The NEWgenerator consists of an anaerobic membrane bioreactor for methane production and solids breakdown separation. Solids are treated via a community-scale sludge pasteurization service that treats waste from 10 NEWgenerators for every sludge pasteurization unit. As a result, the contribution of the solids treatment to the costs and GHG emissions of a single NEWgenerator was assumed to be one tenth of the total cost and GHG emissions for the sludge pasteurization unit. Within the NEWgenerator, liquids are treated on-site via a nutrient capture system with ion exchange (via Zeolite) and granular activated carbon for COD polishing and an electrochlorination unit for disinfection. The grid-tied power unit (including AC conversion, DC distribution box, wiring, and other smaller required components) and photovoltaic power unit (including photovoltaic panels, battery, DC distribution box, wiring, and other smaller required components) are included in the system for the baseline and alternative scenarios, respectively. In both scenarios, it was assumed a single NEWgenerator serves 100 daily users (household cluster-scale) with an expected lifetime of 25 years.