This edition had all images removed.
Title: Comparison of Methods of Sewage Purification
Note: "Thesis for degree of Bachelor of Science in Municipal and Sanitary Engineering"
Credits:
Produced by Richard Tonsing and the Online Distributed
Proofreading Team at http://www.pgdp.net (This file was
produced from images generously made available by The
Internet Archive)
Summary: "Comparison of Methods of Sewage Purification" by Theodore Clifford Phillips and Edward John Schneider is a scientific publication written in the late 19th century, specifically in 1900. This thesis, submitted for the degree of Bachelor of Science in Municipal and Sanitary Engineering, explores various methods of sewage treatment, which were critical issues for urban sanitation at the time. The work is an analytical study that compares six distinct sewage purification methods, providing insights that are crucial for engineers and municipalities seeking effective solutions for waste management during this period. The thesis delves into six primary sewage purification methods: dilution, irrigation, intermittent downward filtration, chemical precipitation, septic tank, and contact bed. It assesses these techniques based on their effectiveness in purification, capacity, applicability, and cost. The authors provide detailed observations and findings on each method, including historical context and practical implications for urban areas grappling with sewage disposal. Ultimately, the work emphasizes the significance of tailoring sewage treatment solutions to local conditions and underscores the evolution of sanitary practices and engineering challenges in the face of growing urban populations. (This is an automatically generated summary.)
Reading Level: Reading ease score: 59.5 (10th to 12th grade). Somewhat difficult to read.
Author: Phillips, Theodore Clifford
Author: Schneider, Edward John
EBook No.: 59980
Published: Jul 24, 2019
Downloads: 194
Language: English
Subject: Sewage -- Purification
LoCC: Technology: Environmental technology, Sanitary engineering
Category: Text
Rights: Public domain in the USA.
This edition has images.
Title: Comparison of Methods of Sewage Purification
Note: "Thesis for degree of Bachelor of Science in Municipal and Sanitary Engineering"
Credits:
Produced by Richard Tonsing and the Online Distributed
Proofreading Team at http://www.pgdp.net (This file was
produced from images generously made available by The
Internet Archive)
Summary: "Comparison of Methods of Sewage Purification" by Theodore Clifford Phillips and Edward John Schneider is a scientific publication written in the late 19th century, specifically in 1900. This thesis, submitted for the degree of Bachelor of Science in Municipal and Sanitary Engineering, explores various methods of sewage treatment, which were critical issues for urban sanitation at the time. The work is an analytical study that compares six distinct sewage purification methods, providing insights that are crucial for engineers and municipalities seeking effective solutions for waste management during this period. The thesis delves into six primary sewage purification methods: dilution, irrigation, intermittent downward filtration, chemical precipitation, septic tank, and contact bed. It assesses these techniques based on their effectiveness in purification, capacity, applicability, and cost. The authors provide detailed observations and findings on each method, including historical context and practical implications for urban areas grappling with sewage disposal. Ultimately, the work emphasizes the significance of tailoring sewage treatment solutions to local conditions and underscores the evolution of sanitary practices and engineering challenges in the face of growing urban populations. (This is an automatically generated summary.)
Reading Level: Reading ease score: 59.5 (10th to 12th grade). Somewhat difficult to read.
Author: Phillips, Theodore Clifford
Author: Schneider, Edward John
EBook No.: 59980
Published: Jul 24, 2019
Downloads: 194
Language: English
Subject: Sewage -- Purification
LoCC: Technology: Environmental technology, Sanitary engineering
Category: Text
Rights: Public domain in the USA.