EMBIO's Marina-Breath™ monitors air quality for the Port of Limassol using IoT "airbeldTM." In real-time, it tracks temperature, humidity, CO2, NOx, particulates, wind, and fog. Integrated with AI, it forecasts trends and alerts users.
Data management and interpretation: monitoring nine main air parameters in real-time, showcasing main air events, identification, and correlation between variables from different locations. Collecting air quality data is only valuable if it is properly managed and analyzed.Ports might lack the necessary data management and interpretation capabilities, making it challenging to use the data for informed decisions. Therefore, Marina-Breath™ database allows collection of large data sets, utilized for mitigation actions, and comprehensive plan on efficient air monitoring system exploitation. Technical expertise: properly installing and maintaining air quality monitoring equipment requires specialized technical knowledge. The port’s members might lack the necessary training and expertise on how to set up and troubleshoot these systems effectively. Our solution is easily operable and can mitigate these challenges. Thus, no additional expertise is required. Installation, technical and customer support are provided by EMBIO Diagnostics Ltd.Location (agnostic and ease of operation): installing air quality monitoring equipment may require finding suitable locations that do not interfere with other essential systems or compromise the safety and functionality of the port and vessels. Our Marina-Breath™ portable device, can be easily moved from one location to another. Additionally, operating and maintaining air quality monitoring systems can add complexity to port operations. Management and their teams may be hesitant to adopt new procedures and technologies if they perceive them as adding to their workload, thus we are eager to keep its functionality as simple as possible thus it does not create extra workload for the users. Regulatory compliance: our solution is designed to facilitate for the compliance of the Port with the regulations proposed by the International Maritime Organization (IMO) and the Department of Environment of the Cyprus Ministry of Agriculture, Rural Development and Environment.Environmental and health impact assessment at the port: the continuous management of key environmental conditions can result in animproved environment in the ports, reducing health-risks and ensuring healthier environments for everyone, ports and public. This solution will enable the prediction and mitigation of risks associated with environmental pollution, by encouraging prompt actions and operational optimization.
This innovation addresses climate-related hazards such as heatwaves, multi-hazard, and monitoring air quality.
See more information about this level and the TRL and SRL levels.
The investment readiness of this innovation has been self-declared by the provider and has not been independently verified. For more details, please contact the innovator directly.
The system’s main components have been individually tested, and an initial integration has been completed.
As vessels release hazardous emissions like NOx, CO2, and particles, monitoring these emissions is crucial to reduce pollutants and minimize adverse effects. Our goal is to introduce cost-effective, portable, accurate IoT-based technology for air monitoring. Marina-Breath™ addresses multiple challenges:
Monitoring and Predicting Emissions: Using IoT, our device measures air quality parameters like NOx, PM, and CO2. Real-time data and advanced algorithms predict high GHGs, allowing timely adaptation measures.
Climate Change Impact: Marina-Breath™ integrates atmospheric and oceanic variables to monitor climate impacts on ports, enabling informed decision-making.
Early Warning System: Advanced sensors collect real-time data, enhancing early detection and minimizing climate-associated risks.
Engaging Civil Society: Marina-Breath™ visualizes data to engage and inform maritime communities, promoting collaboration and climate adaptation.
Marina-Breath™ offers data analytics and visualization to identify trends, empowering decisions for emissions reduction and operational optimization. We tailor mitigation plans to reduce environmental impact, supporting new preventive measures.
EMBIO Diagnostics Ltd is the only owner of its technology protected as a trade mark (TM).
