Amicis - Environmental Conservation Through NBOT
Team Amicis focuses on Environmental conservation and preservation, with additional emphasis on Food production, preservation, and Healthcare improvement as supporting areas. The primary concern addressed is Eutrophication, an overgrowth of algae and aquatic plants due to excessive nutrient enrichment, impacting freshwater bodies. Accelerated by human activities, such as agricultural fertilizers and industrial discharge, eutrophication leads to oxygen depletion, harmful algal blooms, and economic repercussions.
Impacts of the problem
Eutrophication affects various sectors, including fisheries, property owners, water suppliers, recreational users, and animals. Commercial fisheries face reduced catch volumes, property owners may incur financial losses, water suppliers encounter challenges in treating contaminated water, and recreational users face health risks and reduced enjoyment of activities.
Impacts of algal blooms to climate changes
Eutrophication, resulting from algae decomposition, contributes to climate change by releasing greenhouse gases like CO2 and methane. Nano Bubble Ozone Technology (NBOT), used to address eutrophication, indirectly mitigates climate change by eliminating the need for chemical additions in traditional water treatment procedures.
Solution
Biological, chemical, physical, and ultrasonic treatments are available alternatives for the problem. However, these methods have limitations, leading Team Amicis to propose Nano Bubble Ozone Technology (NBOT) for cleaning up and maintaining eutrophic lakes.
Design Specifications
The water quality monitoring and data collection bot's design specifications include satellite data usage, required measurements and sensors, path detection, ultrasonic agitation, electrolysis, dissolved gas saturation for nanobubble generation, autonomous control systems, waterproof and buoyant design, and power and energy management using rechargeable batteries and solar panels.
Sustainability
The Bio-Ozone Treatment (BOT) aligns with Spark's mission to tackle the global climate crisis by providing a sustainable, cost-efficient solution that contributes to Clean Water and Sanitation, Life Below Water, Sustainable Cities and Communities, Climate Action, Good Health and Well-being, Responsible Consumption and Production, and Zero Hunger.
Social and Environmental Impact
The BOT aims to improve the health and quality of life for communities associated with water bodies. It involves research on water quality standards, safety procedures, and collaboration with experts in water flow, management, and environmentalists. The BOT reduces costs, time, and labour in cleaning processes, addressing health and safety risks. It enhances environmental impact with higher oxygen levels, diverse habitats, and support for natural food chain communities.
Conclusion
In conclusion, this project aligns with Spark's mission, promoting sustainability through the use of nanobubbles to address eutrophication and improve water quality.