The world’s first CO₂-neutral 1 MW power with 2MWh Storage & ultra-fast EV charging.
CRYOCCS® combines megawatt-scale power, cryogenic CO₂ capture and 2 × 250 kW ultra-fast charging into a single deployable system – turning emissions into a valuable commodity instead of waste.
natural-gas generator
with integrated cryogenic CO₂ liquefaction.
Zero Emissions in the Atmosphare 2 MWh
Storage capacity.
AI based grid stabilisation
CO₂-neutral Image:
TPCCS System vs.
1 MW + 2 MWh + TPCCS
From emission source to CO₂ production asset
Traditional generators emit CO₂ and create cost and regulation pressure. The CRYOCCS® unit flips that logic completely: it transforms a combustion-based power source into a CO₂-neutral, revenue-generating asset.
At its core sits a 1 MW (1250 kVA) natural-gas generator engineered for grid-independent operation. The exhaust stream is routed through a proprietary cryogenic capture line that dries, compresses and cools the gas using a PCS process, separating high-purity liquid CO₂ (LCO₂) while releasing clean nitrogen to the atmosphere.
The result is a compact power plant that can be dropped into island grids, industrial sites, construction projects, crisis zones or temporary events – providing megawatt-scale power and fast charging wherever the grid is weak or absent.
AI Core Performance
Engineered as a fully integrated module – power, storage, capture and charging in a single system. The AI-Control Module is not an optimization add-on. It is a prerequisite for safe and efficient operation of the distributed expansion-based cooling of carbon capture architecture.
How the technology works
Cryogenic CO₂ Capture
The exhaust passes through a multi-stage treatment train:
- Drying & conditioning – moisture removal prevents icing and guarantees stable operation.
- TPCCS - Power and Carbon System: a novel (non-conventional CCS) integrated energy and heat process architecture for cooling the exhaust gas.
- Compression – exhaust is brought to an optimal pressure window for CO₂ liquefaction.
- Phase separation – nitrogen is released as clean gas, CO₂ is collected as high-purity liquid.
- Onboard storage – LCO₂ is stored in an insulated tank, ready for off-take and sale.
An AI-based control system dynamically coordinates all components. The decentralized arrangement of the cooling modules enables precise control and high operational stability, even under fluctuating load conditions. No chemical sorbents, no regeneration cycle, no complex solvents.
Ultra-Fast Charging & Control
CRYOCCS integrates two 250 kW DC fast-charging outlets, powered directly by the generator. Intelligent power electronics prioritise EV charging while maintaining optimal operating conditions for the engine and capture system.
- 500 kW combined DC output for EVs, fully grid-independent.
- Dynamic load management to balance charging demand and capture performance.
- Advanced control using predictive models and MPC to maximise capture efficiency and minimise LN₂ consumption.
- Fail-safe modes ensure that, in case of fault, the system can fall back to safe generator operation.
In one compact footprint, operators gain both a fast-charging hub and a CO₂-negative power plant.
From cost center to profit engine
CO₂ as a Valuable Product
Captured liquid CO₂ is not a waste stream – it is a tradable commodity used in beverages, food processing, welding, agriculture, cold chain, dry ice and e-fuel synthesis. With typical prices between €70 and €300 per ton, an annual output of 1,000 tons translates into a substantial new income source.
Instead of buying offsets, operators can monetize CO₂ and strengthen their sustainability story at the same time.
Stacked Business Model
- Power sales – 1 MW for industrial loads, events, construction or backup.
- EV charging revenue – high-margin ultra-fast charging in underserved locations.
- LCO₂ trading – long-term supply contracts with industrial gas buyers and e-fuel plants.
- Carbon & ESG credits – CO₂-negative operations open doors to incentives and green financing.
Global Application Space
The system is designed to be containerised and relocatable, enabling use in:
- Emerging markets with weak grids.
- Remote mining, oil & gas and industrial sites.
- Military bases and humanitarian operations.
- Festivals, ports, airports and logistics hubs.
- Highway corridors as temporary or permanent fast-charging hubs.
CRYOCCS® is not just a cleaner generator – it is a new infrastructure layer where power, storage, carbon capture and EV charging converge.
Additional Revenue 2MWh Storage:
1. Frequency Regulation: Fast-response storage provides FCR, aFRR and mFRR services.
2. Peak Shaving Revenue: Reduction of peak loads lowers grid fees and avoids connection penalties.
3. Energy Arbitrage: Charging at low-price hours and selling during high-price hours Automated by AI for optimisation.
4. Black-Start + Resilience: Full off-grid start capability. Extremely attractive for data centres, industries and microgrids.
Energy System CO₂ Comparison
Comparison of conventional gas, CRYOCCS®-enhanced gas, and renewable and nuclear systems in terms of CO₂ intensity, availability, and system performance.
A new class of CO₂-neutral infrastructure
As grids struggle to keep pace with electrification and industry faces escalating climate regulation, CRYOCCS® offers something rare: a technology that is both environmentally transformative and economically compelling.
There is currently no competing system that combines megawatt-scale power, 2 MWh Storage, onboard cryogenic CO₂ capture, LCO₂ as a sellable product and half-megawatt ultra-fast charging in one integrated package. This makes CRYOCCS® a genuine “first-in-class” platform with the potential to set a new standard for off-grid and edge-of-grid energy infrastructure worldwide.
We are now seeking strategic investors and partners to industrialise the platform, scale manufacturing and deploy the first commercial fleets across key regions.