Capture Carbon
Create Value.
Hydrovolta’s SonixED™ enables clean, modular CO₂ capture and transformation — turning waste into opportunity.
The Challenge
Carbon dioxide emissions from industry, power, and manufacturing are accelerating climate change — yet many existing carbon capture solutions are expensive, energy-intensive, and hard to scale.
The Hydrovolta Solution
With SonixED™, Hydrovolta introduces a modular, low-energy CO₂ capture and valorisation process that can be integrated into existing systems. The captured CO₂ is mineralized into stable forms like CaCO₃ and MgCO₃, reused in various applications, or monetized through carbon credits.
🔬How It Works
Hydrovolta uses cavitation-powered technology to separate CO₂ from gas streams and transform it into mineralized carbonates. The system is compact, efficient, and deployable at various emission sources.
Applications:
- Cement and concrete production
- Power plants and chemical industries
- Direct Air Capture (DAC) setups
- Carbon credit programs
Valorisation Methods:
- Mineralization: CO₂ converted into calcium or magnesium carbonate for use in construction or industrial materials
- Power plants and chemical industries
- Reuse: Captured CO₂ can be redirected for commercial or agricultural use
- Credit Generation: Verified for voluntary or compliance carbon markets
How It Works
📊 Performance Metrics
| Feature | Value |
|---|---|
| CO₂ Capture Efficiency | Up to 90% |
| Operating Cost (OPEX) | 30–50% lower than traditional systems |
| Maintenance | Minimal due to modular design |
| Environmental Impact | No hazardous waste or solvents used |
| Deployment | Mobile/onsite or integrated |
Why Choose Hydrovolta for Carbon Capture?
Unlike bulky, expensive carbon capture systems, Hydrovolta’s SonixED™ offers a clean-tech alternative that is scalable, efficient, and profitable. It’s ideal for organizations looking to decarbonize without disrupting operations. Plus, it opens up new revenue through carbon credits and material reuse — turning compliance into opportunity.
Common Questions
Most Popular Questions
SonixED™ technology captures CO₂ through a modular system that combines low-energy electrodialysis and ultrasound to separate CO₂ from gas streams. The process enables efficient and scalable carbon capture with minimal operational disruption.
The captured CO₂ can be mineralized into stable compounds such as calcium carbonate (CaCO₃) or magnesium carbonate (MgCO₃), reused in industrial processes, or converted into assets like carbon credits through third-party verification.
Yes. One of SonixED™'s advantages is its plug-and-play modularity. It can be retrofitted into most facilities, including cement, steel, and chemical plants, without the need for major redesigns or production halts.
By turning CO₂ into mineralized byproducts or earning verified carbon credits, Hydrovolta’s solution offers a pathway to monetize emissions, helping businesses meet regulatory requirements while opening up new revenue streams.
Absolutely. SonixED™ is scalable and modular, making it viable for both SMEs and large corporations looking to reduce their carbon footprint and create value from CO₂.
Unlike conventional systems that are energy-intensive and maintenance-heavy, SonixED™ operates at low pressure and low energy, requires minimal chemicals, and resists fouling. This results in significantly lower OPEX and higher operational reliability.
