Moderator
Title TBD
Darja Markova, Senior Researcher
Energy Technology Department of Energieinstitut an der Johannes Kepler Universität Linz, Austria
PROCEL Opportunities for decarbonization of industrial processes through increased electrification
Simon Harvey, Professor in Industrial Energy Systems
Chalmers University of Technology, Sweden
From H2 and CO2 to platform chemicals
Marija Saric, Senior Scientist Integrator Energy Transition
The Netherlands Organisation of Applied Research, The Netherlands.
Lessons learned in subtask 2 of IETS Task XIX on Industrial Electrification
Jonathan Moncada
The Netherlands Organisation of Applied Research, The Netherlands.
How much can Circular Carbon and Industrial Symbiosis contribute to Industrial Decarbonization? What is the status of practical implementation and ongoing research?
Energieinstitut an der JKU Linz, Austria (IETS Task XXI)
Moderator
A Business and Financing Model for Industrial Symbiosis
Thomas Parker, CEO
WA3RM, Sweden
How to handle Circular Carbon in theory and/or policy – Focus: CCU and LCA
Volker Sick, Director
Global CO 2 Initiative, USA
Industrial Symbiosis in the light of Circular Carbon
Teresa Domenech Aparisi
University College London, UK
This session will discuss the complexities involved in applying CCUS technologies in industry and the need for new knowledge regarding, e. g., process integration, the impacts of introducing CCUS on economic and GHG mitigation performance as well as interplay and competition with other major alternatives for GHG mitigation.
Technical Programme Advisor, IEAGHG
Moderator
CanmetEnergy, Canada (IETS Vice-Chair)
Moderator
CCUS i Industry-Nordic System Perspectives
Filip Johnsson, Professor, Department of Space, Earth and Environment
Chalmers University of Technology, Sweden
CO2 capture in energy-intensive industry – integration and adaptation
Kristin Jordal Filip Johnsson, Chief Scientist Industrial CO2 Capture
SINTEF Energi AS, Norway
Process integration will play a key role to support the energy transition. It looks at identifying system’s synergies by materials and heat recovery and by promoting the efficient conversion of energy resources. In the context of the energy transition, process integration will extend its impact by exploring new system boundaries, using advanced optimisation and machine learning techniques and life cycle based sustainability metrics.
École polytechnique fédérale de Lausanne – EPFL
Moderator
CIT Renergy, Sweden (IETS Chair)
Moderator
Process integration for the industry decarbonisation
François Maréchal, Professor and Head of the Industrial Process and Energy Systems Engineering group
École polytechnique fédérale de Lausanne – EPFL, Switzerland
Process Blueprints and Circular Economy
Ivan Kantor, Professor
Concordia University, Montreal, Canada
The water-energy nexus in industry
Thokozani Majozi, Professor and Dean of the Faculty of Engineering and the Built Environment
University of the Witwatersrand, South Africa.
Integrating Processes and the Energy system
Julia Granancher, PhD candidate
Ecole Polytechnique Federale de Lausanne – EPFL, Switzerland
Description and speakers will be posted soon.
Sweden Meetx AB is the conference bureau handling the conference secretariat for the ENERGY FUTURE 2023.
E-mail: energyfuture2023@meetx.se
Phone: +46 31 708 86 90
Registration opens: 16 December 2022
Conference Dates: 9-11 May 2023