The Carbon Capture Europe Summit 2025: Advancing Carbon Capture, Utilisation, and Storage for a Net-Zero Future
Carbon Capture, Utilisation, and Storage (CCUS) plays a pivotal role in Europe's strategy to achieve net-zero CO2 emissions by 2050. As industries and governments strive to mitigate the effects of climate change, CCUS offers a practical and scalable solution for decarbonizing some of the most challenging sectors, such as steel, cement, power, and chemicals. These industries, which are integral to the European economy, must reduce their emissions significantly to meet climate targets. To foster collaboration and drive innovation in this critical area, the Carbon Capture Europe Summit 2025 (CCES2025) will take place from 29-30 April at the prestigious KIT Royal Tropical Institute in Amsterdam.
This summit stands as Europe's leading event for advancing CCUS development and is set to bring together over 450 C-suite executives, policymakers, industry leaders, and financial experts. These stakeholders will focus on creating solutions to accelerate Europe's transition to a carbon-neutral future. The summit will delve deep into EU's strategic priorities, examining the role of CCUS in tackling emissions, exploring regulatory frameworks, discussing the latest technological innovations, and outlining investment strategies that are essential for driving this energy transformation.
The Role of CCUS in Europe's Climate Strategy
The EU Industry Carbon Management Strategy emphasizes the necessity of Carbon Capture, Utilisation, and Storage to decarbonize hard-to-abate sectors. These sectors, including steel production, cement manufacturing, power generation, and chemicals, are critical to the functioning of modern economies but face challenges in reducing emissions through traditional methods alone. By capturing CO2 emissions at the source, these industries can contribute significantly to the EU's overall emissions reduction targets. This is especially crucial in the context of achieving net-zero emissions by 2050, which requires the full engagement of all sectors of the economy, including those traditionally harder to decarbonize.
The CCUS strategy involves three key components:
Carbon Capture: The process of capturing CO2 emissions directly from industrial processes or power generation.
Carbon Utilisation: The use of captured CO2 in various industrial applications, such as creating synthetic fuels or chemicals, thus turning waste into valuable products.
Carbon Storage: The safe and long-term storage of CO2 in underground geological formations, ensuring that the captured CO2 does not contribute to atmospheric pollution.
The EU Commission's Green Deal and the EU Emissions Trading Scheme (ETS) emphasize the integration of CCUS technologies across sectors to reach the climate neutrality goal. This makes the technology a crucial component of Europe's climate strategy. With CCUS technologies advancing rapidly, the need for collaboration between industry leaders, policymakers, and financial institutions is more pressing than ever.
The Carbon Capture Europe Summit 2025: A Platform for Innovation and Collaboration
The Carbon Capture Europe Summit 2025 will serve as a vital meeting point for all stakeholders in the CCUS ecosystem. Over the course of two days, the summit will feature high-level discussions, keynote presentations, workshops, and panel sessions, where thought leaders will address the latest developments in CCUS technologies and their role in decarbonizing Europe's industrial landscape.
Key Themes and Focus Areas of CCES2025
The conference's agenda will center around the following core themes:
1. Regulatory Frameworks and Policy Development
With the accelerating push for decarbonization, there is an urgent need for policy clarity and regulatory frameworks that support the widespread adoption of CCUS technologies. At the summit, participants will discuss the EU's regulatory landscape and explore how policymakers can establish a clear roadmap for scaling up CCUS projects across Europe. This includes topics such as:
EU carbon pricing mechanisms and their impact on CCUS development.
Government incentives and subsidies for CCUS projects.
Cross-border regulations for the transport and storage of CO2.
2. Technological Innovations in CCUS
Innovation is at the heart of the transition to a low-carbon economy. The summit will provide a platform to showcase the latest technological breakthroughs in carbon capture technologies and the utilization of CO2. Industry experts will share insights into:
Next-generation capture technologies: How advancements in solvents, membranes, and direct air capture are making CO2 capture more efficient and cost-effective.
Carbon utilization: Exploring innovative methods for using captured CO2 in the production of valuable products, such as synthetic fuels, building materials, and chemicals.
Digitalization and AI applications in optimizing the efficiency of CCUS processes.
