Antón Martínez, Renewable Gases & Services Director of Enagás
Workshp: Innovation and regulation in the framework of the energy transition -Funseam/ Tr@nsnet-
https://funseam.com/innovation-and-regulation-in-the-framework-of-the-energy-transition/
Andreas Sumper
Full Professor and Head of the Enertronics Group of CITCEA-UPC
Workshp: Innovation and regulation in the framework of the energy transition -Funseam/ Tr@nsnet-
https://funseam.com/innovation-and-regulation-in-the-framework-of-the-energy-transition/
Diego Pavía, CEO of EIT InnoEnergy
Workshp: Innovation and regulation in the framework of the energy transition -Funseam/ Tr@nsnet-
https://funseam.com/innovation-and-regulation-in-the-framework-of-the-energy-transition/
R&D&I OVERVIEW AND INNOVATION TRENDS 2021 AND CHALLENGES FOR THE ENERGY TRANSITION
Germán López Lara, Head of the Energy and Environmental Sector at CTA
Workshp: Innovation and regulation in the framework of the energy transition -Funseam/ Tr@nsnet-
https://funseam.com/innovation-and-regulation-in-the-framework-of-the-energy-transition/
Fernando Temprano, Director of Technology of Repsol.
Autumn Seminar 2015 - Climate change: Implications for technological developments and industrial competitiveness.
Jornada organizada por FUNSEAM y la Cátedra de Energía de Orkestra-Instituto Vasco de Competitividad con la colaboración de Fundación Repsol.
4 de Noviembre de 2015. CAMPUS REPSOL. Madrid, España
Damien VALET – Responsible of TOTEM Plateform
Workshp: Innovation and regulation in the framework of the energy transition -Funseam/ Tr@nsnet-
https://funseam.com/innovation-and-regulation-in-the-framework-of-the-energy-transition/
This preliminary design study was originally written by Matthew Kronborg circa 2007.
The aim was to explore the technical and economic feasibility of using hydrogen, produced via renewable energy, to power air cargo transportation and to develop an optimal pathway towards commercialisation of such a system.
Energy storage has been in use in our society and daily life for decades. Although energy storage has not grown to be a significant part of the electric energy system, recent advancement of energy storage technologies and growing needs for energy storage in both power and transportation sectors make it possible and imperative to accelerate energy storage development, deployment, and adoption. Power systems have to balance electricity generation and consumption in real-time, gasoline and diesel fuel are still the primary sources of energy for transportation, and we generally do not have good ways to conveniently and cost-effectively store a large amount of electrical energy and use it in an on-demand manner. While we need to continue decarbonizing electric power generation through increases in renewable generation, we also need to address transportation as the main source of carbon emissions. Energy storage is an important solution to address both electrification of transportation and other industries and the variability in renewable energy such as wind and solar generation.
Bulk of the existing grid energy storage capacity is provided by pumped hydro energy storage plants that were built to support large baseload power plants such as nuclear generating stations. Battery energy systems are beginning to be deployed at a rapid pace. The requirements of energy storage in the electric grid are still evolving and may differ from those of electrical transportation. Needs for research and development to enhance energy storage performance and knowledge is summarized in the following areas:
1) Energy storage engineering and integration: Effective system integration is a challenging problem for energy storage due to the great diversity of potential applications ranging from behind-the-meter storage to large grid-connected energy storage plants. Each of these applications has its own set of constraints and performance requirements. Over the next decade, the diversity of energy storage installations will expand in the range of applications, in size and scale, and in system complexity. Effective integration is also important to achieve desired cost reduction needed to support large scale deployment. Research gaps in this area include: energy storage installations with higher power capacities and higher working voltages; streamlining engineering to hybridize and co-optimize energy storage with the rest of the system; more effective controls, sensors, and energy management systems; designing modular power converter architecture to minimize system complexity, improve reliability, and reduce integration costs; and industry standards for secure communication and interoperability.
Andreas Sumper
Full Professor and Head of the Enertronics Group of CITCEA-UPC
Workshp: Innovation and regulation in the framework of the energy transition -Funseam/ Tr@nsnet-
https://funseam.com/innovation-and-regulation-in-the-framework-of-the-energy-transition/
Diego Pavía, CEO of EIT InnoEnergy
Workshp: Innovation and regulation in the framework of the energy transition -Funseam/ Tr@nsnet-
https://funseam.com/innovation-and-regulation-in-the-framework-of-the-energy-transition/
R&D&I OVERVIEW AND INNOVATION TRENDS 2021 AND CHALLENGES FOR THE ENERGY TRANSITION
Germán López Lara, Head of the Energy and Environmental Sector at CTA
Workshp: Innovation and regulation in the framework of the energy transition -Funseam/ Tr@nsnet-
https://funseam.com/innovation-and-regulation-in-the-framework-of-the-energy-transition/
Fernando Temprano, Director of Technology of Repsol.
Autumn Seminar 2015 - Climate change: Implications for technological developments and industrial competitiveness.
Jornada organizada por FUNSEAM y la Cátedra de Energía de Orkestra-Instituto Vasco de Competitividad con la colaboración de Fundación Repsol.
4 de Noviembre de 2015. CAMPUS REPSOL. Madrid, España
Damien VALET – Responsible of TOTEM Plateform
Workshp: Innovation and regulation in the framework of the energy transition -Funseam/ Tr@nsnet-
https://funseam.com/innovation-and-regulation-in-the-framework-of-the-energy-transition/
This preliminary design study was originally written by Matthew Kronborg circa 2007.
The aim was to explore the technical and economic feasibility of using hydrogen, produced via renewable energy, to power air cargo transportation and to develop an optimal pathway towards commercialisation of such a system.
