25.3 million individuals live in food deserts with little to no access to fresh food.
24% of global greenhouse gas emissions are from agriculture.
40% of all food produced is wasted and emits greenhouse gases while decomposing.
44% global synthetic fertilizer use which causes health externalities, runoff, and depletes key nutrients.
Our innovative anaerobic digestion system takes in 2,000 lb of food waste a month, producing 200 gal of liquid fertilizer a month and 1,400 kWh of energy in the form of captured methane gas.
We are also highly experienced engineers and data scientists that consult in greenhouse, hydroponics, aquaponics, and soil remediation projects.
Seahorse AD System starting at $45,000
Locally sourced and organically produced liquid fertilizer $30/gal
Our first Seahorse Anaerobic Digestion system was built in May 2019, along with a reconstruction of our upper level greenhouse. Our system has been running successfuly since then, and we have been further analyzing the inner workings and biome reactions occuring within.
Current digestate data:
no3: 260 ppm
k+: 1100 ppm
Ecotone Renewables was established in Pittsburgh PA to educate communities about sustainable practices of agriculture and develop the technology necessary for scaling these practices. Food is central to culture, health, and education, yet the current food system produces excessive waste and imposes dangers on the environment. This is why Ecotone is dedicated to building the tools necessary to empower communities to redevelop and grow through sustainable food practices. Ecotone Renewables has developed the “Seahorse”, which reinvents the food waste disposal system, taking food that would otherwise be wasted and turning it into renewable energy electricity and nutrient-rich fertilizer. Ecotone aims to close the food loop by transforming otherwise wasted food and energy into nutrients that restart the food loop.
A Decision Science major at Carnegie Mellon University, Sasha's passions for sustainable food waste come from her previous background of farming — meaning that she has built a strong understanding of the agricultural industry as well as data and business research involved within the project.
Kareem Rabbat is a senior at the University of Pittsburgh studying Environmental Engineering with a certificate in Engineering for Humanity. He has designed and implemented aquaponics systems in Brazil and The United States, is a certified operator of anaerobic digesters, and is well versed in fungal and bacterial breakdown and distribution of nutrients.
A Materials Engineering major at Carnegie Mellon University, Dylan's focus is on the application of material innovation in the production of renewable energy. His previous experience includes AEM Fuel Cell research under Dario Dekel and additively manufactured silver scaffolds for application in Li-ion batteries.
Sasha Cohen Ioannides
+1 917 597 1634
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