Tag #Carbon Capture

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usa.chinadaily.com.cn

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Feb 8, 07:07

CNOOC Commences Production at World's Largest Metamorphic Buried Hill Oilfield

China National Offshore Oil Corp (CNOOC) launched production at the Bozhong 26-6 oilfield in the Bohai Bay, the world's largest metamorphic buried hill oilfield, on Friday, aiming to reach 22,300 barrels of oil equivalent per day by 2025, reducing reliance on imports and advancing low-carbon initiat...

CNOOC Commences Production at World's Largest Metamorphic Buried Hill Oilfield

China National Offshore Oil Corp (CNOOC) launched production at the Bozhong 26-6 oilfield in the Bohai Bay, the world's largest metamorphic buried hill oilfield, on Friday, aiming to reach 22,300 barrels of oil equivalent per day by 2025, reducing reliance on imports and advancing low-carbon initiat...

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How does the Bozhong 26-6 project's success contribute to broader trends in China's offshore energy development and its low-carbon strategy?

The project's success highlights CNOOC's capability to efficiently extract oil from complex offshore reserves, crucial for China's energy security. Over 60 percent of China's new crude oil output came from offshore production last year, underscoring the growing importance of marine resources. This development also aligns with China's low-carbon ambitions, as the project incorporates carbon capture technology, burying an estimated 1.5 million metric tons of CO2.

politico.eu

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Jan 15, 07:10

Merz Vows to Scale Back Climate Policies to Boost German Industry

Germany's likely next chancellor, Friedrich Merz, plans to scale back climate policies to boost industrial competitiveness, potentially reversing billions of euros in investments and jeopardizing Germany's leadership in green technologies, while facing opposition from other parties.

Merz Vows to Scale Back Climate Policies to Boost German Industry

Germany's likely next chancellor, Friedrich Merz, plans to scale back climate policies to boost industrial competitiveness, potentially reversing billions of euros in investments and jeopardizing Germany's leadership in green technologies, while facing opposition from other parties.

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What are the long-term implications of Merz's planned policy shift for Germany's climate goals and industrial competitiveness?

The success of Merz's approach hinges on the availability and cost-effectiveness of carbon capture technology at scale. If carbon capture proves insufficient or overly expensive, Germany could face a trade-off between industrial competitiveness and environmental sustainability, potentially losing its lead in the green sector. This also raises concerns about the country's ability to meet its emissions reduction targets.

repubblica.it

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Jan 15, 22:08

Italy's Hard-to-Abate Sectors: Steep Economic Hurdles to Decarbonization

A study by the Politecnico di Milano reveals that hard-to-abate sectors in Italy contributed to 19% of the nation's emissions in 2023; achieving EU climate targets requires substantial investment in decarbonization technologies, facing significant economic and policy hurdles.

Italy's Hard-to-Abate Sectors: Steep Economic Hurdles to Decarbonization

A study by the Politecnico di Milano reveals that hard-to-abate sectors in Italy contributed to 19% of the nation's emissions in 2023; achieving EU climate targets requires substantial investment in decarbonization technologies, facing significant economic and policy hurdles.

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How do the economic challenges of decarbonizing cement production and heavy road transport compare, and what policy solutions are suggested?

The report, "Zero Carbon Technology Pathways," analyzed the cement and heavy road transport sectors. It found that carbon capture in cement production would require €3.6-6.8 billion by 2050, while current EU funding is significantly lower. For road transport, a transition to electric vehicles would necessitate €1.7 billion in additional investment by 2030 if 50% of new trucks were electric.

smh.com.au

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Dec 24, 10:10

Pilot Energy Expands Cliff Head Carbon Storage Capacity by 27 Million Tonnes

Pilot Energy announced a 58% increase in the Cliff Head carbon storage project's capacity to 72.2 million tonnes following a CO2Tech assessment, significantly boosting its potential for decarbonizing West Australian industries.

Pilot Energy Expands Cliff Head Carbon Storage Capacity by 27 Million Tonnes

Pilot Energy announced a 58% increase in the Cliff Head carbon storage project's capacity to 72.2 million tonnes following a CO2Tech assessment, significantly boosting its potential for decarbonizing West Australian industries.

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How did the reinterpretation of geological data, specifically the High Cliff sandstone formation, lead to the increased carbon storage capacity at the Cliff Head project?