Energy storage has been in use in our society and daily life for decades. Although energy storage has not grown to be a significant part of the electric energy system, recent advancement of energy storage technologies and growing needs for energy storage in both power and transportation sectors make it possible and imperative to accelerate energy storage development, deployment, and adoption. Power systems have to balance electricity generation and consumption in real-time, gasoline and diesel fuel are still the primary sources of energy for transportation, and we generally do not have good ways to conveniently and cost-effectively store a large amount of electrical energy and use it in an on-demand manner. While we need to continue decarbonizing electric power generation through increases in renewable generation, we also need to address transportation as the main source of carbon emissions. Energy storage is an important solution to address both electrification of transportation and other industries and the variability in renewable energy such as wind and solar generation.
Bulk of the existing grid energy storage capacity is provided by pumped hydro energy storage plants that were built to support large baseload power plants such as nuclear generating stations. Battery energy systems are beginning to be deployed at a rapid pace. The requirements of energy storage in the electric grid are still evolving and may differ from those of electrical transportation. Needs for research and development to enhance energy storage performance and knowledge is summarized in the following areas:
1) Energy storage engineering and integration: Effective system integration is a challenging problem for energy storage due to the great diversity of potential applications ranging from behind-the-meter storage to large grid-connected energy storage plants. Each of these applications has its own set of constraints and performance requirements. Over the next decade, the diversity of energy storage installations will expand in the range of applications, in size and scale, and in system complexity. Effective integration is also important to achieve desired cost reduction needed to support large scale deployment. Research gaps in this area include: energy storage installations with higher power capacities and higher working voltages; streamlining engineering to hybridize and co-optimize energy storage with the rest of the system; more effective controls, sensors, and energy management systems; designing modular power converter architecture to minimize system complexity, improve reliability, and reduce integration costs; and industry standards for secure communication and interoperability.
Grid-Intelligent Solar: Unleashing the Full Potential of Utility-Scale Solar ...SolarPower Europe
This report shows that solar is not only the lowest cost power source in many regions and crucial to meet EU climate targets, but also a reliable partner that helps to keep the grid stable and supports Europe’s security of supply.
Funseam 30/11/2020
Brian Motherway explica el plan de la agencia internacional de la energía para que las emisiones de co2 no vuelvan a crecer después de la crisis.
II Ciclo de Conferencias de Economóa Circular organizado por Funseam y la Fundación Repsol.
Presentación en la sesión "Experiencias internacionales en el ámbito de la gestión de residuos"
28/10/ 2021
Global Power Grid Interconnection for Sustainable Growth: Concept, Project an...Power System Operation
Environment friendly and low carbon RE has a great development and research potential for GEI. Acceleration in development of clean energy is required in future to improve the proportion in world's energy generation. Low-cost conversion and plug in play type high-efficiency generation are required to develop in energy bases, especially on North Pole and Equator regions. Clean energy topic is generally divided into generation bases, grid integration and large-scale energy storage system. Hydropower is the key source of clean energy against power grid fluctuations due to intermittent sources. It has capabilities such as fast response on dispatch command, easy to start/shutdown, large capacity and high efficiency as well as flexible on load adjustment. However, large hydro sources can be improved further for eco-friendly point of
view.
Dr Victor Fabregat Tena and Beatriz Castro Granados of REGENERA introduce circular economy principles promoted by the RINNO project, a Horizon 2020 funded programme, at the 'TRANSFORM The Circular Economy' virtual event hosted by DCU Business School and the Irish Institute of Digital Business.
This report explores the importance of digital solar with a special focus on new and emerging markets outside of Europe. It shows that digital solar is indeed a key pillar of the global energy transition in all segments of economy and society. The report includes off-grid digital solar technologies and business models such as solar-based microgrids and pay-as-you-go for solar, which enable access to energy in off-grid contexts or regions with unreliable power supply. Additionally, it includes on-grid technologies and business models that are interesting for new and emerging solar markets with stable power grids, such as smart data analytics or digital asset management for utility-scale solar power plants.
Heating without the hot air: Principles for smart heat electrificationLeonardo ENERGY
Heating in buildings is responsible for almost a third of total EU energy demand. And most of that heat is met by burning fossil fuels. In order to decarbonise heating, electrification is seen by many as a key strategy. The transformative challenge of the electrification of heating should not be underestimated. It will require strategic, ongoing policy and governance support. It requires a well-coordinated approach that cuts across several areas — buildings, individual and district heating systems, the power sector and existing heating fuel supply infrastructure. In this webinar, Dr. Jan Rosenow and Dr. Richard Lowes present pragmatic principles and policies for smart electrification of heating in Europe.
The webinar will be based on a recent RAP report which can be freely downloaded at https://www.raponline.org/knowledge-center/heating-without-hot-air-principles-smart-heat-electrification/
Abengoa is an expert in the hybridization of power plants to provide dispatchable, clean energy solutions, and its capabilities to supply affordable and reliable decarbonization solutions for mines, industrial facilities and isolated grids.
Presentation 6 Slides - Evangelos Tzimas - EU Commission Joint Research Centr...Fabrice Stassin
EMIRI Tech Talk on Batteries for Energy Storage - Assessment of potential bottlenecks along the materials supply chain for the future deployment of low-carbon energy and transport technologies in the EU with a focus on batteries
Stephan Krabsen of European Green Cities introduces the work towards zero energy communities being promoted by the RINNO project, a Horizon 2020 funded programme, at the SDG4B virtual event hosted by DCU Business School and the Irish Institute of Digital Business.
