J. Bishop, D. Bishop, G. Fernicola
Bishop Ascendant Inc.,
United States
Keywords: modular support, water purification, energy generation, symbiosis, scalability
Summary:
The system known as “Spark” is a modular, portable and self-sustaining system capable of providing critical resources and support to communities seeking access to safe water, energy and communications. This innovative system utilizes unique molded pieces that are capable of being mass produced. This allows us to bring our solution to a larger number of areas and help support a larger population of people simultaneously. Spark’s modular design allows it to be configured to adapt to various mission requirements and environmental conditions. An integrated assemblage of modular components, Spark was developed to address pressing societal, economic, and political strains, particularly in rural areas. Globally, the disproportionate impact of water scarcity on women and children is a pressing concern. Startling statistics from the World Bank reveal that 166 children under the age of 5 succumb to water-related illnesses daily, and children in underdeveloped regions spend up to 8 hours daily fetching water. Additionally, women in these regions often walk an average of 3.75 miles per day to collect water, limiting their employment opportunities and ability to care for their families. In order to better help reduce the overall amount of time it takes to fetch water, Spark is capable of pumping water to multiple communities located significant distances from a water source. This can make it easier for remote communities to access water without having to make the long treks to and from the water source. Spark also aims to significantly reduce costs associated with accessing clean water during an emergency. It is capable of being rapidly deployed and operating within hours of deployment. Rugged design and high quality construction ensures continuous operation, comprehensively addressing the problem of water scarcity. A single Spark unit can provide approximately 16,000 gallons of clean water per day, providing hundreds of people with access to clean water. Furthermore, Spark units can also support agriculture by irrigating arable land, contributing to food security in regions facing hunger crises. Over time, Spark holds the potential to transform numerous regions and positively impact a wide range of populations, addressing not only water scarcity but also its far-reaching consequences.