An evaluation of the technical feasibility of the air stripping solvent recovery process
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An evaluation of the technical feasibility of the air stripping solvent recovery process

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Published by The Association in Denver, Colo .
Written in English


  • Water -- Purification -- Air stripping process.

Book details:

Edition Notes

StatementJohn Crittenden ... [et al.].
SeriesResearch report (AWWA Research Foundation)
ContributionsCrittenden, John C. 1949-, AWWA Research Foundation.
LC ClassificationsTD458 .E93 1987
The Physical Object
Pagination485 p. in various pagings :
Number of Pages485
ID Numbers
Open LibraryOL2470302M
ISBN 10089867400X
LC Control Number87181732

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An Evaluation of the Technical Feasibility of the Air- Stripping Solvent Recovery Process. This book presents a summary of design, cost, and performance information on the application of. From removal to recovery: An evaluation of nitrogen recovery techniques from wastewater. The techniques can be categorized by the prevailing process involved for recovery as chemical, physical, biological, or a combined (hybrid) process. ED with stripping (air or vacuum) Author: Aubrey Beckinghausen, Monica Odlare, Eva Thorin, Sebastian Schwede. Anaerobically digested animal manure contains appreciable levels of nitrogen, particularly ammonia that can lead to potential air and water quality problems. In this study, a process for ammonia removal through air stripping of digested dairy manure was developed and optimised, and feasibility was demonstrated. Temperature and pH were identified as the most cost Cited by: A pilot study was conducted to evaluate technical and economic feasibility of treating oilfield produced water for beneficial reuse at the Placerita Canyon Oil Field, Los Angeles County, CA. Beneficial reuse options evaluated included industrial, irrigation and potable water Size: 49KB.

The aim of the present investigation was to evaluate the effects of pig slurry type (fresh or anaerobically digested), and of pH on ammonia air striping from pig slurry at high temperatures (80 °C), and to study the feasibility of the process as a pre- or post-treatment to mesophilic anaerobic by: Air Stripping in Industrial Waste Water Treatment. In the past, the major objectives of wastewater treatment were the removal of suspended solids, biochemical oxygen demand and coliform bacteria. It is only very recently that the removal of inorganic nutrients, such as nitrogen has been brought into focus. on gas stripping technique. The comparison with a recovery process based on conventional distillation is also presented. The investigated recovery line included gas stripping, absorption of butanol in a selected solvent, and distillation to separate the butanol from the selected liquid. A Technical Feasibility Exception (TFE) is an exception to strict compliance with a standard on the grounds of technical infeasibility or technical limitations. • As outlined in NERC Compliance Process Bulletin # , TFE’s for these standards were required to be submitted by Janu Overview.

  TECHNICAL FEASIBILITY Technical feasibility analysis is an attempt to study the project basically from a technician’s angle. The main aspect to be considered under this study are technology of the project: • Size of the plant • Location of the project • Pollution caused by the project • Production capacity of the project • Strength. Ammonia Stripping Process. The ammonia stripping process is based on the principle of mass transfer. It is a process, by which wastewater is contacted with air to strip the ammonia gas present in the wastewater. The presence of ammonia in wastewater can be found in two forms, namely, ammonium ions and ammonia by: A technical feasibility study assesses the details of how you intend to deliver a product or service to materials, labor, transportation, where your business will be located, and the technology that will be necessary to bring all this together. Ammonium stripping has gained increasing interest for nitrogen recovery in anaerobically digested effluents. However, the stripped effluents often still do not meet discharge standards, having high pH and residual pollutants. Constructed wetlands (CWs) are an easy to operate ecosystem and have a long history of application in treatment of wastewaters with extreme pH, Cited by: 8.