C44 Guardian provides a technology platform for the monitoring and verification of underground CO2 storage projects, utilizing multi-method monitoring, risk assessment, and regulatory compliance tools. The platform addresses the risks of leakage and plume migration while ensuring adherence to regulatory requirements through continuous data aggregation and analysis.
Funding
Funding not disclosed
Founders
Product
Problem
Underground CO2 storage projects face risks of leakage and plume migration, potentially undermining their effectiveness and posing environmental hazards. Continuous monitoring and verification are essential to ensure the integrity of these projects, but current solutions often lack comprehensive data aggregation and analysis capabilities. Furthermore, adherence to evolving regulatory requirements adds complexity to the long-term management of geological sequestration sites.
Solution
C44 Guardian provides a technology platform for lifecycle management of geological sequestration and underground CO2 storage sites. The platform offers multi-method monitoring, risk assessment, and regulatory compliance tools to ensure the safe, efficient, and permanent storage of CO2. It facilitates continuous data aggregation and high-resolution visualization of surface and subsurface measurements during pre-injection, injection, closure, and post-closure phases. By identifying potential risks of leakage and plume migration, C44 Guardian enables proactive mitigation strategies. Interactive dashboards, smart alerts, integrated workflows, and comprehensive reporting provide actionable insights for project operators to demonstrate conformance with permits and regulatory requirements.
Target Audience
The primary users are operators of underground CO2 storage projects, including those in the oil and gas, carbon capture, and energy sectors, as well as regulatory bodies overseeing these projects.
Features
- Multi-method monitoring of reservoir, plume, top seal, surface, wells, and seismicity
- Risk assessment and early warning system for leakage and plume migration
- Regulatory compliance tools for accurate and reliable reporting
- Vendor-agnostic approach with API framework for seamless data exchange
- Flexible and customizable to support specific storage site risks and uncertainties
- Cost-efficient business model with minimal third-party software licensing costs
- Reservoir modeling and simulation to estimate storage potential and predict plume behavior
- Microseismic and geomechanics analysis for seismic risk assessment