Some limitations may arise from both a technological and human factor perspectives. Ensuring quality and diverse datasets is crucial for reliable forecasting. Inaccuracies, gaps, or inconsistencies in the training data may compromise that reliability. Also, extreme weather events would possibly challenge an innovative technological approach as it’s challenging to gather sufficient data within these situations. As a result, predictive models may struggle to accurately forecast these events, introducing biases that may compromise the effectiveness of the model.Beyond technological hurdles, the successful adaptation of advanced sensor technology and predictive models are contingent on overcoming human factor limitations. Establishing trust in complex predictive models is a significant challenge, especially when users struggle to comprehend the rationale behind specific predictions Ensuring ongoing education and collaboration between data scientists, meteorologists, and policymakers becomes imperative for building a collective understanding of predictive capabilities. In navigating these human factor limitations, a holistic approach is essential to address not only the technological intricacies but also the interpretative and collaborative dimensions of advancing predictive capabilities in meteorology and air quality forecasting.
EMBIO's Marina-Breath™ monitors air quality for the Port of Limassol using IoT "airbeldTM." In real-time, it tracks temperature, humidity, CO2, NOx, particulates, wind, and fog. Integrated with AI, it forecasts trends and alerts users.
Data management and interpretation: monitoring nine main air parameters in real-time, showcasing main air events, identification, and correlation between variables from different locations. Collecting air quality data is only valuable if it is properly managed and analyzed.Ports might lack the necessary data management and interpretation capabilities, making it challenging to use the data for informed decisions. Therefore, Marina-Breath™ database allows collection of large data sets, utilized for mitigation actions, and comprehensive plan on efficient air monitoring system exploitation. Technical expertise: properly installing and maintaining air quality monitoring equipment requires specialized technical knowledge. The port’s members might lack the necessary training and expertise on how to set up and troubleshoot these systems effectively. Our solution is easily operable and can mitigate these challenges. Thus, no additional expertise is required. Installation, technical and customer support are provided by EMBIO Diagnostics Ltd.Location (agnostic and ease of operation): installing air quality monitoring equipment may require finding suitable locations that do not interfere with other essential systems or compromise the safety and functionality of the port and vessels. Our Marina-Breath™ portable device, can be easily moved from one location to another. Additionally, operating and maintaining air quality monitoring systems can add complexity to port operations. Management and their teams may be hesitant to adopt new procedures and technologies if they perceive them as adding to their workload, thus we are eager to keep its functionality as simple as possible thus it does not create extra workload for the users. Regulatory compliance: our solution is designed to facilitate for the compliance of the Port with the regulations proposed by the International Maritime Organization (IMO) and the Department of Environment of the Cyprus Ministry of Agriculture, Rural Development and Environment.Environmental and health impact assessment at the port: the continuous management of key environmental conditions can result in animproved environment in the ports, reducing health-risks and ensuring healthier environments for everyone, ports and public. This solution will enable the prediction and mitigation of risks associated with environmental pollution, by encouraging prompt actions and operational optimization.
This innovation addresses climate-related hazards such as heatwaves, multi-hazard, and monitoring air quality.
The business plan for this innovation has been evaluated by The Funding Company and it is considered to be ready for investment.
The main components of the system have been tested separately, and an initial integration exercise has been conducted.
As vessels release hazardous emissions like NOx, CO2, and particles, monitoring these emissions is crucial to reduce pollutants and minimize adverse effects. Our goal is to introduce cost-effective, portable, accurate IoT-based technology for air monitoring. Marina-Breath™ addresses multiple challenges:
Monitoring and Predicting Emissions: Using IoT, our device measures air quality parameters like NOx, PM, and CO2. Real-time data and advanced algorithms predict high GHGs, allowing timely adaptation measures.
Climate Change Impact: Marina-Breath™ integrates atmospheric and oceanic variables to monitor climate impacts on ports, enabling informed decision-making.
Early Warning System: Advanced sensors collect real-time data, enhancing early detection and minimizing climate-associated risks.
Engaging Civil Society: Marina-Breath™ visualizes data to engage and inform maritime communities, promoting collaboration and climate adaptation.
Marina-Breath™ offers data analytics and visualization to identify trends, empowering decisions for emissions reduction and operational optimization. We tailor mitigation plans to reduce environmental impact, supporting new preventive measures.
EMBIO Diagnostics Ltd is the only owner of its technology protected as a trade mark (TM).
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