Digital twins modelled
AI - BIOENERGY - DIGITAL TWIN - HYDROGEN - MICROGRIDS - CARBON NEUTRAL INDUSTRY
ESYLYS
ESYLYS
The HiPrBio system yields high-pressure biogas. The process yields up to 85 % vol. methane at 10 bar without extra compressors or scrubbers. Apt for small communities and industries. It is suitable for de-central portable, truck-mounted applications. Suitable also for high capacity static operation.
Data has surpassed oil as the top global commodity. Experimentation in existing plants is slow, costly and not feasible without stopping running processes; RENLE, a numerical library for industrial components, replaces industrial experiments with real-time simulation of energy systems. The components can be mixed and matched to imitate industrial processes, entire plants or microgrids.
Numerical simulation is often confined to academia, while digital twins are essential in industry. Small companies lack dedicated numerical divisions, but RELEC (Renewable Energy Library Esylys Cloud) solves this by cloud-based simulation accessible through a browser. RELEC displays digital twins of industrial processes or microgrids without storing data in the cloud; it functions purely as a computational engine
Waste segregation poses a problem, with landfills emitting substantial greenhouse gases and limited space for new ones. Incinerating household waste releases harmful dioxins and furans. The solution lies in decentralized, portable waste-to-biogas systems, akin to ready-mix concrete, where the plant seeks out and processes waste instead of the waste moving to the landfill. And waste is processed on the fly.
Digital twins modelled
Concepts and designs evaluated
Slow progress
HiPrBio commissioned. Digital twin library cloud deployment tests succesful.
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