3. Investment Strategies and Financial Mechanisms
The scale of investment required to implement CCUS technologies across industries is significant. The summit will provide insights into the financing opportunities available for CCUS projects, including private investment, government funding, and public-private partnerships. Topics of discussion will include:
Identifying financial models for large-scale CCUS projects.
The role of green finance and sustainable investment in the development of CCUS technologies.
How the financial community can support the commercialization of CCUS technologies and facilitate the widespread adoption of decarbonization solutions.
4. Collaboration Between Industry, Government, and Academia
The CCES2025 summit will emphasize the importance of collaboration between different sectors, including government, industry, and academia, in driving CCUS development forward. Key sessions will focus on:
Multi-stakeholder partnerships for scaling up CCUS infrastructure.
Joint efforts to reduce operational costs and overcome technical barriers to CCUS implementation.
The role of research and development in accelerating technological advancements and bringing innovations to market.
Networking Opportunities at CCES2025
Beyond the conference’s educational and technical aspects, CCES2025 offers a valuable networking opportunity for participants. With over 450 C-suite executives, government representatives, and industry leaders attending, the summit provides an excellent platform for forging new partnerships, identifying investment opportunities, and collaborating on joint ventures aimed at advancing CCUS solutions.
The networking sessions will allow attendees to meet with key industry players, including those involved in carbon capture technologies, energy transition initiatives, sustainable finance, and infrastructure development. It is an opportunity to foster cross-sector collaborations that will drive the large-scale implementation of CCUS technologies across Europe.
Conclusion: Paving the Way for a Carbon-Neutral Europe
The Carbon Capture Europe Summit 2025 is set to be a crucial event in shaping the future of Carbon Capture, Utilisation, and Storage in Europe. With a focus on regulatory frameworks, technological innovations, and investment strategies, the summit will bring together industry leaders and policymakers to accelerate Europe's transition to a carbon-neutral future. As the EU and its member states work towards meeting net-zero emissions by 2050, CCUS will undoubtedly play a pivotal role in decarbonizing some of the most challenging sectors.
The summit serves as an important venue for collaboration, knowledge sharing, and forging partnerships that will drive CCUS adoption across Europe. By focusing on actionable solutions and innovative strategies, the Carbon Capture Europe Summit 2025 will contribute to achieving a sustainable, low-carbon future for Europe and beyond.
Na REACTOR WORLD EXPO, o foco é ultrapassar os limites da inovação na tecnologia de reatores químicos, criando uma plataforma essencial para profissionais do setor, pesquisadores e fabricantes mostrarem seus últimos avanços. O setor químico desempenha um papel fundamental no desenvolvimento de muitas indústrias e tem um impacto significativo no crescimento econômico. Nos últimos anos, o setor testemunhou um crescimento impressionante e espera-se que mantenha seu ímpeto, impulsionado por avanços tecnológicos contínuos e colaborações estratégicas. A exposição serve como uma prova da natureza dinâmica do setor, refletindo a crescente importância da tecnologia de reatores químicos em várias aplicações industriais.
O evento apresentará uma ampla gama de reatores químicos, desde modelos de laboratório de pequena escala até grandes reatores industriais, atendendo a um amplo espectro de necessidades da indústria. Com a crescente demanda por processos químicos mais eficientes e sustentáveis, a REACTOR WORLD EXPO está pronta para explorar as tecnologias mais recentes projetadas para melhorar o desempenho do reator, melhorar os padrões de segurança e otimizar o uso de energia. Ele oferece uma oportunidade única para os participantes testemunharem em primeira mão os desenvolvimentos de ponta no projeto e fabricação de reatores, oferecendo um vislumbre do futuro do cenário da engenharia química.
Uma característica fundamental da exposição é sua ênfase na garantia de qualidade (QA) e controle de qualidade (QC) na indústria de reatores. Como os reatores químicos são parte integrante da produção de inúmeros produtos, de produtos farmacêuticos a materiais energéticos, garantir sua segurança e eficiência operacional é crucial. O evento promoverá discussões aprofundadas sobre as melhores práticas para manter altos padrões de controle de qualidade e controle de qualidade, abordando os desafios enfrentados pelos fabricantes e destacando novas ferramentas e métodos para melhorar a confiabilidade e o desempenho. Esse foco na qualidade será vital para os envolvidos no projeto, produção e operação de reatores, pois eles buscam atender às demandas cada vez maiores de precisão, segurança e custo-benefício.
