Solids analysis is one of the important parameters for assessing water quality. Use the following data for calculating total solids (TS), volatile solids (VS), dissolved solids (DS), total suspended solids (TSS), and total volatile suspended solids (TVSS) all in mg/l. A sample volume of 150 ml was used in performing all solids analysis: Tare mass of evaporating dish = 24.3520 g Mass of evaporating dish plus residue after evaporation @ 105 °C = 24.3970g Mass of evaporating dish plus residue after ignition @ 550 °C = 24.3850g Mass of Whatman filter and tare = 1.5103g Mass of Whatman filter and tare after drying @ 105 °C = 1.5439g Residue on Whatman filter and tare after ignition @ 550 °C = 1.5199g

Solids analysis is one of the important parameters for assessing water quality. Use the following data for calculating total solids (TS), volatile solids (VS), dissolved solids (DS), total suspended solids (TSS), and total volatile suspended solids (TVSS) all in mg/l. A sample volume of 150 ml was used in performing all solids analysis: Tare mass of evaporating dish = 24.3520 g Mass of evaporating dish plus residue after evaporation @ 105 °C = 24.3970g Mass of evaporating dish plus residue after ignition @ 550 °C = 24.3850g Mass of Whatman filter and tare = 1.5103g Mass of Whatman filter and tare after drying @ 105 °C = 1.5439g Residue on Whatman filter and tare after ignition @ 550 °C = 1.5199g

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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You are designing a 20 mgd wastewater treatment plant. To characterize the plant's influent solids, the lab used 90 ml samples of the ty[ical wastewater and the following equipment: Lab Equipment Evaporation Dish Gooch crucible 2.0-micron paper filter 2.0-micron Whatman GF/C filter Lab Measurement Dish + Residue after evaporation Weight 54.2830g 54.2170g 1.5240g 1.6948g 54.349g
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