Energy Transition Conference – 16 OCTOBER 2024
2023 Events Overview
Go to 2023 Events OverviewAims to
- Establish working groups to facilitate the implementation of renewable energy projects across the region.
- Offer networking opportunities to all interested actors to connect at the regional scale and organize partnerships to implement renewable energy projects and support the energy transition process.
- Identify key financing opportunities to support the implementation of renewable energy projects in the CEEC region.
Topics covered
- Sustainable energy transition trajectories.
- Solar, hydro, wind and biomass – challenges and opportunities.
- Central actors for energy transition – coordination and support.
- Examples of good practices from across the region – technology and policy know-how.
- Financing energy transition – private, public and EU funds.
preliminary Event Structure (TBC)
- 10:00 – 10:10 Goal and agenda of the working group.
- 10:10 – 10:35 Keynote: EU Strategy towards a CO2 free European energy sector – Pierre Schellekens, Director for Energy Policy: Strategy and Coordination (EU DG ENER)
- 10:35 – 11:00 Discussion with EU DG ENER speaker
- 11:00 – 12:20 State of the art industry presentations:
- Power Purchase Agreements (PPA) for energy-intensive industries (Martin Dolzer, Kelag/Interenergo)
- Decarbonization of district heating and industrial heat production (Bojan Pejic, Siemens Energy)
- Small and Medium Size Reactors (SMR`s) (TBA)
- Biomass Electricity Generation (Antti Rissanen, Andritz)
- Clean Electricity from Waste Heat: Act Now and Remain Flexible for the Future (Markus Lintl, Orcan Energy)
- Energy Management Systems
- Advanced Battery Storages (Constantin Eis, CMBLU)
- 12:20 – 12:55 Panel discussion on strategic, legal, political, administrative, and economic challenges and solutions to improve energy transition.
- 12:55 – 13:00 Wrap up and follow-up steps.
Sponsored by
Abstract
Bojan Pejic (Business Development Manager at Siemens Energy Austria GmbH) – Decarbonization of district heating and industrial heat production
Heat accounts for approximately half of the world’s energy consumption and contributes to 40 percent of global CO2 emissions. Decarbonizing heat is an essential component in the global effort to achieve net-zero emissions. This can be achieved in different ways. One possibility is to switch to a low-carbon fuel and to make the fuel usage more efficient. Alternatively, heat production can also be electrified by using power from renewable energy.
Markus Lintl (Head of Industry and New Business at Orcan Energy) – Clean Electricity from Waste Heat: Act Now and Remain Flexible for the Future
Utilizing waste heat for electricity generation enhances efficiency and reduces CO2 emissions. A modular approach offers immediate cost savings on electricity while ensuring maximum adaptability. Whether production shifts, heat demand fluctuates, or regulations evolve, this approach allows for seamless adjustments. The no-regret-move in uncertain times.
Download or view the Abstracts of the previous events
Previous Abstracts
(of 20 Sep 2023 event)
Alexander Peschl (SIEMENS Energy) – Industrial heat pumps: Best practice from the City of Mannheim
Together with the Mannheimer utility MVV, Siemens Energy is building a large-scale heat pump plant in Mannheim. It will use river water as a heat source, helping to reduce the use of coal at the Grosskraftwerk Mannheim plant. The new heat pump is the first step towards the goal of green district heating. MVV and the City of Mannheim is targeting to become CO2 neutral in the district heating production by 2030.
Klaus Payrhuber (INNIO Jenbacher) – Hydrogen ready Gas Engines
Michael Ebner (voestalpine High Performance Metals GmbH) – inSPire Climate Impact – Following the path to zero emissions
voestalpine High Performance Metals Division has set a target to reduce its CO2 emissions by 50% in Scopes 1 & 2 by 2030 based on 2019. In addition to green energy, a further improvement in energy efficiency is one of our key success factors. Examples for realization of our goals are investments in modern and efficient burner- and furnace control systems. We are also transitioning to green gases and electrification. The progress of these projects is tracked through detailed roadmaps and reporting systems.
Jean Taillon (ANDRITZ) – Biomass gasification for advanced biofuels by ANDRITZ
Advanced biofuels, defined as derived from biomass, are an alternative pathway for the production of renewable methanol, gasoline, diesel, aviation fuels through various synthesis. Within Advanced Biofuels, two technological pathways are possible; Biomass-to-Liquid (BtL) or Power-Biomass-to-Liquid (PBtL). ANDRITZ can supply both with our in-house gasification and electrolysis technologies. This presentation will focus on the gasification portion and explain the key differences between these two pathways as well as describe the capabilities of ANDRITZ in gasification.
Who do we bring together?
- We bring together all key strategy actors (ministries, public officials, municipalities, industry associations, energy producers, renewable energy solution providers, regulators) in Europe with an initial focus on Southeastern Europe and Eastern Europe.
How do we bring them together?
- Through closed groups on the online crowd knowledge platform – weTHINK.eu.
- Through quarterly online working group meetings and two bi-annual online conferences.
Why do we bring them together?
- To regularly exchange, technical operational, and strategic know-how and best practices on energy transition.
- To conduct training for service companies and municipalities on renewable energy solutions and implementation strategies.
- To develop strategy recommendations and position papers to improve the legal, political and economic environment for the successful energy transition in Europe.
- To develop projects on renewable energies and to implement them.
