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In most current net zero scenarios, CCUS contributes significantly to emissions reductions. which acknowledges that despite greatest attempts to fully implement measures to reduce carbon emissions, there will still be some emissions, for which carbon capture provides a component of the answer to go the last mile.
To achieve ‘Net Zero’ emissions, it is crucial to deploy CCUS technology. This will require significant investment and collaboration between governments, industry, and other stakeholders, How the gulf courtiers as the biggest fossil producers can contribute to the Global movement?
When it comes to the deployment of CCUS, different regions and nations have various challenges and opportunities.
We can hasten the development and application of CCUS technology by collaborating on policies and regulations, exchanging knowledge, best case practices and skills. The Collaboration will attract finance and investment contribute to building a worldwide market.
To achieve ‘Net Zero’ emissions, it is crucial to deploy CCUS technology. This will require significant investment and collaboration between governments, industry, and other stakeholders, How the gulf courtiers as the biggest fossil producers can contribute to the Global movement?
Catalyzing carbon markets and investments is a crucial strategy for reducing GHG’s emissions and achieving a sustainable future.
By creating a supportive regulatory environment and ensuring transparency and verification, we can create a robust and effective carbon market that drives investment in clean technologies and sustainable development.
We can hasten the development and application of CCUS technology by collaborating on policies and regulations, exchanging knowledge, best case practices and skills. The Collaboration will attract finance and investment contribute to building a worldwide market.
To achieve ‘Net Zero’ emissions, it is crucial to deploy CCUS technology. This will require significant investment and collaboration between governments, industry, and other stakeholders, How the gulf courtiers as the biggest fossil producers can contribute to the Global movement?
While CCUS technologies have shown promise in the lab and pilot projects, The challenge is to make CCUS technologies economically viable and deployable at a scale that can have a substantial impact.
While CCUS systems are currently quite prohibitively costly to set up at scale, scaling them up presents considerable concerns. Due to the technology’s high infrastructure and energy needs. Large-scale CCUS project development also necessitates significant funding and cooperation between governments, business, and other stakeholders.
By creating a supportive regulatory environment and ensuring transparency and verification, we can create a robust and effective carbon market that drives investment in clean technologies and sustainable development.
We can hasten the development and application of CCUS technology by collaborating on policies and regulations, exchanging knowledge, best case practices and skills. The Collaboration will attract finance and investment contribute to building a worldwide market.
To achieve ‘Net Zero’ emissions, it is crucial to deploy CCUS technology. This will require significant investment and collaboration between governments, industry, and other stakeholders, How the gulf courtiers as the biggest fossil producers can contribute to the Global movement?
A substantial amount of greenhouse gas emissions is caused by industries including steel, aviation, chemicals, and cement; therefore, reducing these industries’ emissions is essential to meet climate goals.
Capturing and reusing CO2 emissions can contribute to the development of a circular economy and lower the overall carbon footprint of these sectors.
Achieving net-zero emissions by 2050 will depend heavily on CCUS in order to achieve the Paris Agreement’s aim of keeping global warming to far below 2°C above pre-industrial levels.
In the run-up to COP 28 Governments, business, and civil society have to work together in a coordinated effort to hasten the adoption of CCUS technology.
Governments can play a significant role in promoting the adoption of CCUS technology by investing in R&D, providing regulatory frameworks that support its implementation, providing adequate funding and incentives, and ensuring public acceptance. By working together, we can build a sustainable future.
Collaboration on carbon removal is crucial due to the scale and complexity of the challenge. No single entity or technology can achieve the necessary carbon removal levels alone. By working together, sharing knowledge, resources, and expertise, we can accelerate the development and deployment of effective and sustainable carbon removal solutions to address climate change effectively.
Scaling viable technologies may be the hardest thing to tackle as we develop a sustainable future. This workshop addresses themes such as; Why life cycle perspective is important. What carbon negativity means, the integrated approaches we may take, the importance of transnational collaboration, and the importance of LCA / TEA in the development of technology.
So you have removals, but how are they verified? Methodological quantification of the real impacts of CCUS technologies is now a prerequisite for accessing finance opportunities. Permanence, reversal, environmental and the social impacts of CCUS technologies are subject to robust standards with compliance required for the deployment and scale-up of CCUS.
In this session we dive into the ways we can catch the gas making our planet too hot to get it under control. We address the benefits of capturing CO₂ directly from the air with DAC (Direct Air Capture) or at the source of emission through PSC (Point source capture) We journey through the challenges of scale and address solutions to build out the capacity required.
How can CO₂ be stored and is it safe? In this workshop we explore the possibilities for sequestration, geological storage and mineralisation along with the sheer scale of the task ahead. Can burying all this excess CO₂ bring economic benefits?
Using CO₂ captured from the air could reduce emissions and is a helpful asset in the decarbonisation tool kit. See how scientists are finding uses from water desalination, low carbon cement production, plastics, chemicals and sustainable aviation fuels.
At the CCUS Forum, we are honored to celebrate the women who are fearlessly taking on the greatest challenge that humanity has faced, rising up, building and implementing technologies of the future, and scaling industries to turn the tide on climate change. We invite you to celebrate our fierce climate leaders and change makers at our ‘Women in Climate’ networking dinner.
Dress code : Cocktail
