7. Deployment, Distribution, and Maintenance Strategies
Designing a great device is only half the battle; we also need a plan to deploy these CO₂ extraction units widely and maintain them over years of operation. Here, we outline strategies for distributing the units globally, installing them in various marine environments, and providing maintenance or replacement as needed with minimal effort.
Our deployment strategy focuses on maximum impact with minimal logistics burden. By designing devices that are both self-contained and easily mountable on existing marine infrastructure, we can leverage global maritime networks to rapidly scale CO₂ extraction while minimizing additional resource requirements.
Global Distribution Network
Strategic Partnerships
- Port authorities and marina operators
- Fishing cooperatives and fleets
- Commercial shipping companies
- Ocean conservation NGOs
Regional Distribution Hubs
Strategic hub locations to efficiently serve different ocean regions:
Distribution Strategy Benefits
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Local Customization
Units can be adapted to regional water conditions and infrastructure
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Reduced Shipping Costs
Regional assembly reduces long-distance transport of complete units
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Local Economic Benefits
Creates jobs in assembly, installation, and maintenance worldwide
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Leveraging Existing Supply Chains
Utilizes established marine equipment distribution networks
Installation Approaches
On Boats
Mobile deployment on various vessel types:
- Transom or rail mounting brackets
- Hull attachment below waterline
- Integration with seawater intake systems
On Piers & Infrastructure
Fixed installation on coastal structures:
- Piling straps for cylindrical surfaces
- Bolt-on brackets for flat seawalls
- Float attachments for varying water levels
Free-Floating Arrays
Open ocean deployment strategies:
- Dedicated buoy mounting systems
- Current-perpendicular "string" arrays
- Integrated anchor and float systems
Permitting & Regulatory Considerations
Deploying devices in ocean environments requires careful navigation of regulatory frameworks. We're proactively addressing these challenges:
Early Engagement
Working with regulators from the outset to highlight environmental benefits and ensure compliance with maritime laws.
Standardized Documentation
Creating permit templates and regulatory packets for different jurisdictions to streamline approval processes.
Protected Areas Strategy
Special permitting approach for sensitive marine areas, emphasizing the acidification-reducing benefits.
Safety Standards
Ensuring all installations meet navigational safety requirements with appropriate markings and notifications.
Maintenance and Servicing
Maintenance Strategy
Minimal Maintenance Intervals
Targeting annual or less frequent maintenance cycles, with basic cleaning procedures simple enough for non-experts to perform.
Swappable Components
Key wear items designed for easy replacement, including snap-in electrode pairs and accessible battery compartments for field servicing.
Remote Diagnostics
Continuous monitoring of device performance through wireless connectivity, allowing early detection of issues and targeted maintenance.
Maintenance Network
Global Service Infrastructure
Local Partners
Volunteer Network
Certified Techs
Our maintenance approach combines professional service technicians with community participation, creating a resilient support network that can scale globally without centralized infrastructure.
Resilience and Recovery
Built-in Redundancy
Our deployment strategy embraces distributed resilience. The network nature of deployment means individual unit failure has minimal impact on overall CO₂ removal capacity. Units are designed to fail safely, automatically shutting down rather than creating environmental issues.
Recovery Program
- Bounty system for found/drifting units
- GPS tracking for lost unit recovery
- Exchange program for damaged units
- Rapid response service teams
Scaling Deployment Roadmap
Pilot Phase
- Small test deployments in controlled environments
- Installation procedure refinement
- Partner feedback collection
Regional Expansion
- Community-centered deployments
- Partner-sponsored initiatives
- Maintenance network development
Maritime Integration
- Shipping fleet integration programs
- Commercial vessel partnerships
- Mobile deployment optimization
Global Saturation
- Mass deployment across oceans
- Global maintenance infrastructure
- Automated deployment systems
Our deployment strategy focuses on making it easy and attractive for others to host these devices. By partnering with local organizations and providing turn-key solutions (the unit plus mounting hardware plus guidance), we aim to seed these globally with minimal friction. Maintenance is kept light, and we leverage the device's connectivity to remotely identify when attention is needed. This approach should allow scaling from a few pilot units to potentially tens of thousands of units across different environments – from busy ports to remote open oceans – with a sustainable support framework.