Leon Nielsen and David Zambrana of CIRCE introduce the role of buildings towards making cities and communities more sustainable in the context of the RINNO project, a Horizon 2020 funded programme, at the SDG4B virtual event hosted by DCU Business School and the Irish Institute of Digital Business.
Energy efficiency: a profit center for companies! Leonardo ENERGY
Investments in energy efficiency not only result in a reduction of energy consumption —the ener-gy benefit— but they also entail non-energy benefits such as improved product quality, reduced production time or improved comfort in sales area. Non-energy benefits significantly improve the business case of energy-efficiency investments in the business sector by raising their strategic character.
Within this context, the aim of this webinar is to discuss a methodology to describe and analyze the industrial non-energy benefits of energy efficiency. Linking energy, operational, strategic and fi-nancial aspects, this new conceptual framework enables to move away from the common view of energy as a commodity (where the only goal is to save kilowatt-hours) to adopt a new perspective on energy and energy services as strategic value for businesses.
This methodology will be further developed and documented by Task 26 Multiple Benefits of Ener-gy Efficiency, a project of IEA Demand Side Management Energy Efficiency Technology Collabora-tion Program, in close collaboration with practitioners, academic researchers and public program-mers. People or Institutions interested by Task 26 are most welcome to contact me.
Multiple benefits will also be discussed in-depth with a panel at this year’s IEPPEC June 7-9 Am-sterdam.
WhatsUpp In... Alpine Region concerning Hydrogen Valleys - 16 mai 2024Cluster H2O
Le 16 mai 2024, la saga WhatsUpp in ... s'oriente sur l'écosystème hydrogène (H2Hub) et plus particulièrement sur le sujet d'hydrogen valleys. La région qui sera investiguée est la région Alpine avec son projet AMETHyST et la grande hydrogène vallée IMAGHyNE. Ce webinaire est le deuxième de la saga WhatsUpp in ... qui a pour but d'analyser un sujet clé dans un de nos pays voisins. Cet évènement s'inscrit parfaitement dans les activités du projet européen HyPOP, dans lequel nous sommes partenaires.
Grid-Intelligent Solar: Unleashing the Full Potential of Utility-Scale Solar ...SolarPower Europe
This report shows that solar is not only the lowest cost power source in many regions and crucial to meet EU climate targets, but also a reliable partner that helps to keep the grid stable and supports Europe’s security of supply.
Funseam 30/11/2020
Brian Motherway explica el plan de la agencia internacional de la energía para que las emisiones de co2 no vuelvan a crecer después de la crisis.
II Ciclo de Conferencias de Economóa Circular organizado por Funseam y la Fundación Repsol.
Presentación en la sesión "Experiencias internacionales en el ámbito de la gestión de residuos"
28/10/ 2021
Global Power Grid Interconnection for Sustainable Growth: Concept, Project an...Power System Operation
Environment friendly and low carbon RE has a great development and research potential for GEI. Acceleration in development of clean energy is required in future to improve the proportion in world's energy generation. Low-cost conversion and plug in play type high-efficiency generation are required to develop in energy bases, especially on North Pole and Equator regions. Clean energy topic is generally divided into generation bases, grid integration and large-scale energy storage system. Hydropower is the key source of clean energy against power grid fluctuations due to intermittent sources. It has capabilities such as fast response on dispatch command, easy to start/shutdown, large capacity and high efficiency as well as flexible on load adjustment. However, large hydro sources can be improved further for eco-friendly point of
view.
Dr Victor Fabregat Tena and Beatriz Castro Granados of REGENERA introduce circular economy principles promoted by the RINNO project, a Horizon 2020 funded programme, at the 'TRANSFORM The Circular Economy' virtual event hosted by DCU Business School and the Irish Institute of Digital Business.
This report explores the importance of digital solar with a special focus on new and emerging markets outside of Europe. It shows that digital solar is indeed a key pillar of the global energy transition in all segments of economy and society. The report includes off-grid digital solar technologies and business models such as solar-based microgrids and pay-as-you-go for solar, which enable access to energy in off-grid contexts or regions with unreliable power supply. Additionally, it includes on-grid technologies and business models that are interesting for new and emerging solar markets with stable power grids, such as smart data analytics or digital asset management for utility-scale solar power plants.
Heating without the hot air: Principles for smart heat electrificationLeonardo ENERGY
Heating in buildings is responsible for almost a third of total EU energy demand. And most of that heat is met by burning fossil fuels. In order to decarbonise heating, electrification is seen by many as a key strategy. The transformative challenge of the electrification of heating should not be underestimated. It will require strategic, ongoing policy and governance support. It requires a well-coordinated approach that cuts across several areas — buildings, individual and district heating systems, the power sector and existing heating fuel supply infrastructure. In this webinar, Dr. Jan Rosenow and Dr. Richard Lowes present pragmatic principles and policies for smart electrification of heating in Europe.
The webinar will be based on a recent RAP report which can be freely downloaded at https://www.raponline.org/knowledge-center/heating-without-hot-air-principles-smart-heat-electrification/
Abengoa is an expert in the hybridization of power plants to provide dispatchable, clean energy solutions, and its capabilities to supply affordable and reliable decarbonization solutions for mines, industrial facilities and isolated grids.
Presentation 6 Slides - Evangelos Tzimas - EU Commission Joint Research Centr...Fabrice Stassin
EMIRI Tech Talk on Batteries for Energy Storage - Assessment of potential bottlenecks along the materials supply chain for the future deployment of low-carbon energy and transport technologies in the EU with a focus on batteries
Stephan Krabsen of European Green Cities introduces the work towards zero energy communities being promoted by the RINNO project, a Horizon 2020 funded programme, at the SDG4B virtual event hosted by DCU Business School and the Irish Institute of Digital Business.
