A methodology to evaluate water and wastewater treatment plant reliability

2001 ◽  
Vol 43 (10) ◽  
pp. 91-99 ◽  
Author(s):  
D. Eisenberg ◽  
J. Soller ◽  
R. Sakaji ◽  
A. Olivieri

Evaluating the reliability of treatment processes and treatment facilities should be an important part of the planning and design process for water resource, wastewater treatment, and particularly wastewater reuse projects. With the recent developments in technology, particularly the development of membrane processes and alternative disinfection processes for water and wastewater treatment, there is an increasing need for a common methodology to evaluate the reliability of alternative processes and treatment facilities that utilize different combinations of those processes. To assess the reliability of a treatment facility, several aspects of treatment must be considered including a methodical evaluation of both mechanical reliability and plant performance. A straightforward method for conducting these types of analyses is described herein along with a description of applications of this methodology. A discussion is provided highlighting the value of such a methodology for both the water quality engineer and the risk manager.

Author(s):  
Cayla Cook ◽  
Veera Gnaneswar Gude

Chitosan is a naturally occurring biopolymer originating from several microbial species as well as crustacean species, such as shrimp and lobster. Chitosan has excellent physical and chemical properties that allow its use in various environmental applications especially in water treatment. It is a biodegradable polymer, and it is inexpensive providing an environmentally friendly and economic option for water and wastewater treatment. Chitosan offers a myriad of applications through chemical coagulation and flocculation, antimicrobial properties, adsorption capabilities, and nanofiltration and can provide a sustainable route for water and wastewater treatment. This book chapter elaborates the recent developments in chitosan applications in water and wastewater treatment.


2020 ◽  
Vol 12 (45) ◽  
pp. 5503-5513
Author(s):  
Salomé Fletcher ◽  
André Miranda ◽  
João Paiva ◽  
Maria João Benoliel ◽  
Cristina M. M. Almeida

The validated thermal decomposition–amalgamation-atomic absorption spectrophotometry method as an adequate tool for the control of mercury in sludges.


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