
Let’s turn your emissions into an asset.
Practical decarbonization shouldn’t disrupt your workflow. By pairing your operational expertise with our modular capture technology, we can close the loop on your emissions—together, starting with fermentation sectors like wineries and breweries.
2 Orders
Magnitude Lower Cost (Target)
High Purity
Conversion Rate
Modular
System Design
Operators
You run a facility and want a practical way to capture point‑source CO₂.
- Fermentation venting (wine/beer)
- High‑concentration industrial (cement)
Investors
You invest in clean tech and want the short version: thesis & traction.
- R&D stage, Spring 2026 prototype
- Modeled performance & cost validation
Partners
You support deployment (integration, manufacturing, offtake).
- Offtake / utilization opportunities
- Manufacturing & integration support
Technology: Our Shared Approach—The Modular System
We’re developing a fully electrified, passive system that integrates into your existing footprint, eliminating the need for massive steam and chemical regeneration plants.
Solutions & Business Models
We’re validating our ideal commercial model through shared discovery with you. Whether we co-create a system ownership model or a turnkey service, our goal is to align with your industry’s realities.
System Ownership + Service
Shared ownership with ongoing maintenance as part of our partnership.
Capture as a Service
Full turnkey mitigation, handled together.

Path to Pilot
We are executing a rigorous R&D strategy to move from IP protection to a validated, commercial-ready system by Fall 2026.
IP & Climate Strategy
We start with a “Climate Strategy” in place to protect our IP. Our business model is live and designed to generate revenue through consultation and installation services.
Design & Validation
We move beyond theory by validating our “first-of-its-kind” annular capture system through rigorous computer modeling and bench-top testing. This phase proves the physics and ensures our design is commercially viable before we build.
Hardware Fabrication
We are actively building the machine. We are procuring materials and manufacturing the mechanical components for our four key subassemblies: Intake, Compression, Capture, and Storage. This transforms our blueprints into physical assets.
System Integration
We combine our subassemblies into a single, unified prototype. This critical phase focuses on safety and reliability, establishing the safe operating “envelopes” for pressure and temperature to ensure the system is ready for the real world.
Performance Proof
We prove it works. We run the fully integrated system under realistic conditions to validate CO₂ capture efficiency and energy stability. This culminates in a stakeholder demonstration of a TRL 4 prototype, ready for pilot scrutiny.
Commercial Expansion
With a validated prototype, we open our Seed Round for expansion and deploy commercial units. We shift from development to decision-making, activating our market strategy and scaling operations.



Pedro Alvarado Camacho
Founder and CEO
Nathaniel Groothoff
Sr. Product Development Engineer
Anthony Crosby
Mechanical Engineering Consultant
David Viveros Salazar
Field/Technical Consultant
Sri Puranam
Advisor/Technical Consultant
Eily Irwin
Finance Intern
Elizabeth Babalola
EHS Specialist
Joan Snyder
CEN MentorBuilt for operators—not just lab demos.
Carbon capture shouldn’t require a chemical plant to operate. Spear the Air is focused on a compact, modular system designed to be practical for real facilities.
We are currently validating our commercial models and confirming technical specs.
- Compact, modular point-source focus
- 2 orders of magnitude lower cost target (modeled)
- Fall 2026 Prototype milestone
Roadmap & Momentum
Now
Modeling + Customer Discovery. Validating contaminants and business models.
Fall 2026
Prototype Build & Test. Validate performance and purity targets.
Next
Pilots & Scale. Move to pilot deployments with partner support.