Outro tema proeminente da REACTOR WORLD EXPO é a crescente colaboração entre instituições de pesquisa e fabricantes. Essa sinergia está levando ao desenvolvimento de sistemas e aplicações de reatores mais sofisticados, que estão abrindo novos caminhos para o mercado global de química de fluxo. À medida que as alianças de pesquisa e indústria continuam a evoluir, a exposição servirá como um local importante para compartilhar ideias e discutir as últimas descobertas em tecnologia de reatores, com ênfase nas implicações práticas desses avanços. Espera-se que essas parcerias acelerem a inovação no campo, fornecendo soluções que moldarão o futuro do processamento químico.
Prevê-se que o mercado global de química de fluxo experimente um crescimento substancial nos próximos anos, impulsionado pela crescente demanda por processos químicos sustentáveis e eficientes. A REACTOR WORLD EXPO destacará essas tendências, mostrando como as mais recentes inovações em tecnologia de reatores estão atendendo às necessidades de indústrias como farmacêutica, energia e ciência dos materiais. Ao facilitar a colaboração e o diálogo entre os principais especialistas, o evento fornecerá informações valiosas sobre a direção do mercado e as tecnologias que devem dominar no futuro
A H2 & FC EXPO, anteriormente conhecida como FC EXPO, é a principal feira internacional dedicada às tecnologias de hidrogênio e células de combustível. Realizado anualmente em março no Tokyo Big Sight, um dos locais de exposição mais icônicos e tecnologicamente avançados do Japão, este evento cresceu e se tornou uma reunião vital para as partes interessadas no setor de energia de hidrogênio. Desde sua estreia em 2005, a feira atraiu especialistas, inovadores, pesquisadores, fabricantes e tomadores de decisão de todo o mundo, oferecendo uma plataforma única para explorar os últimos avanços em soluções de energia de hidrogênio.
A recente mudança de marca da feira para H2 & FC EXPO, começando com a edição de setembro de 2023 em Chiba, ressalta a crescente importância do hidrogênio como um participante fundamental na transição global para a neutralidade de CO2. À medida que o mundo enfrenta os desafios da descarbonização das indústrias, o hidrogênio surgiu como um transportador de energia versátil e essencial, com o potencial de revolucionar vários setores. Do transporte e da geração de energia às aplicações industriais, o hidrogênio oferece uma alternativa mais limpa aos combustíveis fósseis, e seu papel na redução das emissões de gases de efeito estufa está se tornando cada vez mais crítico.
O evento deste ano traz em foco os desenvolvimentos mais avançados em tecnologia de hidrogênio e células de combustível. Os principais tópicos incluem a produção, transporte, armazenamento e utilização de hidrogênio. A feira apresenta uma ampla gama de exposições que apresentam soluções inovadoras que estão avançando na cadeia de valor do hidrogênio. Os participantes podem esperar ver os últimos avanços em materiais e componentes cruciais para células de combustível de hidrogênio, como eletrólitos, membranas de troca iônica, eletrodos, catalisadores, camadas de difusão de gás (GDL) e conjuntos de eletrodos de membrana (MEAs). Esses componentes estão no centro da tecnologia de células de combustível de hidrogênio e desempenham um papel fundamental no aprimoramento da eficiência e do desempenho.
Igualmente importantes são os testes avançados e as tecnologias analíticas apresentadas na feira. Com foco na avaliação de células de combustível, o evento destaca equipamentos especializados para avaliar as propriedades elétricas das células de combustível, incluindo dispositivos de teste de célula única, equipamentos de carga de energia, analisadores de impedância e instrumentos de análise de gás. Essas ferramentas são essenciais para garantir que as células de combustível de hidrogênio atendam aos padrões rigorosos exigidos para comercialização em grande escala e integração em aplicações do mundo real.