The expansion is due to a reinterpretation of geological data, revealing additional storage potential within the High Cliff sandstone formation. This increased capacity is crucial for the Mid West Clean Energy Project, aiming to produce clean ammonia and permanently store CO2.

us.cnn.com

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Dec 18, 16:15

Seabound's Onboard Carbon Capture System Aims for 2025 Launch

Seabound, a UK startup, developed an onboard carbon capture device for cargo ships, capturing 80% of carbon and 90% of sulfur using calcium oxide pebbles, aiming for commercial launch before 2025 to mitigate shipping's 3% contribution to global greenhouse gas emissions.

Seabound's Onboard Carbon Capture System Aims for 2025 Launch

Seabound, a UK startup, developed an onboard carbon capture device for cargo ships, capturing 80% of carbon and 90% of sulfur using calcium oxide pebbles, aiming for commercial launch before 2025 to mitigate shipping's 3% contribution to global greenhouse gas emissions.

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How does Seabound's approach compare to other onboard carbon capture systems in terms of cost, efficiency, and scalability?

Seabound's technology offers a potential short-term solution for reducing shipping emissions, a sector responsible for approximately 3% of global greenhouse gas emissions. The system's simplicity, low energy consumption, and adaptability to existing vessels make it attractive, although long-term viability depends on the development of alternative fuels and port infrastructure.

cnn.com

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Dec 18, 13:12

Seabound's Onboard Carbon Capture System for Cargo Ships

Seabound, a UK startup, developed an onboard carbon capture device for cargo ships using lime-based pebbles, achieving 80% carbon capture and 90% sulfur removal in tests; it aims for commercial launch before 2025.

Seabound's Onboard Carbon Capture System for Cargo Ships

Seabound, a UK startup, developed an onboard carbon capture device for cargo ships using lime-based pebbles, achieving 80% carbon capture and 90% sulfur removal in tests; it aims for commercial launch before 2025.

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What is Seabound's innovative solution to reduce carbon emissions in the global shipping industry, and what are its immediate impacts?

Seabound, a UK-based climate tech startup, has developed an onboard carbon capture device for cargo ships that traps CO2 emissions using lime-based pebbles. The system achieves 80% carbon capture and 90% sulfur removal, significantly reducing ship emissions. This technology is poised for commercial launch before 2025.

forbes.com

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Jan 15, 22:08

Biden's Hydrogen Subsidies Undermine Clean Energy Goals

The Biden administration's recent decision to expand subsidies for hydrogen produced from fossil fuels with carbon capture alongside renewable sources has raised concerns about its commitment to clean energy, potentially undermining climate goals and fostering greenwashing.

Biden's Hydrogen Subsidies Undermine Clean Energy Goals

The Biden administration's recent decision to expand subsidies for hydrogen produced from fossil fuels with carbon capture alongside renewable sources has raised concerns about its commitment to clean energy, potentially undermining climate goals and fostering greenwashing.

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How does the Biden administration's expansion of hydrogen subsidies to include fossil fuels with carbon capture affect the fight against climate change and the credibility of U.S. climate policy?

The Biden administration's expansion of hydrogen subsidies to include fossil fuels with carbon capture undermines clean energy goals. This equates fossil fuel-derived hydrogen, even with carbon capture, to renewable sources for tax incentives, despite the significantly higher carbon footprint of the former. This risks environmental credibility and promotes greenwashing.

taz.de

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Jan 15, 19:10

German CCS Legislation Stalled by Political Divisions

Germany's proposed Carbon Dioxide Storage and Transport Act, crucial for climate neutrality, faces political gridlock due to SPD opposition to CCS for fossil fuels, jeopardizing industrial projects and delaying climate action.

German CCS Legislation Stalled by Political Divisions

Germany's proposed Carbon Dioxide Storage and Transport Act, crucial for climate neutrality, faces political gridlock due to SPD opposition to CCS for fossil fuels, jeopardizing industrial projects and delaying climate action.

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What are the long-term implications of this legislative stalemate for Germany's industrial sector and climate commitments?

The delay highlights challenges in balancing climate action with industrial realities. Without the law, projects like Holcim's planned climate-neutral cement plant in Schleswig-Holstein will fail. The upcoming election might further postpone a decision, although the Union party supports the bill, emphasizing the need for rapid investment and future-proofing Germany's industrial sector.

forbes.com

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Jan 7, 16:11

Neustark: Carbon-Negative Concrete from Waste CO2

Neustark, founded in 2019, uses reactors at concrete recycling plants to infuse crushed concrete with captured CO2 from waste facilities, creating a carbon-negative building material; the process mineralizes CO2 into calcium carbonate, permanently storing it, and generating carbon credits.

