Carbon Management

To achieve national and international climate neutrality targets, reducing CO₂ emissions by transitioning away from fossil resources and advancing the energy transition is indispensable.

However, these efforts alone will not suffice, as certain industries, such as cement production, inherently generate unavoidable CO₂ emissions during their processes. In these cases, innovative solutions like CO₂ capture with subsequent utilization (CCU), storage (CCS), or direct extraction of CO₂ from the air (CDR and DAC) offer promising new perspectives.

Carbon management addresses this challenge on a broader scale and also encompasses the development of infrastructure for CO₂ transport. While still in its early stages in many areas, carbon management presents not only challenges but also significant opportunities. It has the potential not only to reduce CO₂ emissions but also to achieve negative emissions. From an economic standpoint, carbon management will spur the creation of new markets and jobs. Stakeholders who proactively address this issue and invest in its early ramp-up can secure competitive advantages and pioneer new business models.

Success in the field of carbon management requires more than just market-ready technologies; it also demands insight into future developments and the interests of key stakeholders. Our expertise in this area has been honed through various projects, including a study commissioned by the vbw to analyze CO₂ infrastructure requirements.

Research questions on the topic of Carbon Management

  • Which areas of industry and the energy sector require carbon management and to what extent, and which capture technologies and overall concepts are suitable for this?
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  • Which factors (political, legal, economic, technological, geographical, ecological, socio-cultural) influence the implementation of carbon management?
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  • How much negative emissions (DACCS, BECCS, CDR) are needed and under what circumstances can they be generated economically?
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  • How could the market ramp-up for captured CO2, its certificates and the necessary transport infrastructure be organised?
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  • At what cost do the individual steps of the CCUS value chain take place and which players are involved?
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More Topics
We Provide Independent Consulting and Research on all Topics Relevant to Energy Technology and Energy Management
  • Resources

    Natural resources are limited and must be used efficiently.

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  • Industry

    Dialogue and capacity building can reveal and unlock the potential for transformation in industrial companies.

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  • Grids

    Grids are the backbone of the energy supply and face enormous challenges.

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  • Climate Neutrality

    The conduct of many stakeholders will determine the path to climate neutrality.

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  • Heat

    The inertia of the heating sector requires consequential action at an early stage.

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  • Digitalization

    Digitalization provides the foundation of a successful energy transition by enabling innovative solutions and new business models.

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  • Geodata Lab

    Provides a variety of valuable resources and services required for projects and applications of the FfE.

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  • Hydrogen & SynFuels

    More ambitious climate targets increase the importance of hydrogen and SynFuels.

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  • Energy system and markets

    Price signals from energy markets play a crucial role in determining the course of the energy transition.

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