Leon Nielsen and David Zambrana of CIRCE introduce the role of buildings towards making cities and communities more sustainable in the context of the RINNO project, a Horizon 2020 funded programme, at the SDG4B virtual event hosted by DCU Business School and the Irish Institute of Digital Business.
Energy efficiency: a profit center for companies! Leonardo ENERGY
Investments in energy efficiency not only result in a reduction of energy consumption —the ener-gy benefit— but they also entail non-energy benefits such as improved product quality, reduced production time or improved comfort in sales area. Non-energy benefits significantly improve the business case of energy-efficiency investments in the business sector by raising their strategic character.
Within this context, the aim of this webinar is to discuss a methodology to describe and analyze the industrial non-energy benefits of energy efficiency. Linking energy, operational, strategic and fi-nancial aspects, this new conceptual framework enables to move away from the common view of energy as a commodity (where the only goal is to save kilowatt-hours) to adopt a new perspective on energy and energy services as strategic value for businesses.
This methodology will be further developed and documented by Task 26 Multiple Benefits of Ener-gy Efficiency, a project of IEA Demand Side Management Energy Efficiency Technology Collabora-tion Program, in close collaboration with practitioners, academic researchers and public program-mers. People or Institutions interested by Task 26 are most welcome to contact me.
Multiple benefits will also be discussed in-depth with a panel at this year’s IEPPEC June 7-9 Am-sterdam.
WhatsUpp In... Alpine Region concerning Hydrogen Valleys - 16 mai 2024Cluster H2O
Le 16 mai 2024, la saga WhatsUpp in ... s'oriente sur l'écosystème hydrogène (H2Hub) et plus particulièrement sur le sujet d'hydrogen valleys. La région qui sera investiguée est la région Alpine avec son projet AMETHyST et la grande hydrogène vallée IMAGHyNE. Ce webinaire est le deuxième de la saga WhatsUpp in ... qui a pour but d'analyser un sujet clé dans un de nos pays voisins. Cet évènement s'inscrit parfaitement dans les activités du projet européen HyPOP, dans lequel nous sommes partenaires.
H2Hub Wallonia : From innovation to market - 03 juin 2021Cluster TWEED
Webinaire organisé par le cluster TWEED dans le cadre du H2Hub Wallonia, et dédié à l'innovation & l'Hydrogène, ou comment booster la recherche en Wallonie. Un état des lieux fut présenté sur les prochaines initiatives européennes, en présence du Directeur du FCHJU (Fuel Cells and Hydrogen Joint Undertaking), et de InnoEnergy, à la base de la création du nouveau EU Green H2 Accelerator. Un Zoom sur certains projets H2 wallons fut également abordé au cours de cette séance via une présentation de Cenaero.
La primera de las mesas redondas del día 10 de mayo se centrará en las finanzas sostenibles y su contribución para cumplir con los ambiciosos objetivos climáticos y apoyar una recuperación sostenible.
Europa necesitará aproximadamente 350.000 millones de euros en inversiones adicionales al año durante esta década para cumplir su objetivo de reducción de emisiones para 2030, solo en sistemas energéticos. Un volumen de inversiones sin precedentes cuya movilización exigirá involucrar a los mercados financieros para lograr las metas sociales y ambientales de la Agenda 2030.
PROGRAMA
09:35 h MESA REDONDA: MESA REDONDA: FINANZAS SOSTENIBLES
-Dña. Soledad Núñez, consejera del Banco de España
-D. Emilio Ontiveros, presidente AFI
-Dña. Sandra Lagumina, Socia y CEO Adjunta de Meridiam
Moderador: Oscar Barrero, PWC
Más info en www.funseam.com
Hydrogen Market: Booming Regional Markets and Growth OpportunitiesAishwaryaDoiphode3
Booming Regional Markets and Growth Opportunities
The hydrogen market is experiencing significant growth in various regions, each with its unique drivers and opportunities. Europe is a frontrunner, with strong government support and ambitious hydrogen strategies. Countries like Germany, France, and the Netherlands are investing heavily in hydrogen infrastructure and projects to achieve their carbon neutrality goals. The European Union's Green Deal and hydrogen strategy are key enablers of this growth.
In Asia Pacific, Japan and South Korea are leading the charge with substantial investments and comprehensive hydrogen roadmaps. These countries are focusing on hydrogen as a key component of their energy transition plans. Additionally, China is emerging as a significant player with its focus on developing hydrogen technologies and applications. North America, particularly the United States and Canada, is also witnessing a surge in hydrogen projects and investments, driven by government incentives and a growing focus on clean energy.
Webinaire : Innovation et infrastructure - Moteurs de la transition energetiq...Cluster TWEED
Découvrez les opportunités liées aux innovations technologiques et nouvelles infrastructures durables initiées par la transition énergétique, par le biais des présentations du directeur du Innovation & Technology Center de l'Agence internationale pour les énergies renouvelables, et du coordinateur du programme Sustainable Cities and Settlements de la division Energy Systems and Infrastructure de l'UNIDO.
“Towards net zero: extracting energy from flooded coal mines for heating and ...Kyungeun Sung
“Towards net zero: extracting energy from flooded coal mines for heating and cooling applications” – Prof Amin Al-Habaibeh, Nottingham Trent University, presenting at the Net Zero Conference 2022, ‘Research Journeys in/to Net Zero: Current and Future Research Leaders in the Midlands, UK’ (on Friday 24th June 2022 at De Montfort University)
Hydrogène : promesses et défis dans l'industrie automobile | LIEGE CREATIVE, ...LIEGE CREATIVE
Comme de nombreux secteurs, l’industrie automobile est confrontée à une transformation radicale sous l’action de la pression des défis que la société doit relever pour la prochaine décennie.