Neustark: Carbon-Negative Concrete from Waste CO2

Neustark, founded in 2019, uses reactors at concrete recycling plants to infuse crushed concrete with captured CO2 from waste facilities, creating a carbon-negative building material; the process mineralizes CO2 into calcium carbonate, permanently storing it, and generating carbon credits.

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How does neustark's approach compare to other methods of reducing the carbon footprint of concrete production?

Neustark's innovation addresses the lack of carbon dioxide transportation and storage infrastructure, a major challenge in carbon capture and storage (CCS). By integrating CO2 storage directly into the concrete recycling process, the company creates a local, circular economy, minimizing transportation needs and maximizing efficiency. This approach contrasts with other low-carbon cement producers who focus on reducing the carbon footprint of cement production.

forbes.com

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Dec 20, 10:10

Shell Accelerates Energy Transition with AI

Shell is leveraging AI to dramatically speed up scientific simulations, improve operational safety and efficiency, and accelerate the development of cleaner energy solutions, including carbon capture, biofuels, and optimized power grids.

Shell Accelerates Energy Transition with AI

Shell is leveraging AI to dramatically speed up scientific simulations, improve operational safety and efficiency, and accelerate the development of cleaner energy solutions, including carbon capture, biofuels, and optimized power grids.

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How is Shell using AI to accelerate the energy transition and reduce carbon emissions?

Shell, a major energy company, has significantly accelerated scientific simulations using AI, achieving speeds up to one million times faster than traditional methods. This allows for quicker evaluation of carbon capture and storage projects, crucial for net-zero goals. AI-powered systems also monitor equipment, detect emissions, and improve worker safety.

edition.cnn.com

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Dec 18, 16:15

Seabound's Onboard Carbon Capture System for Cargo Ships

Seabound, a UK climate tech startup, developed an onboard carbon capture device for cargo ships, capturing 80% of carbon and 90% of sulfur using calcium oxide pebbles; the company aims for commercial launch before 2025.

Seabound's Onboard Carbon Capture System for Cargo Ships

Seabound, a UK climate tech startup, developed an onboard carbon capture device for cargo ships, capturing 80% of carbon and 90% of sulfur using calcium oxide pebbles; the company aims for commercial launch before 2025.

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What is the immediate impact of Seabound's onboard carbon capture technology on the shipping industry's efforts to reduce greenhouse gas emissions?

Seabound, a UK-based climate tech startup, has developed an onboard carbon capture device for cargo ships that captures up to 80% of carbon and 90% of sulfur from exhaust fumes. This technology uses calcium oxide pebbles to absorb CO2, transforming it into limestone which is then offloaded at ports for further processing or use as construction material. The system is designed for easy retrofitting, requiring minimal ship modifications and promising a cost-effective solution.

dailymail.co.uk

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Dec 18, 10:11

Powell Jobs: AI's Energy Demands Highlight Urgent Need for Sustainable Solutions

Laurene Powell Jobs' Emerson Collective annual letter highlights AI's transformative potential while emphasizing the urgent need for sustainable energy solutions to power its growth, showcasing innovators like Bob Mumgaard of Commonwealth Fusion Systems and Nicholas Flanders of Twelve whose work in ...

Powell Jobs: AI's Energy Demands Highlight Urgent Need for Sustainable Solutions

Laurene Powell Jobs' Emerson Collective annual letter highlights AI's transformative potential while emphasizing the urgent need for sustainable energy solutions to power its growth, showcasing innovators like Bob Mumgaard of Commonwealth Fusion Systems and Nicholas Flanders of Twelve whose work in ...

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How do the examples of Bob Mumgaard and Nicholas Flanders illustrate the interconnectedness of technological innovation and sustainable practices?

The letter connects AI's energy demands to broader issues of sustainability and innovation. Powell Jobs spotlights innovators like Bob Mumgaard (Commonwealth Fusion Systems) and Nicholas Flanders (Twelve), whose work in fusion energy and carbon transformation respectively, offers potential solutions to the looming energy crisis fueled by AI. These examples illustrate the interconnectedness of technological advancement and sustainable practices.

Showing 37 to 48 of 53 results