RONAH: Remote Observation of Natural and Anthropogenic Hydro Carbons.

Emission Reductions

Problem

Methane emissions from mines, oil and gas operations, landfills, and other industrial facilities pose significant environmental and safety risks. Conventional methods for monitoring these emissions are often limited in scope, accuracy, and timeliness.

Focus

RONAH's primary focus is the precise and continuous monitoring of methane emissions on a global scale, ensuring early detection and mitigation. The solution emphasizes real-time data acquisition, high-resolution detection, and customizable monitoring parameters tailored to specific industrial and environmental needs.

Problem

The increasing severity and unpredictability of environmental threats worldwide necessitate proactive measures. There's an urgent need for real-time insights, predictive analytics, and actionable intelligence to address these environmental threats efficiently.

Stakeholders
  • Oil and Gas Industry
  • Mining Operations
  • Landfills
  • Environmental Agencies

Measurement systems

  • Methane Detection Accuracy: Ability to detect minor leaks and emissions.
  • Coverage: Worldwide operational capacity, targeting specific areas or industries.
  • Response Time: Real-time data collection and immediate alerts for anomalies.
  • Customization: Flexibility in monitoring plans, meeting the diverse needs of different sectors.
Technologies

Emerging digital technologies

  • Advanced Remote Sensing Technology: Ensuring high-resolution methane detection.
  • Low Earth Orbit Satellite Operations: Providing global coverage and targeted monitoring.
  • Data Integration Systems: Seamless fusion with existing environmental databases.
  • Alert Mechanisms: Automated notifications for emission threshold breaches.