C’est dans ce contexte de changements, que l’Université de Liège a réalisé le livre blanc « FUTURE MOVE » au sein du projet Pôle Automobile Européen (PAE).
Outre la crise sanitaire, l’électrification, l’essor de la mobilité douce, l’automatisation de la conduite et la digitalisation, la décarbonisation du secteur automobile s’impose comme une des lignes de force à l’horizon 2030-2035. Ces transformations posent de nombreux défis techniques, juridiques ou sociologiques pour lesquels des solutions restent à trouver.
En particulier, le livre blanc a identifié le développement des véhicules à hydrogène comme un des axes importants de la relance et de la décarbonisation des transports dans la Grande Région. Les constructeurs voient dans l’hydrogène un axe prometteur pour les véhicules lourds et les véhicules utilitaires. L’émergence de cette nouvelle motorisation va de paire avec la mise sur pied de la filière de production d’hydrogène vert et avec l’installation d’un réseau de distribution.
Comment cette technologie sera-t-elle intégrée par l’industrie automobile européenne ? Quelles sont les opportunités pour les PME et la recherche universitaire ? Quels seront les nouveaux acteurs de demain dans cette nouvelle filière ? Comment relever le challenge de la formation du personnel ?
Unleashing the Power of Hydrogen Technologies.pdfYogitaMali7
Introduction:
Hydrogen technologies have emerged as a cornerstone in the global pursuit of sustainable and clean energy solutions. As the world grapples with the urgent need to reduce carbon emissions and transition towards renewable energy, hydrogen has taken center stage for its versatility and potential to revolutionize various industries. This article provides a comprehensive overview of the key hydrogen technologies, their applications, and their role in shaping a more sustainable future.
ELCOGASType of projectIntegrated gasification combined c.docxSALU18
ELCOGAS
Type of project
Integrated gasification combined cycle power plant
Distinctive features
Technology risk related to coal gasification process:
sponsor guarantees during construction period;
no power purchase agreement;
electricity prices determined by complex government formula;
first big project financing in the Spanish bank market
Description of financing
Pta78 billion (USS498 million) 15-year bank term loan
Summary
Elcogas is a full-recourse project financing that will become a limited recourse financing
after the construction stage. Lending banks required guarantees from the sponsors because
coal gasification technology was being used for the First time in a power plant. They also
required change-of-law guarantees to protect against changes in the way the government
determines electricity tariffs. Alun Hughes, manager, project finance in Barclays Bank's
structured finance group was interviewed for this case study.
Background
Elcogas was formed in 1992 to plan, construct and operate a 335 megawatt integrated
gasification combined cycle (IGCC) power plant. It is Europe's first commercial coal
gasification power station.
Elcogas shareholders
ENDESA (Spain) 30.5%
EDF International (France) 29. 1%
lberdrola (Spain) 11.1%
Sevillana de Electricidad (Spain) 7 4%
Hidroelectrica del Cantabrico (Spain) 4.0%
Electricidade de Portugal (Portugal] 4.0%
ENEL (Italy) 4.0%
National Power (UK) 4.0%
Babcock Wilcox Espanola (Spain) 2.5%
Siemens (Germany) 2.4%
Krupp, Koppers (Germany) 1 .O%
The shareholder group includes ENDESA, the biggest energy company in Spain, with 30.5
per cent share. A number of Elcogas' senior management are seconded from ENDESA. The
group also includes EDF International in France, with 29 per cent, some of the other big
Spanish and Portuguese regional electricity companies. ENEL in Italy. National Power in
the UK, and three shareholders who provided equipment to the project. Siemens is one of
the largest manufacturers of turbines. Krupp. Koppers provided the gasification technology
that made Elcogas an innovative project.
The technology
Part of the plant is simple, standard, combined-cycle, turbine technology, similar to hundreds
of plants all over the world. The new part is the coal gasification process whereby readily
available coal and petroleum coke are chemically combined and burned together to produce
a gas mix, which drives the turbines and produces electricity that is sold into the Spanish grid.
Unwanted components are removed from the gas in the process. Sulphur from the coal is
removed, refined, and sold to the chemical industry This technology produces considerably
less nitrogen oxide and dust emissions than conventional coal-fired plants with dust control
burners. The technology, called a "bed" technology, has been used in the chemical industry
for many years, but never before in the power sector, and never on such a large scale.
The motivation
The motivation for utilities in neighbouring countries to become ...
VINCI believes that hydrogen will play a substantial role to achieve the decarbonized society we are collectively targeting by 2050. Our Group has leveraged its internal expertise to study the entire hydrogen value chain and identify potential opportunities for VINCI entities to get involved in the deployment at scale of green hydrogen.
This collection of Deep Dives sheds some light on all aspects of the hydrogen sector from production to storage and distribution, and the various applications of hydrogen. They raise the following strategic considerations:
- Current hydrogen production is tied to fossil fuels and renewable hydrogen produced through electrolysis or steam reforming of biomass is today far from competitiveness.
- Technical and economic challenges arise as to how to store and transport hydrogen to end-users with different approaches possible for transporting hydrogen over short or medium distances or between continents.
- Opportunities for using hydrogen for certain road mobility applications should be pursued despite the current context where battery electric vehicles are becoming mainstream.
- Fuel-cell trains should be explored as a decarbonized alternative to diesel powered trains operating on unelectrified railway lines.
- Hydrogen power trains could be the only game in town to address the looming decarbonization targets of maritime and air transport by 2050.
- The demand of hard-to-abate industries like steel and cement making, chemical production, and others, will account for the majority of low-carbon hydrogen by 2050.
