Problem
Floating production, storage, and offloading (FPSO) units and marine vessels are significant sources of CO₂ emissions, but deck space, weight, and energy constraints make conventional capture impractical.
Solution
Compact, modular HFC systems are designed for space- and weight-constrained environments and can be integrated with onboard engines and turbines while accounting for vessel range, reliability, and power requirements.
Pathway
We work with you from feasibility and system design through onboard integration, pilot validation, and commercial deployment.
Problem
You need equipment to operate reliably while you’re navigating carbon pricing, emissions-reduction commitments, limited space, and utility capacity.
Solution
HFC technology can be configured for individual emission sources that vary in size, location, and requirements—even at compressor stations, gas-processing facilities, and remote operating sites.
Pathway
We start by assessing the flue-gas source, operating profile, available utilities, and CO₂ destination. Then we work with you on feasibility and front-end engineering, pilot deployment, and commercial implementation.
Problem
Waste-to-energy flue gas contains CO₂ and possible contaminants that need to be addressed before carbon capture. Most facilities also face space, energy consumption, and integration challenges.
Solution
We tailor flue-gas pre-treatment and capture to your available space, heat, and utilities. Because waste-to-energy flue gas can contain both fossil and biogenic CO₂, capture and permanent storage can substantially reduce a facility’s net emissions and even generate credit.
Pathway
After conducting a flue-gas characterization and feasibility study, we move on to detailed engineering, validation, pilot deployment, and scale-up. This staged approach minimizes disruptions to your operation.
Problem
Industrial facilities need dependable supplies of CO₂ for products and processes even as they work to reduce emissions. At the same time, data centres and other power-intensive sites may rely on onsite natural-gas generation where grid capacity or reliability is constrained.
Solution
Ionada’s modular systems capture CO₂ from onsite generation and industrial exhaust streams for permanent storage or productive use. Onsite capture can reduce emissions while providing a more economical and secure CO₂ supply.
Pathway
We evaluate your emission source, CO₂ requirements, available utilities, and intended use or storage. From there, we work through feasibility, performance modelling, pilot testing, system integration, and commercial deployment.
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From Emissions to E-Fuels
If you produce e-fuels or other carbon-based products, we can design a system to capture, purify, and condition CO₂ to the requirements of your downstream process. We can also evaluate nearby emission sources to help develop a dependable regional supply.Explore the operating data behind HFC and its pathway to larger-scale deployment.