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Consider that in your process design work in this unit you are attempting to reduce the biochemical oxygen demand (BOD), chemical oxygen demand (COD), total dissolved solids (TDS), and total suspended solids (TSS) concentrations, among other analytes listed on the laboratory reports embedded within the interactive model. Further, we learned in Unit I that solids can contribute up to 60% of the BOD concentrations in wastewater (Bahadori, 2014). Now consider Bahadori's (2014) comment regarding the fact that BOD and COD are seldom reduced significantly with chemical flocculation. You may need to revisit the definitions of these terms in Bahadori's (2014, pp. 281, 300-302) section of definitions and terminology.Question 1. Which treatment strategy would you suggest (filtration or chemical flocculation) in order to engineer a reduction in TDS concentrations? Why?
Question 2. Which treatment strategy would you suggest (filtration or chemical flocculation) in order to engineer a reduction in TSS concentrations. Why?
Question 3. what chemical treatment equipment did you design into your treatment process? Why did you select this specific equipment for your process?
Calculate the reciprocal lattice of the body-centred cubic and Show that the reciprocal of the face-centred cubic (fcc) structure is itself a bcc structure.
How much gasoline do vehicles with the following fuel efficiencies consume in one year? Calculate the gasoline savings, in gallons per year, created by the following two options. Show all your work, and draw boxes around your answers.
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To examine the relationship between fermenter design and operating conditions, oxygen transfer capability and microbial growth.
Questions based on Block Diagram, System Performance and Responses.
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How did this procedure affect the signal observed from the electrode and the electrode impedances?
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creating the pumping and piping system to supply cool water to the condenser
Using the data provided on the webvista site in the file marked vdw.txt, try to develop a mathematical equation for the vdW potential we discussed in class, U(x), that best fits the data
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