Similar to Hydroge. What is needed. Anton Martinez _ Enagas (20)
Georgina Cepas, jefa de Medio Ambiente de Mercabarna.
III Ciclo Economía Circular. Sesión "Ciudades Circulares" organizado por Funseam y Fundación Repsol
http://www.funseam.com
Félix Gómez, responsable de Tecnología e Innovación (área Ventures) de Exolum
III Ciclo Economía Circular "Ciudades Circulares". Organizado por Funseam y Fundación Repsol.
http://www.funseam.com
III Ciclo Economía Circular. Sesión "Ciudades Circulares".
Diana Cano Chacón, gestor Sr de Combustibles de bajas emisiones y Procesos de descarbonización de Repsol
Vicente Bernal, Senior Scientist de Repsol Technology Lab.
Aunque ya existen tecnologías para valorizar los residuos agroganaderos, como la digestión anaerobia y la fermentación, hay otras alternativas. Repsol trabaja con algunos proyectos a largo plazo, como UPGRESProject, TrovantTech y Zeppelin.
III #CicloEconomíaCircular. Sep-22
Irene Rodríguez Álvarez, responsable de Sostenibilidad de Vestas Mediterranean, explica la estrategía que está llevando Vestas, en el área de la economía circular, en el marco del III Ciclo de Economía Circular, organizado por Funseam y Fundación Repsol. Sep 2022.
Enrique Aymerich, investigador y director de la división Agua & Salud de Ceit, explica el proyecto CircRural4.0 en el marco del III Ciclo de Economía Circular, organizado por Funseam y Fundación Repsol. Sep 2022.
La primera de las mesas redondas del día 10 de mayo se centrará en las finanzas sostenibles y su contribución para cumplir con los ambiciosos objetivos climáticos y apoyar una recuperación sostenible.
Europa necesitará aproximadamente 350.000 millones de euros en inversiones adicionales al año durante esta década para cumplir su objetivo de reducción de emisiones para 2030, solo en sistemas energéticos. Un volumen de inversiones sin precedentes cuya movilización exigirá involucrar a los mercados financieros para lograr las metas sociales y ambientales de la Agenda 2030.
PROGRAMA
09:35 h MESA REDONDA: MESA REDONDA: FINANZAS SOSTENIBLES
-Dña. Soledad Núñez, consejera del Banco de España
-D. Emilio Ontiveros, presidente AFI
-Dña. Sandra Lagumina, Socia y CEO Adjunta de Meridiam
Moderador: Oscar Barrero, PWC
Más info en www.funseam.com
La primera de las mesas redondas del día 10 de mayo se centrará en las finanzas sostenibles y su contribución para cumplir con los ambiciosos objetivos climáticos y apoyar una recuperación sostenible.
Europa necesitará aproximadamente 350.000 millones de euros en inversiones adicionales al año durante esta década para cumplir su objetivo de reducción de emisiones para 2030, solo en sistemas energéticos. Un volumen de inversiones sin precedentes cuya movilización exigirá involucrar a los mercados financieros para lograr las metas sociales y ambientales de la Agenda 2030.
PROGRAMA
09:35 h MESA REDONDA: MESA REDONDA: FINANZAS SOSTENIBLES
-Dña. Soledad Núñez, consejera del Banco de España
-D. Emilio Ontiveros, presidente AFI
-Dña. Sandra Lagumina, Socia y CEO Adjunta de Meridiam
Moderador: Oscar Barrero, PWC
This workshop will focus on how this new tool supports innovation in the energy transition and on analysing the innovative experimentation tools available and their application in Europe. A round table with regulatory authorities, companies, and research centres will provide leads on the relevance of Energy Regulatory Sandboxes to facilitate the market launch of innovations helpful to move towards a decarbonized economy. This Workshop runs as part of the European cooperation TR@NSNET project.
This workshop will focus on how this new tool supports innovation in the energy transition and on analysing the innovative experimentation tools available and their application in Europe. A round table with regulatory authorities, companies, and research centres will provide leads on the relevance of Energy Regulatory Sandboxes to facilitate the market launch of innovations helpful to move towards a decarbonized economy. This Workshop runs as part of the European cooperation TR@NSNET project.
This workshop will focus on how this new tool supports innovation in the energy transition and on analysing the innovative experimentation tools available and their application in Europe. A round table with regulatory authorities, companies, and research centres will provide leads on the relevance of Energy Regulatory Sandboxes to facilitate the market launch of innovations helpful to move towards a decarbonized economy. This Workshop runs as part of the European cooperation TR@NSNET project.
This workshop will focus on how this new tool supports innovation in the energy transition and on analysing the innovative experimentation tools available and their application in Europe. A round table with regulatory authorities, companies, and research centres will provide leads on the relevance of Energy Regulatory Sandboxes to facilitate the market launch of innovations helpful to move towards a decarbonized economy. This Workshop runs as part of the European cooperation TR@NSNET project.
This workshop will focus on how this new tool supports innovation in the energy transition and on analysing the innovative experimentation tools available and their application in Europe. A round table with regulatory authorities, companies, and research centres will provide leads on the relevance of Energy Regulatory Sandboxes to facilitate the market launch of innovations helpful to move towards a decarbonized economy. This Workshop runs as part of the European cooperation TR@NSNET project.
This workshop will focus on how this new tool supports innovation in the energy transition and on analysing the innovative experimentation tools available and their application in Europe.
A round table with regulatory authorities, companies, and research centres will provide leads on the relevance of Energy Regulatory Sandboxes to facilitate the market launch of innovations helpful to move towards a decarbonized economy.
This Workshop runs as part of the European cooperation TR@NSNET project.