Além das telas de tecnologia, a H2 & FC EXPO serve como um espaço colaborativo para líderes do setor, formuladores de políticas e inovadores discutirem e traçarem estratégias para o futuro da energia de hidrogênio. A feira oferece inúmeras oportunidades de networking, compartilhamento de conhecimento e criação de parcerias estratégicas que podem impulsionar a indústria de hidrogênio. À medida que o hidrogênio se torna um componente chave da estratégia global de descarbonização, a feira é um recurso inestimável para quem deseja se manter à frente nesse campo em rápida evolução.
Além de apresentar as mais recentes tecnologias e inovações, o evento também destaca os investimentos e avanços significativos na infraestrutura de hidrogênio. O Japão, líder global em pesquisa e desenvolvimento de hidrogênio, continua inovando na adoção do hidrogênio, tornando a H2 & FC EXPO uma plataforma crítica para qualquer pessoa interessada em explorar o futuro da energia limpa. A diversidade de expositores e participantes da feira garante que os participantes tenham uma visão abrangente do setor de hidrogênio, desde materiais fundamentais até aplicações de uso final. A
H2 & FC EXPO é mais do que apenas uma feira comercial — é um evento importante no cenário global de energia, alinhado com a crescente pressão por soluções de energia sustentável. À medida que países ao redor do mundo priorizam a redução de suas pegadas de carbono, as tecnologias de células de combustível de hidrogênio desempenharão um papel cada vez mais vital na definição do futuro da energia limpa. Esta feira dinâmica serve como uma vitrine dos últimos avanços e como um catalisador para a colaboração necessária para impulsionar a adoção do hidrogênio em
FOOTPRINT+: Leading the Way in Decarbonizing the Built Environment
In today’s world, the call for sustainability is louder than ever before. As we confront the challenges of climate change, the built environment—comprising buildings, infrastructure, and cities—has emerged as a key player in the global effort to reduce carbon emissions. One of the most important events dedicated to tackling these challenges is FOOTPRINT+, the world’s most advanced international conference for the decarbonization of the built environment. This pioneering event is at the forefront of exploring how technology, materials, energy systems, and data can collaborate to create a more sustainable future.
The Vision Behind FOOTPRINT+
FOOTPRINT+ is not just another conference—it's a transformative event that brings together some of the brightest minds in the property, technology, and environmental sectors to push the boundaries of what’s possible in reducing carbon emissions within the built environment. The conference has set an example in the UK’s rapidly advancing and increasingly integrated property and technology industries.
This event explores the synergy between technology, materials, energy systems, and data. These elements, when combined effectively, hold the key to drastically lowering the carbon emissions generated by buildings. As the world’s most advanced international conference on decarbonization, FOOTPRINT+ constantly breaks new ground by addressing these challenges head-on.
Why FOOTPRINT+ Is Crucial for Our Future
The built environment is responsible for a significant portion of global carbon emissions. From construction processes to the daily operations of buildings, emissions are generated at multiple stages. This makes decarbonization not just a choice but an urgent necessity for sustainable development.
FOOTPRINT+ aims to solve this problem by offering a platform where leaders from various sectors can collaborate and share their knowledge and innovations. The conference presents a unique opportunity to discuss cutting-edge technologies, innovative materials, and forward-thinking solutions that are driving the transformation of the built environment.
What to Expect at FOOTPRINT+
The upcoming FOOTPRINT+ conference promises to be a dynamic and inspiring event, attracting thousands of delegates from around the world. In less than six weeks, at Old Billingsgate, attendees will have the opportunity to participate in a multifaceted experience. With seven vibrant conference stages, each focusing on different aspects of decarbonization and sustainability, the event will offer a comprehensive overview of how to reduce carbon emissions in the built environment.
Key Features of the Conference
Bespoke Installations
The conference will feature tailored installations that showcase the latest innovations in sustainable building materials, energy systems, and technologies. These installations will allow delegates to see firsthand how new developments can be integrated into the built environment.
Inspirational Design Forum
The design forum is one of the most anticipated components of the event. Here, leading designers and architects will discuss how the aesthetic and functional aspects of buildings can align with sustainability goals. From green roofs to passive design, the forum will explore how thoughtful design can contribute to reducing carbon emissions.
