Issues
Areas
Solutions
TRL Level
SRL Level
The LIS-platform, a BIM-based software platform, is being developed to monitor various aspects of buildings. This platform provides a comprehensive overview of structu...
"OptySun for Torbay" represents a shift from crisis response to global flood resilience, highlighting a commitment to sustainable, resilient, and community-centric solutions. The project is positioned as a model solution for enhancing flood resilience.
Climate-Related Hazards Addressed:
Multi-hazard (focus on water-related emergencies)
Specific Problems Solved:
Water Contamination During Emergencies:
The innovation addresses the critical issue of water contamination in disaster scenarios, ensuring access to safe drinking water during emergencies.
Scarcity of Clean Drinking Water in Flood-Affected Areas:
It provides solutions to overcome the shortage of clean water in areas impacted by floods, safeguarding public health.
Inefficient Resource Allocation During Emergencies:
By improving resource distribution, the innovation ensures that essential supplies and services are efficiently allocated during emergency situations.
Lack of Real-Time Data on Water Quality in Emergencies:
The innovation offers real-time monitoring of water quality, allowing for prompt action to prevent health risks during floods and other extreme weather events.
Limited Community Engagement in Flood Response and Preparedness:
It actively involves communities in flood preparedness and response, promoting awareness and resilience through engagement and education.
Environmental Impact of Traditional Water Purification Methods:
The innovation introduces environmentally friendly water purification techniques, reducing the ecological footprint of emergency water management.
Challenges in Water Resource Management During Extreme Weather Events:
By enhancing water resource management strategies, the innovation helps communities adapt to and mitigate the effects of extreme weather, ensuring sustainable water use during crises.
See more information about this level and the TRL and SRL levels.
Our innovation is relevant to the following priorities of Case Study #8 – Torbay and Devon County:
“Flood Focused Digital Solutions”: – OptySun Filter is complemented by a custom-developed mobile and web application, enabling real-time monitoring and data collection about water quality and filter usage. This digital solution aids in making informed decisions during floods, ensuring efficient resource allocation and providing crucial data for flood and asset warnings.
“Water Reuse and Rainwater Management”:
-OptySun Filter directly contributes to water reuse strategies. In flood situations, where rainwater and other surface waters become contaminated, our technology can purify this water, making it safe for drinking. This aligns with sustainable water use and complements green/blue space strategies by providing a practical solution for water management in extreme weather conditions.“Health”
Our project targets the crucial intersection of climate change and health inequalities, using data analytics and AI to map and mitigate health risks exacerbated by environmental factors. We focus on making healthcare accessible in vulnerable areas affected by climate change, ensuring equitable care and proactive interventions. This aligns directly with the priority of developing accessible health programs that address climate impacts and health disparities.
The “OptySun for Torbay: Advanced Flood Response Technology” was independently developed through a targeted R&D initiative, specifically aimed at addressing the challenges of water scarcity and contamination during floods. This initiative was driven by a deep understanding of the environmental and climate-related challenges in flood-prone regions.
“OptySun” is a robust solution designed for flood-prone environments, yet there are specific conditions that can impact its effectiveness. One key limitation is its reliance on solar power. In scenarios where sunlight is scarce, such as during continuous overcast weather, the efficiency of the solar charging mechanism could be compromised, potentially affecting the filter’s readiness and performance. However, this limitation can be handled by using any sort of generator. Additionally, the quality of the water source plays a crucial role. While OptySun Filter is adept at purifying a variety of surface waters, extremely turbid or heavily contaminated sources, particularly those with chemical pollutants or heavy metals, might reduce its purification efficacy and lead to more frequent maintenance needs. Furthermore, while the filter is designed to be user-friendly, its optimal operation and maintenance require a basic level of technical understanding. In communities where such skills are scarce or without proper training, the device’s effectiveness could be reduced. Finally, extreme environmental conditions, such as severe flooding, high winds, or the presence of significant debris, could pose physical risks to the device, challenging its durability and functionality. Understanding and planning for these potential limitations is essential for the effective implementation of OptySun for Torbay project, ensuring that the technology remains a reliable solution in diverse and challenging flood scenarios.
"OptySun for Torbay" represents a shift from crisis response to global flood resilience, highlighting a commitment to sustainable, resilient, and community-centric solutions. The project is positioned as a model solution for enhancing flood resilience.
Climate-Related Hazards Addressed:
Multi-hazard (focus on water-related emergencies)
Specific Problems Solved:
Water Contamination During Emergencies:
The innovation addresses the critical issue of water contamination in disaster scenarios, ensuring access to safe drinking water during emergencies.
Scarcity of Clean Drinking Water in Flood-Affected Areas:
It provides solutions to overcome the shortage of clean water in areas impacted by floods, safeguarding public health.
Inefficient Resource Allocation During Emergencies:
By improving resource distribution, the innovation ensures that essential supplies and services are efficiently allocated during emergency situations.
Lack of Real-Time Data on Water Quality in Emergencies:
The innovation offers real-time monitoring of water quality, allowing for prompt action to prevent health risks during floods and other extreme weather events.
Limited Community Engagement in Flood Response and Preparedness:
It actively involves communities in flood preparedness and response, promoting awareness and resilience through engagement and education.
Environmental Impact of Traditional Water Purification Methods:
The innovation introduces environmentally friendly water purification techniques, reducing the ecological footprint of emergency water management.
Challenges in Water Resource Management During Extreme Weather Events:
By enhancing water resource management strategies, the innovation helps communities adapt to and mitigate the effects of extreme weather, ensuring sustainable water use during crises.
The main components of the system have been tested separately, and an initial integration exercise has been conducted.
Our innovation is relevant to the following priorities of Case Study #8 – Torbay and Devon County:
“Flood Focused Digital Solutions”: – OptySun Filter is complemented by a custom-developed mobile and web application, enabling real-time monitoring and data collection about water quality and filter usage. This digital solution aids in making informed decisions during floods, ensuring efficient resource allocation and providing crucial data for flood and asset warnings.
“Water Reuse and Rainwater Management”:
-OptySun Filter directly contributes to water reuse strategies. In flood situations, where rainwater and other surface waters become contaminated, our technology can purify this water, making it safe for drinking. This aligns with sustainable water use and complements green/blue space strategies by providing a practical solution for water management in extreme weather conditions.“Health”
Our project targets the crucial intersection of climate change and health inequalities, using data analytics and AI to map and mitigate health risks exacerbated by environmental factors. We focus on making healthcare accessible in vulnerable areas affected by climate change, ensuring equitable care and proactive interventions. This aligns directly with the priority of developing accessible health programs that address climate impacts and health disparities.
The “OptySun for Torbay: Advanced Flood Response Technology” was independently developed through a targeted R&D initiative, specifically aimed at addressing the challenges of water scarcity and contamination during floods. This initiative was driven by a deep understanding of the environmental and climate-related challenges in flood-prone regions.
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