El Prof. Mariano Marzo, director de la Cátedra de Transición Energética de la UB-Fundación Repsol, desgrana las principales conclusiones del informe del World Energy Outlook (WEO) de la Agencia Internacional de la Energía (AIE), en un seminario online.
Programa:
10:00 h INAUGURACIÓN
Joan Batalla, director general de Funseam
10:05 h CONFERENCIA: WORLD ENERGY OUTLOOK 2021: ANÁLISIS Y CONCLUSIONES
Mariano Marzo, director de la Cátedra de Transición Energética de la Universitat de Barcelona- Fundación Repsol
11:05 h DEBATE
11:25h CLAUSURA
María Teresa Costa, directora de la Cátedra de Sostenibilidad Energética -Universitat de Barcelona
11:30 h FIN DEL EVENTO
EDP – Yolanda Fernandez Montes, Director of Environment, Sustainability, Innovation and Quality
Workshp: Innovation and regulation in the framework of the energy transition -Funseam/ Tr@nsnet-
https://funseam.com/innovation-and-regulation-in-the-framework-of-the-energy-transition/
II Ciclo de Conferencias de Economóa Circular organizado por Funseam y la Fundación Repsol.
Presentación en la sesión "Experiencias internacionales en el ámbito de la gestión de residuos"
28/10/ 2021
II Ciclo de Conferencias de Economóa Circular organizado por Funseam y la Fundación Repsol.
Presentación en la sesión "Experiencias internacionales en el ámbito de la gestión de residuos"
28/10/ 2021
Presentación de Silvia Greses, investigadora en la Fundación IMDEA Energía, en la sesión " Soluciones tecnológicas en el ámbito de los residuos".
II Ciclo de Economía Circular: Gestión de los Residuos, organizado por Funseam y la Fundación Repsol.
Presentación de Raquel Iglesias, jefa de unidad de biocarburantes avanzados y bioproductos del CIEMAT, en la sesión " Soluciones tecnológicas en el ámbito de los residuos".
II Ciclo de Economía Circular: Gestión de los Residuos, organizado por Funseam y la Fundación Repsol.
More from Funseam - Fundación para la Sostenibilidad Energética y Ambiental (20)
Characterization and the Kinetics of drying at the drying oven and with micro...Open Access Research Paper
The objective of this work is to contribute to valorization de Nephelium lappaceum by the characterization of kinetics of drying of seeds of Nephelium lappaceum. The seeds were dehydrated until a constant mass respectively in a drying oven and a microwawe oven. The temperatures and the powers of drying are respectively: 50, 60 and 70°C and 140, 280 and 420 W. The results show that the curves of drying of seeds of Nephelium lappaceum do not present a phase of constant kinetics. The coefficients of diffusion vary between 2.09.10-8 to 2.98. 10-8m-2/s in the interval of 50°C at 70°C and between 4.83×10-07 at 9.04×10-07 m-8/s for the powers going of 140 W with 420 W the relation between Arrhenius and a value of energy of activation of 16.49 kJ. mol-1 expressed the effect of the temperature on effective diffusivity.
Diabetes is a rapidly and serious health problem in Pakistan. This chronic condition is associated with serious long-term complications, including higher risk of heart disease and stroke. Aggressive treatment of hypertension and hyperlipideamia can result in a substantial reduction in cardiovascular events in patients with diabetes 1. Consequently pharmacist-led diabetes cardiovascular risk (DCVR) clinics have been established in both primary and secondary care sites in NHS Lothian during the past five years. An audit of the pharmaceutical care delivery at the clinics was conducted in order to evaluate practice and to standardize the pharmacists’ documentation of outcomes. Pharmaceutical care issues (PCI) and patient details were collected both prospectively and retrospectively from three DCVR clinics. The PCI`s were categorized according to a triangularised system consisting of multiple categories. These were ‘checks’, ‘changes’ (‘change in drug therapy process’ and ‘change in drug therapy’), ‘drug therapy problems’ and ‘quality assurance descriptors’ (‘timer perspective’ and ‘degree of change’). A verified medication assessment tool (MAT) for patients with chronic cardiovascular disease was applied to the patients from one of the clinics. The tool was used to quantify PCI`s and pharmacist actions that were centered on implementing or enforcing clinical guideline standards. A database was developed to be used as an assessment tool and to standardize the documentation of achievement of outcomes. Feedback on the audit of the pharmaceutical care delivery and the database was received from the DCVR clinic pharmacist at a focus group meeting.
Artificial Reefs by Kuddle Life Foundation - May 2024punit537210
Situated in Pondicherry, India, Kuddle Life Foundation is a charitable, non-profit and non-governmental organization (NGO) dedicated to improving the living standards of coastal communities and simultaneously placing a strong emphasis on the protection of marine ecosystems.
One of the key areas we work in is Artificial Reefs. This presentation captures our journey so far and our learnings. We hope you get as excited about marine conservation and artificial reefs as we are.
Please visit our website: https://kuddlelife.org
Our Instagram channel:
@kuddlelifefoundation
Our Linkedin Page:
https://www.linkedin.com/company/kuddlelifefoundation/
and write to us if you have any questions:
info@kuddlelife.org
"Understanding the Carbon Cycle: Processes, Human Impacts, and Strategies for...MMariSelvam4
The carbon cycle is a critical component of Earth's environmental system, governing the movement and transformation of carbon through various reservoirs, including the atmosphere, oceans, soil, and living organisms. This complex cycle involves several key processes such as photosynthesis, respiration, decomposition, and carbon sequestration, each contributing to the regulation of carbon levels on the planet.
Human activities, particularly fossil fuel combustion and deforestation, have significantly altered the natural carbon cycle, leading to increased atmospheric carbon dioxide concentrations and driving climate change. Understanding the intricacies of the carbon cycle is essential for assessing the impacts of these changes and developing effective mitigation strategies.
