Presentations by Gannett Fleming, Inc.
Matches: 6
Fullerton WTP Pilot Plant Study Results
This PowerPoint describes the Fullerton WTP Pilot Plant microfiltration Study Results...
Introduction to MFC Membrane Technology
Microbial Fuel Cell (MFC) have the potential to provide energy reuse within bioloigal treatment processes and reduce carbon footprint. This paper discusses use of MFCs in wastewater processes, methane production, desalinations, power supply and other advantages. The overall econonic advantages of MFCs are estimated....
Energy and Carbon Footprint Reduction in Desalination using MFCs
Microbial desalination cells used a pretreatment for seawater RO can reduce salt content between 50-70%. The pretreatment step is self-powered because of the energy created in the cell. An energy savings of 7 kW-hr/1000 gallons would save a 1 MGD RO facility $200,000 per year....
Reducing the Carbon Footprint of a Brackish Water RO Plant
This paper evaluates the impacts process design criteria have on carbon emissions and guides the process engineer to where the greatest benefits may be realized. A conceptual reverse osmosis (RO) plant is evaluated to quantify carbon emissions based on the selection of specific design criteria for processes throughout the plant. The authors evalua...
Design Considerations and Economic Implications of the Nation's Largest Gravity Siphon Membrane Plant
The City of Baltimore, Maryland has a water system that that currently serves approximately 1.8 million people. The City is faced with various challenges related to aging infrastructure and increased potable water demands. To address these challenges, the City recently undertook a study to evaluate water supply and treatment alternatives and develo...
NF Allows Seamless Integration of Groundwater Supply with Existing Surface Source
Expansion of the Waynesboro Borough Authority (WBA) treatment system required adding a new ground water source. The existing source water is a reservoir that is easily treated by conventional treatment. The groundwater was high in hardness and required nanofiltration treament prior to blending with the existing source water. This paper discusses...