FAQ

The authorised CBAM declarant is legally responsible for the annual CBAM declaration, certificate management, and surrender obligations. Recarbeng supports the technical preparation of the underlying emissions and evidence package, but does not replace the legal role of the declarant.

No. The declaration is submitted through the CBAM Registry by the authorised CBAM declarant established in the EU, or by the indirect customs representative where the importer is not established in a Member State. The exporter’s role is to provide robust installation and product-level emissions data.

Default values are intentionally conservative. If your actual embedded emissions are lower than the applicable default, your EU buyer may budget more CBAM certificates than necessary. That extra cost can directly influence sourcing decisions, pricing, and contract renewal.

Verification matters when actual values are used for embedded emissions in the definitive period. In that case, the operator’s emissions report must be ready for independent accredited verifier review, and the resulting verification report supports the declarant’s CBAM filing.

No. Recarbeng provides pre-verification support, methodology alignment, evidence-pack preparation, and verifier coordination. Independent accredited verification is a separate function and must remain independent.

Electricity remains legally within CBAM scope. While it is not our primary commercial focus, it should not be ruled out from a regulatory perspective. Our main sector focus is on cement, aluminium, iron and steel, fertilisers, and hydrogen.

Carbon capture is the process of collecting CO₂ emissions at the source — such as industrial facilities or directly from the atmosphere — before they enter the environment. At Recarbeng, our systems use advanced chemical and physical processes to capture, concentrate, and safely store or repurpose CO₂, helping industries meet their net-zero targets.

Our solutions are designed for energy-intensive sectors including cement, steel, chemical production, power generation, and waste-to-energy plants. We tailor each system to the specific emission profile and infrastructure of the client facility.

Captured CO₂ can be safely stored underground (geological sequestration), used in industrial processes such as enhanced oil recovery or food production, or converted into valuable products like synthetic fuels and construction materials through carbon utilization pathways.

We use continuous real-time monitoring systems combined with third-party verification protocols. Key performance indicators include capture rate (% of CO₂ removed from flue gas), system uptime, energy consumption per tonne of CO₂ captured, and overall cost-efficiency.

We design and develop integrated renewable energy solutions including solar, wind, hydrogen production systems, and energy storage technologies. Our R&D division focuses on creating hybrid systems that combine multiple clean energy sources for maximum reliability and efficiency.

Yes. We conduct a full energy audit of your operations and design a phased transition roadmap that minimizes disruption and cost. This includes integrating on-site renewables, improving energy efficiency, and connecting to clean energy procurement channels where on-site generation is not feasible.

Absolutely. Energy storage is central to reliable renewable systems. We work with advanced battery technologies, hydrogen energy carriers, and thermal storage systems to ensure your facility maintains a stable energy supply even during periods of low renewable generation.

Industrial decarbonization means systematically reducing or eliminating greenhouse gas emissions from manufacturing and production processes. This involves optimizing processes to reduce energy waste, switching to low-carbon fuels and feedstocks, electrifying heat and mechanical systems, and implementing carbon capture at unavoidable emission points.

Timelines vary based on the scale and complexity of your operations. An initial feasibility study and roadmap typically takes 4–8 weeks. Full implementation of a decarbonization plan may span 12 months to several years, structured in phases to align with your investment and operational cycles.

Our approach is specifically designed to minimize operational disruption. In many cases, decarbonization initiatives improve process efficiency, reduce long-term energy costs, and strengthen regulatory compliance — ultimately contributing positively to productivity and bottom-line performance.

Yes. Our team has deep expertise in emissions reporting frameworks including EU ETS, CBAM, GHG Protocol, and ISO 14064. We help you establish baseline measurements, implement reduction measures, and prepare accurate regulatory reports to ensure full compliance and avoid penalties.

We offer end-to-end electric mobility solutions for commercial and industrial fleets. This includes EV fleet electrification strategy, charging infrastructure design and deployment, smart energy management for charging networks, and integration with on-site renewable energy systems to maximize sustainability.

We design charging infrastructure that can be directly fed by on-site solar or wind generation, combined with storage systems to ensure 24/7 clean power availability. Where local generation is limited, we connect to certified renewable energy tariffs or Power Purchase Agreements (PPAs).

Yes. Our solutions scale from small business fleets to large logistics and municipal operations. We handle everything from load analysis and grid impact studies to multi-site charging management platforms, ensuring your fleet electrification is efficient, reliable, and cost-effective.