By studying the carbon cycle, scientists can identify carbon sources and sinks, measure carbon fluxes, and predict future trends. This knowledge is crucial for crafting policies aimed at reducing carbon emissions, enhancing carbon storage, and promoting sustainable practices. The carbon cycle's interplay with climate systems, ecosystems, and human activities underscores its importance in maintaining a stable and healthy planet.
In-depth exploration of the carbon cycle reveals the delicate balance required to sustain life and the urgent need to address anthropogenic influences. Through research, education, and policy, we can work towards restoring equilibrium in the carbon cycle and ensuring a sustainable future for generations to come.
UNDERSTANDING WHAT GREEN WASHING IS!.pdfJulietMogola
Many companies today use green washing to lure the public into thinking they are conserving the environment but in real sense they are doing more harm. There have been such several cases from very big companies here in Kenya and also globally. This ranges from various sectors from manufacturing and goes to consumer products. Educating people on greenwashing will enable people to make better choices based on their analysis and not on what they see on marketing sites.
2. 2
Page
Enagás
Midstream company. Leader in natural gas infrastructure
Construction, operation and maintenance
Independent
TSO
in the European
Union
The main
natural gas
transport
company in
Spain
Technical
Manager
of the Spanish
Gas System
3. 3
Page
Mexico
TLA Altamira plant
Soto La Marina Compression Plant
Morelos Gas Pipeline
Peru
Transportadora de Gas del Perú (TgP)
Compañía Operadora de Gas del Amazonas (Coga)
Chile
Quintero LNG Plant
Greece, Albania
and Italy
Trans Adriatic Pipeline (TAP)
Spain
11,000 km of pipelines
6 LNG plants (+1 in the works)
3 underground storage facilities
Greece
DESFA
USA
Tallgrass Energy
Presence in 8 countries
Enagás
LNG
Storage Transport
What we do
5. 5
Page
Electricity from renewable
sources
H2
▪ Mobility
▪ Power generation
▪ Industry
▪ Tertiary/household use
Generated
waste
Biogas
Biomethane
Circular
economy
Upgrading
Anaerobic
decomposition
Injection into
pipelines
Fuel for
vehicles
Industry
Hydrogen Biomethane
The use of existing gas
infrastructures is essential to
make progress at the lowest cost.
For technology neutrality
Renewable gases
They allow decarbonization of
sectors where electrification is
not an option.
6. 6
Page
Enagás' commitment
towards green hydrogen
Due to its geographical
location and availability of
resources and infrastructure,
Spain must become a gateway
for green hydrogen to Europe
8. 8
Page
Development of
Proprietary
technology
and R+D+i
projects.
Development of
demonstrative
projects
on an industrial scale.
Development of projects for
the decarbonisation
of the different economic
sectors, especially in those
regions where the energy
transition may have a
greater impact.
Adaptation/
development
hydrogen
transport network
both national and
towards Europe.
Enagas' commitment
towards green hydrogen
9. 9
Page
Potential adaptation of gas pipelines
for the transport of hydrogen
Enagás’ commitment to green hydrogen
2030 2035 2040
11. 11
Page
Expectations for hydrogen
deployment cover all
sectors of society (industry,
transport, electricity
generation and residential
consumption)
Towards a green
hydrogen economy
12. 12
Page
Sectoral
decarbonisation
From renewable energies,
with zero emissions
Just
transition
Stimulatory agent, allows the
creation of industrial fabric
Energy
storage
Surplus power management
and grid integration
Linking between
sectors
Infinity of applications
(industrial, mobility, residential...)
Why?
Towards a green hydrogen economy
13. 13
Page
What is needed?
Towards a green hydrogen economy
We will need to ensure that green hydrogen is
cost effective through scaling it up and
through administrative simplification,
existing regulatory loopholes have to be
eliminated. There is no need to over-regulate,
but mechanisms must be put in place.
On the other hand, we can push forward the
development of clean hydrogen through the
cooperation and sharing of technologies
among different countries and companies. Also
through private-public partnerships.
Source: Energy Council
Cost competitiveness and lack of regulation as main barriers
14. 14
Page
The project includes the development of a green hydrogen production plant from renewable
photovoltaic energy. Green hydrogen will have multiple applications on the island, including
the fuel supply to a fleet of fuel cell buses and fuel cell vehicles, the generation of heat
and power for commercial and public buildings and the creation of a HRS.
Socios
50 M€
Scope Mallorca Hub
H2O
H2
O2
Lloseta
Towards a green hydrogen economy
What is needed?
Case study: Green Hysland project
The project includes green hydrogen injection into the island's
gas pipeline network, through a Guarantee of Origin System,
to decarbonise gas supply
15. 15
Page
• Lloseta
Towards a green hydrogen economy
What is needed?
Case study: Green Hysland project
Key ingredients:
✓ Local targets for decarbonization of the
economy and national hydrogen roadmap.
✓ Private-public partnership.
✓ Strategic project for the Balearic Government.
✓ First Industrial Deployment to be further scaled
up and replicated in other European islands.
✓ FCH-JU and IDAE grants to support
competitiveness.
What is missing:
✓ Removing regulatory and market design barriers:
• eliminate lengthy/complex licensing and permitting
processes (e.g. declaration of public utility),
• define flexible obligations to qualify the electricity
used for hydrogen production as renewable,
• provide additional financial/support mechanisms to
ensure H2 competitiveness,
✓ Lack of a regulatory/legal framework, standards,
regulatory body to qualify H2 as renewable and
certification systems to support the development of
the market (guarantee of origin system).