The concrete foundation was sized to support all treatment units. Spatial treatment performance from the South Africa field trial were simulated in the process model using mean removal values for the AnMBR (COD: 82%; TN: 20%; TP: 19%), NCS (COD: 63%; TN: 79%; TP: 36%), and EC units (COD: 18%; TN: 22%; TP: 11%). Although the system in the South Africa field trial did not include a sludge treatment unit, a sludge pasteurization unit was modeled for onsite solids treatment to comply with ISO 30500 solids output requirements. This unit consisted of a hydronic heat exchanger system and pump from an Omni Processor and was assumed to service 10 NEWgenerators. The pasteurization process was designed to achieve 70°C for 30 minutes, and energy needed for this process was provided by biogas from the AnMBR with liquefied petroleum gas (LPG) as a supplement. Input streams of the system include consumables such as zeolite, GAC, sodium chloride (NaCl), sodium hydroxide (NaOH) in the NCS unit, as well as LPG in the sludge pasteurization unit. Output streams include biogas from the AnMBR unit, treated sludge from the sludge pasteurization unit, and wasted zeolite, wasted GAC, and concentrated liquid NH3-N from the NCS unit. TEA and LCA of the NEWgenerator were performed considering the system's entire lifetime to quantify per capita daily costs and annual GHG emissions from capital, operation and maintenance (O&M; e.g., replacements, consumables), electricity, and direct sources (e.g., fugitive gaseous emissions from the treatment units). Two alternativesphotovoltaic power and grid-tied electricity -were considered as potential energy sources. The general case assumptions for cost include the capital and replacement components, materials, and consumables according to USA-build (used in South Africa field trial) and a global average grid electricity unit cost was used for the grid-tied configuration (Table ). For assumptions related to GHG emissions, global average characterization factors were used for electricity GHG emissions, materials, components, and consumables (Table ). Additional details on system configuration and analyses can be found on GitHub.