Fecal coliforms, organisms that indicate the presence of pathogenic bacteria in drinking water, have been found at increasing levels in the Chattahoochee River. This poses a significant health risk to the residents of Columbus, GA. Fecal coliforms are thriving due to heavy rainfall, which allows sewer water to seep into the river. Precipitation levels are expected to worsen in Columbus from 49.7” annually to 52.6” by 2050. In response, I propose the "AerAqua", a device designed to extract water from atmospheric humidity in order to combat increasing precipitation. Powered by solar energy, it employs a cost-effective gel developed by the University of Texas, capable of absorbing up to 11 gallons of water per kilogram in Columbus’s high humidity conditions. The mass implementation of the AerAqua device atop buildings in downtown Columbus, particularly near the Chattahoochee River, could significantly mitigate these environmental challenges. But what would we do with the collected water? Many nearby Georgia communities and farms are facing drought due to climate change, Columbus could aid by transporting AerAqua-harvested water to these areas. The AerAqua's simple design offers a practical and sustainable solution to Columbus’s precipitation and contamination problem while also aiding nearby communities.