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• W2000963965 abstract "Sustainable management of water and wastewater infrastructure is essential to ensure future water quantity and quality goals are achieved. In self-sustaining decentralized wastewater management, toilet wastewater (blackwater) which contains a majority of organic material, pathogens and nutrients is separated from remaining wastewater. High organic loading in concentrated blackwater makes anaerobic digestion a feasible option for treatment. Decentralized management of blackwater using advanced reactor technologies is often considered for application in new developments and re-development projects due to localized benefits provided to the end user. Decentralized anaerobic treatment of blackwater stands out in its ability to extract and conserve green water and energy resources from blackwater and promote reuse of these resources at a local level. A demonstration scale, 95 L, upflow anaerobic sludge blanket (UASB) reactor was constructed on the Foothills Campus of Colorado State University (CSU) to treat blackwater produced in an academic research building. This demonstration scale project is a follow up to a planning study which outlined options for sustainable wastewater treatment for the CSU Foothills Campus. Results from this study intend to demonstrate the treatability of research campus blackwater in a UASB reactor and sustainable benefits ensuing from anaerobic digestion of blackwater. Treatment efficiency of the UASB was monitored in respect to reductions in chemical oxygen demand (COD), pathogens, and suspended solids. Sustainable aspects of this study include potential to offset energy input into the UASB through use of biogas produced as fuel, nutrient recovery and reuse, and disinfected effluent reuse. Data provided in this study will provide further insight into the effectiveness and safety of decentralized management of blackwater and reuse of resources contained within blackwater. It is anticipated that data will also be useful as guidance for the basis of regulations on applying advanced decentralized wastewater management systems in sustainable development projects. Such data is vital to encourage incorporation of sustainable treatment technologies as aging and failing infrastructure is rapidly becoming in need of replacement and new developments are constructed. This research is in line with recent study efforts put forth by the USEPA attempting to develop technologies and methods for new and existing developments to achieve both water and energy independence from typical centralized grid systems." @default.
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• W2000963965 date "2010-05-14" @default.
• W2000963965 modified "2023-09-29" @default.
• W2000963965 title "Decentralized Anaerobic Blackwater Management: A Sustainable Development Technology Concept for Urban Water Management" @default.
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• W2000963965 doi "https://doi.org/10.1061/41114(371)419" @default.
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