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Carbon Capture & Storage: CCUS, DAC and integrated carbon strategies

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Carbon Capture, Storage & Transport: Carbon solutions as a building block of industrial transformation

Achieving climate neutrality requires a systematic approach to carbon that goes beyond emission avoidance alone. Integrated carbon management combines transparency on emissions with targeted reduction measures and structured handling of CO₂ flows.
We support companies in developing robust carbon management concepts for their own emissions — and in identifying market entry opportunities as solution providers or investors along the CCUS value chain.

Point Source Carbon Capture

Capturing CO₂ directly at industrial point sources enables fast and measurable emission reductions.

We support the selection and integration of suitable capture technologies for energy‑ and process‑intensive industries, considering key factors such as efficiency, energy demand, cost and regulatory requirements.

Direct Air Capture (DAC)

Without the active removal of CO₂ from the atmosphere, unavoidable residual emissions cannot be addressed. DAC is therefore a prerequisite for achieving genuine climate neutrality.

We assess DAC technologies and applications with regard to scalability, energy integration and economic viability, and support system design and integration.

CO₂ transport and infrastructure

CO₂ transport is a central building block for scalable carbon capture solutions.

We analyze transport options such as pipelines, shipping and multimodal concepts, and support the design of safe, efficient and regulatory‑compliant CO₂ infrastructure — from capture site to storage or utilization location.

CO₂ storage and utilization (CCS & CCU)

CO₂ storage and utilization are key elements in managing unavoidable emissions and enabling new value chains.

We assess options for permanent geological storage as well as industrial utilization pathways that use CO₂ as a feedstock, for example in synthetic fuels, chemicals or materials.

Services: From strategy to reality

Wether you need to define what lies ahead or implement what’s decided – FEV helps along the whole project lifecycle.

We define the strategic direction, target picture and value case – understanding technological potentials and the reality behind the business cases. Fast, honest and precise.

We build powerful partnerships, with the target to de-risk the investment from day 1. Our early systems designs rely on decades of experience and powerful tools that allow to gain detailed insights in early phases.

We assess technical, economic and regulatory viability to shape tailored solutions that fit the client’s specific context — not technology show cases, but phased pathways that are realistic, implementable and scalable over time.

Within FEED, we define the technical architecture, develop equipment and layout concepts, specify interfaces, validate utilities and infrastructure needs, and build up capex, opex and execution schedules to a decision-ready level. This gives clients a robust basis for FID with clear scope, realistic costs, identified risks and an implementation concept that can actually be carried forward into execution.

We support execution from detailed planning through implementation and, together with leading EPC partners worldwide, provide end-to-end delivery support to ensure projects are realized safely, efficiently and as intended.

Case Studies: Examples

  • FEV and Regout Group Collaborate on Smart Energy Management through PV–BESS Integration

    The Regout Group, a leading industrial manufacturer in Maastricht, aims to enhance sustainability and reduce energy costs. With rising electricity prices and the need for greener operations, the challenge was to identify an optimal mix of renewable energy generation and…

  • Reference ESS FMEA project

    Support and assessment for European ESS Integrator to meet certification criteria by performing FMEA/PFMEA and risk analysis…

  • Technical and commercial due diligence of a large scale electrolyzer project with SOP before 2028

    The client had the opportunity to invest in a large-scale green hydrogen project in Europe and asked FEV to conduct the technical and commercial due diligence…

  • Modular battery concept for off-road machinery and stationery energy storage system

    Client is considering to become a battery ack supplier for off-road machinery & stationary ESS and needs support defining the battery concent & business case…

  • Battery energy storage systems: Development, installation, and commissioning of 2nd life systems

    Development and assembly of B2L energy storage systems (30 to 5.000 kWh) with different OEM modules…

  • Simulative assessment of performance and competitiveness of novel PEM Electrolyzer membrane

    Gore developed a novel membrane technology for PEM Electrolysis FEV was asked to assess the market potential of their technology…

  • Synthetic fuel production from sustainable methanol

    Researching electricity-based fuel production in Germany…

  • Target costing for stationary energy storage system

    Customer wants to develop a new stationary energy storage system A target costing and cost reduction study was made to drive concept decisions…

  • Technology & strategy benchmarking of grid-scale BESS manufacturers

    Customer evaluated expanding into grid-scale BESS and required support to benchmark current technologies and develop a strategy for entering the market…

FEV e+r: Our experts

Marcus Fischer

Solution Leader Carbon Solutions

David Fischer

Solution Leader Carbon Solutions

Contact: Get in touch with us