Facebook PixelRemote-controlled, solar-powered system designed to accumulate humidity and store water in subterranean containers for fire mitigation purposes
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Remote-controlled, solar-powered system designed to accumulate humidity and store water in subterranean containers for fire mitigation purposes

Image credit: National Storage Tank Inc.

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mschiav3
mschiav3 Jul 06, 2023
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How might we empower frontline communities to prevent, prepare for and recover from the most urgent climate-related disasters; such as, wildfires, floods and extreme weather?
I am looking for friends to share in an adventure... Companions who submit contributions to ideas and good ideas will be invited to participate with me in an open innovation challenge in which the final ideas will be granted a prize to be splited equally with between the participants (if we win).
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"Abstract: This proposal presents a remote-controlled, solar-powered system designed to accumulate humidity and store water in subterranean containers for fire mitigation purposes. The system aims to enhance humidity levels in areas prone to wildfires by strategically spraying stored water during climate susceptibility events. By utilizing renewable energy and advanced remote monitoring, this innovative solution can help prevent and diminish the devastating effects of wildfires.
Introduction: Wildfires pose a significant threat to ecosystems, property, and human lives. This proposal outlines a solution that utilizes solar-powered technology and subterranean water storage to increase humidity in fire-prone areas, thereby reducing the risk and impact of wildfires. The system is designed to be remotely controlled and responds to climate susceptibility events, ensuring rapid deployment of water resources when needed.
System Overview:
  1. Solar Power Generation: The system incorporates solar panels to harness renewable energy. These panels are strategically placed to maximize exposure to sunlight, generating electricity to power the entire system, including monitoring devices, pumps, and control mechanisms.
  2. Subterranean Water Storage: Small underground containers are dispersed throughout high-risk areas. These containers are designed to accumulate humidity and collect water from natural sources such as rain, dew, or condensation. The subterranean placement helps maintain water temperature and reduces evaporation losses, ensuring a constant supply of stored water.
  3. Remote Monitoring and Control: The system employs advanced remote monitoring technology to assess climate conditions and identify climate susceptibility events that indicate an increased risk of wildfires. Data from weather stations, satellite imagery, and other sources are processed to trigger the system's response when necessary.
  4. Water Deployment: When a climate susceptibility event is detected, the system is remotely activated to release water from the subterranean containers. High-pressure pumps and a network of strategically placed nozzles distribute the water in a fine mist, enhancing the local humidity levels. This helps create a moist environment that acts as a natural barrier against fire ignition and spread.
  5. Alert System: The system incorporates an alert mechanism to notify relevant authorities and stakeholders about the activation and status of the fire mitigation measures. Real-time data, including humidity levels and water usage, can be transmitted to a centralized control center or mobile applications, enabling efficient monitoring and management of the system.
Benefits:
  • Effective Fire Prevention: By increasing local humidity levels, the system helps prevent the ignition and rapid spread of wildfires, safeguarding ecosystems, communities, and infrastructure.
  • Environmentally Friendly: The solar-powered system reduces reliance on non-renewable energy sources and minimizes carbon emissions, promoting sustainable fire mitigation practices.
  • Scalability and Adaptability: The system can be easily expanded and adapted to suit different landscapes and fire-prone regions, maximizing its effectiveness in diverse environments.
  • Cost-Efficient: By utilizing solar energy and natural water sources, the system minimizes operational costs and offers a sustainable long-term solution for fire mitigation.
Conclusion: The remote-controlled, solar-powered fire mitigation system outlined in this proposal harnesses renewable energy and subterranean water storage to increase humidity levels and prevent or diminish the impact of wildfires. By leveraging advanced remote monitoring and control, this innovative solution offers an effective, scalable, and environmentally friendly approach to protecting ecosystems, communities, and infrastructure in high-risk areas.
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Marco Agudelo
Marco Agudelo8 months ago
The underground containers could be designed to be modular assembled, such that the smallest heavy machinery can be use to minimize environmental impact.
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