BANKABLE
CLIMATE RESTORATION.
We reject the unscalable economics of legacy climate tech. iCaRuS is a guardian-class Direct Air Capture (DAC) plant governed by the MoMintUs Quant 9 engine. We guarantee strict unit economics through autonomous duty-shaping, making large-scale carbon removal financially viable today.
Physical Plant Architecture
Pilot 001 operates a 4-bed staggered Temperature/Vacuum Swing Adsorption (TSA/VSA) configuration. Every subsystem represents heavy physical infrastructure mapped directly to our central governing engine to ensure peak commercial efficiency.
Air Contactor Modules
Heavy-duty variable speed (25–90%) VFD axial and centrifugal fans pushing atmospheric air through low-pressure-drop solid-amine/MOF sorbent frames. Configured in a 4-bed staggered loop for continuous operation.
Regeneration Skid
Low-grade heat exchangers and electric top-up systems working in tandem with industrial vacuum swing pumps. Features integrated condensate handling and priority routing for external waste-heat integration.
Compression Train
Multi-stage industrial gas compressor train featuring precision intercooling. A robust downstream desiccant and refrigeration dryer system ensures storage-ready CO₂ before final pipeline or tank injection.
Custody Transfer & MRV
Dual purity analyzers and highly calibrated metering skids tied directly to the governing control system. This hardware provides the physical foundation for fully auditable, high-stakes carbon credit tracking.
MoMintUs Quant 9
Our proprietary software layer enforces absolute economic discipline on the physical hardware. The engine utilizes Model Predictive Control (MPC) running at 200ms ticks to continuously optimize capture rate, energy consumption, and long-term asset health.
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Autonomous Duty ShapingThe system shifts energy-intensive regeneration phases to align seamlessly with the availability of waste heat and optimal grid utility tariffs.
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Immutable MRV TrackingBehaviorLedger technology generates verifiable K-Score data required by institutional buyers for high-stakes carbon credit reporting.
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NORNE Safety OverlayHard constraints automatically halt or degrade processes when pressure, temperature, or purity metrics breach safe economic boundaries.
Hard Governance Constraints
- • Purity drops below 99%
- • Sorbent temperatures exceed 110°C
- • Forward cost forecasts exceed $100/t
- • Pressure drop exceeds 1.2 kPa
- • Repeated setpoint tracking errors
- • Buffer capacities drop below safe limits
Strategic IP & Valuation
The iCaRuS venture is fully de-risked. Our moat is not strictly chemical—it is computational. While competitors pour capital into engineering cheaper chemistry, iCaRuS embeds unit economic viability directly into the operating system from day one.