Technology

Our Technology

Deep experience refined into powerful technology.

We’ve transformed decades of hard-earned knowledge and hands-on experience into scalable, high-impact solutions—redefining what’s possible in global carbon removal through innovation, efficiency, and real-world application.

Our aerospace-inspired airflow system is engineered to optimize circulation & enhance the efficiency of CO₂ capture.
The elimination of bulky filters reduces airflow resistance, resulting in significantly lower fan energy consumption.
Rapid CO₂ kinetics are achieved through the use of sprayed solvents, accelerate both absorption & regeneration.
The system is built with a modular architecture that supports flexible deployment and effortless scalability.
We are targeting a carbon capture cost of under $90 per ton to ensure economic feasibility at scale.

Technology Leadership

Why Our Technology Leads the Way

We’re not just building better carbon removal systems—we’re reshaping the foundation of how DAC works. Our innovations in airflow, reactivity, scalability, and system design make us the technology partner of choice.

Aerospace-Engineered
Airflow Design

GigaDAC utilizes a spray-based solvent system, eliminating bulky filters and reducing airflow resistance by significantly improving system efficiency

Optimized ducting and intelligently engineered flow paths significantly reduce air resistance.
Increased reactivity opens the door to lower energy solvent regeneration options.
Lower pressure drop enables higher airflow rates without the need for additional energy input.

Faster CO₂ Kinetics via Thin Boundary Layers

By minimizing the solvent boundary layer to under one-tenth of traditional systems, GigaDAC enhances absorption kinetics, enabling rapid CO2 capture and regeneration

Boundary layer is the denominator in a diffusion system.
Lower boundary layer opens the door to chemistries that take less energy to regenerate.
Lower thermal input requirements drive down energy consumption, reducing operational costs & impact.

Modular Gigaton-Scale Focused Design

GigaDAC's infrastructure is purpose-built for large-scale, modular deployment, allowing easy replication for global expansion at gigaton annual removal capacity.

Modular units are engineered for quick, flexible deployment across diverse geographic locations.
Plug-and-play architecture with minimal on-site customization, accelerating installation timelines and lowering infrastructure overhead.
Our platform expand expands from kiloton commodity deployments into multi-megaton carbon removal, ideal for ambitious, global climate initiatives.

Energy-Efficient Regeneration Process

The combination of low-pressure airflow and optimized solvent systems results in lower regeneration energy needs, placing GigaDAC ahead of heat-intensive technologies.

Lower thermal input requirements drive down energy consumption, reducing operational costs & impact.
Pairs well with traditional solvent stripers or advanced electrochemical regeneration.

Why GigaDAC

Technology & Efficiency Comparison

While traditional Direct Air Capture systems face limitations in speed, scalability, and energy use, GigaDAC redefines what's possible—delivering faster, more efficient, and economically viable carbon removal at scale.

Parameters

Technology Type
System Pressure
Drop
Cost per Ton
(Estimated)
Deployment Cost
System Modularity

Conventional DAC Systems

Filter-based or solid sorbent beds
High pressure drop across
packed filters
$600–$1,200/ton CO₂ for most
current DAC deployments
High CAPEX due to custom-built,
stationary infrastructure
Limited modularity; often large,
centralized plants

GigaDAC

Aerospace-inspired spray solvent
system
Minimal pressure loss via open
spray design
$50–$90/ton CO₂ captured
Compact, modular units enable
lower upfront costs
Fully modular—scalable like
server racks

Pushing the boundaries of airflow and reactivity to power
the next generation of carbon removal.

Our Technology

Deep experience refined into powerful technology.

Technology Leadership