Dispatchability and Storage

We drive low-carbon and manageable energy through CO₂ capture and storage

Integrated carbon capture, utilization, and storage (CCUS) solutions to advance toward a flexible, low-emission energy system

As industries and energy systems decarbonize, carbon capture, utilization, and storage (CCUS) has become an essential tool to mitigate emissions that renewable energies alone cannot eliminate. At Sener, we develop and implement integrated CCUS solutions that support the transition to a manageable, low-emission energy system. Our work includes the design of capture plants, compression and transport systems, and the geological or industrial reuse of CO₂, thus driving decarbonization and the creation of circular value.

We combine CCUS technologies with hybrid and storage systems to provide flexibility and stability to the power grid

We don’t view carbon as waste, but as a resource that should be managed and, whenever possible, reused. This approach allows our partners to reduce net emissions, improve the flexibility of their systems, and encourage investment in clean and manageable energy capacity.

Why choose us

We combine solid technical expertise in dispatchable energy systems, thermal cycles, and process engineering with deep knowledge of the technologies and logistics associated with CO₂ handling. Our teams design integrated systems for capturing CO₂ from combustion, fermentation, or gasification processes, and for its subsequent use in storage, enhanced production, or chemical conversion. We support our clients through all project phases: from feasibility studies and permitting to detailed design, procurement, and operational commissioning.

How we work

Our process begins by identifying emission sources and evaluating the most suitable capture technologies—such as chemical absorption, oxy-combustion, membrane separation, or cryogenic systems. From there, we define the most appropriate transport, reuse, or storage solutions, which can range from pipeline networks to geological formations or industrial applications. Thanks to our experience in hybridization, we integrate CCUS systems with battery storage, hydrogen production, and renewable generation, enhancing operational reliability and energy system balance.

We offer comprehensive CCUS solutions, from capture systems to CO₂ storage or reuse

International experience in storage and flexible generation

Sener has developed thermal, hydraulic, and battery storage projects, integrating engineering, safety systems, MEP, and digital solutions to create resilient, low-carbon infrastructures.

Smart Energy platform for Freyconsa

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NOORo III central tower solar thermal power plant in Ouarzazate (Morocco)

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Parabolic trough plant Noor Ouarzazate I

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Parabolic trough plant Bokpoort

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Parabolic trough plant Casablanca

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Parabolic trough plant Ilanga 1

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Parabolic trough plant La Africana

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Services for flexible generation and energy storage

We offer design, engineering, and operational support services for dispatchable plants and storage systems, ensuring flexibility and reliability in energy supply.

Seismic design

Engineering structures to withstand seismic forces and ensure occupant safety.

Procurement

Managing procurement processes to ensure cost-effective and timely project delivery.

Planning policy advice

Advising on planning policies to support sustainable development and compliance.

EPC

Executing turnkey engineering, procurement, and construction projects with full accountability.

Energy efficiency

Improving energy performance through smart design and operational strategies.

Artificial Intelligence

Applying AI technologies to automate processes and generate predictive insights.

Area Energy Planning

Developing regional energy strategies to optimize sustainability, cost, and resource use.