Comprehensive carbon capture solutions tailored to industrial needs
In sectors with high CO2 emissions such as iron & steel, glass, cement, and chemicals, companies adopt carbon capture solutions to:
- meet emission regulations.
- integrate capture systems designed for operational energy management.
- adopt strategies to manage industrial emissions.
GEA provides end-to-end carbon capture solutions, from waste heat recovery and gas pre-treatment to CO2 capture, conditioning, liquefaction, or conversion into CO2-based products.
Products
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CEBO® Carbon Capture Technology: Customized Solutions
Our CEBO® Carbon Capture Technology offers customized solutions for various industries to help reduce industrial CO2 emissions.
Innovative CO2 Solutions for Industry | GEA NAVO®
Explore GEA NAVO® technologies for effective CO2 capture and utilization, tailored for the cement, chemical and steel industries, among others.
Optimize Carbon Capture with GEA SETO® Gas Pretreatment
Improve industrial carbon capture efficiency with GEA’s advanced SETO® gas pretreatment. Our carbon capture solutions enhance gas treatment processes, ensuring efficient removal of NOx, SOx, and aerosols, while reducing maintenance and operational costs.
Optimize Heat Transfer with XECO® Waste Heat Recovery
Learn how XECO® Waste Heat Recovery systems utilize waste heat to enhance efficiency and reduce energy requirements in industrial processes.
Want to learn even more?
Webinar: Carbon Capture Solutions
- Why acting now is critical amid rising CO2 prices.
- How GEA’s solutions integrate across the full CO2 value chain, from capture to transport, utilization, and storage.
- Overview of GEA’s technology portfolio: XECO®, SETO®, CEBO®, and NAVO®.
- A practical, staged decarbonization roadmap and examples of long‑term collaboration, from monitoring to continuous improvement.
GEA Insights
Bilans wodny
W całej Europie susza staje się powracającym zjawiskiem – i nie dotyczącym już tylko południa. Choć dostęp do wody w coraz większym stopniu wpływa na wybór lokalizacji zakładów przemysłowych, to o jej wartości decyduje kontekst lokalny. Istnieje wiele rozwiązań technologicznych pozwalających na oszczędne gospodarowanie wodą w procesach przemysłowych, jednak kluczowe znaczenie mają także lokalizacja, zapotrzebowanie na energię oraz inne czynniki.