Unmissable Networking Events
Networking is one of the cornerstones of FOOTPRINT+. The event will offer numerous opportunities for delegates to meet industry leaders, forge new partnerships, and discuss potential collaborations. These networking sessions will be key to fostering the collaboration needed to drive large-scale decarbonization efforts in the built environment.
Engaging Discussions and Expert Panels
With industry experts and thought leaders at the forefront, delegates will engage in discussions on a range of topics, including the latest advancements in energy-efficient technologies, sustainable construction methods, and smart building systems. These panels will provide valuable insights into the practical steps needed to reduce carbon emissions in buildings.
FOOTPRINT+ and the Future of Sustainable Cities
At the core of FOOTPRINT+ is the idea of building sustainable cities. As urbanization continues to rise, cities are responsible for an increasing share of global emissions. By focusing on decarbonizing the built environment, FOOTPRINT+ aims to provide a roadmap for making cities more sustainable, energy-efficient, and resilient to climate change.
One of the most significant challenges in creating sustainable cities is the need for integrated solutions. FOOTPRINT+ explores how different sectors—architecture, technology, energy, and data science—can work together to address this challenge. The integration of smart building technologies, renewable energy sources, and efficient materials is key to reducing emissions and creating cities that are not only livable but also environmentally responsible.
The Role of Technology in Decarbonizing the Built Environment
Technology plays a pivotal role in the journey toward decarbonization. Innovations such as energy-efficient HVAC systems, renewable energy integration, and data-driven management platforms are already transforming how buildings consume energy. At FOOTPRINT+, the latest technological breakthroughs will be highlighted, showcasing how these solutions are changing the landscape of construction and building operations.
Energy Systems: A Central Focus
Energy systems are one of the most critical components of sustainable buildings. FOOTPRINT+ will explore how advanced energy management systems can help buildings reduce their energy consumption while maintaining comfort and functionality. The integration of smart grids, energy storage, and renewable energy sources will be key topics discussed at the conference, providing attendees with insights into how energy systems can be optimized for greater sustainability.
Materials for the Future of Sustainable Building
The materials used in construction have a massive impact on the carbon footprint of a building. From carbon-intensive concrete to low-impact wood and recycled materials, the choice of materials is crucial in minimizing emissions. At FOOTPRINT+, experts will discuss the role of sustainable materials in construction, highlighting innovations such as low-carbon concrete, bio-based materials, and modular construction techniques that can reduce waste and energy consumption.
The Power of Data
Data is another key element in the journey to decarbonization. With the advent of smart buildings, data analytics and sensors are becoming essential tools in monitoring and reducing energy usage. FOOTPRINT+ will feature discussions on how building managers can leverage data to optimize building performance, reduce waste, and enhance occupant comfort. Real-time monitoring and predictive analytics will be key topics at the conference, showcasing how data-driven solutions can drive down carbon emissions.
Moving Forward: The Road to Net Zero
One of the central themes of FOOTPRINT+ is achieving net-zero emissions in the built environment. As the world moves toward more stringent climate goals, the construction and operation of buildings must adapt to meet these targets. The conference will provide a platform for discussing the strategies needed to achieve net-zero buildings, from energy efficiency improvements to the integration of renewable energy systems and carbon capture technologies.
Policy and Regulation
In addition to technological innovations, policy and regulation play a crucial role in decarbonization efforts. FOOTPRINT+ will also feature discussions on the regulatory frameworks and incentives needed to accelerate the transition to sustainable building practices. By working together with policymakers, the private sector can create the conditions necessary for large-scale change.
Conclusion: The Future of Decarbonization
FOOTPRINT+ represents a major step toward achieving a decarbonized built environment. By bringing together stakeholders from across the property, technology, and sustainability sectors, the conference fosters collaboration and innovation that can drive significant change. The event's focus on technology, materials, energy systems, and data highlights the critical components required to reduce carbon emissions in buildings and create a more sustainable future.
As we look toward the future, the knowledge and partnerships formed at FOOTPRINT+ will help accelerate the transition to sustainable cities and net-zero buildings, contributing to a greener, more sustainable planet. By embracing these advancements and working together, we can create a built environment that is not only efficient but also environmentally responsible. The journey toward decarbonization is complex, but with continued innovation and collaboration, we can build a more sustainable future for generations to come.
