Assessment of potential biogas production from biodegradable public market wastes of Mendez, Cavite /
Rosano, Mary Dhel Rose R.
Assessment of potential biogas production from biodegradable public market wastes of Mendez, Cavite / by Mary Dhel Rose R. Rosano. - Indang, Cavite, Cavite State University- Main Campus, 2017. - xiv, 74 pages : illustrations ; 28 cm.
Theses (Bachelor of Science in Agricultural Engineering) Cavite State University
Includes bibliographical references.
College of Engineering, and Information Technology (CEIT) College of Engineering, and Information Technology (CEIT)
ROSANO, MARY DHEL ROSE R. Assessment of Potential Biogas Production from Biodegradable Public Market Wastes of Mendez, Cavite. Undergraduate Thesis. Bachelor of Science in Agricultural Engineering. Cavite State University, Indang, Cavite. May 2017. Adviser: Dr. David L. Cero.
The study was conducted at Mendez, Cavite from August 2016 to March 2017 to
assess the potential biogas production from biodegradable public market wastes of Mendez, Cavite. Specifically, the study aimed to: 1) quantify the amount of biodegradable wastes generated from public market in terms of volume; 2) determine the quantity of gas produced from public market wastes; and 3) design a suitable biogas plant for Mendez Public Market. The biodegradable wastes include only fruit and vegetable wastes and fish entrails. The total weight of the biodegradable wastes generated for 10 consecutive market days was 3 953 kg with an average weight of 395.30 kg and the total volume of wastes generated was 7.658 m3 with an average of 0.766 m3 per market day. The experimental setup for determining the biogas production has four treatments with varying frequency of agitation: Treatment 1 - daily agitation; Treatment 2 - alternate day agitation; Treatment 3 - weekly agitation; and Treatment 4 - no agitation. Each treatment was replicated thrice using 1:1 waste to water ratio. The quantity of gas produced was determined by displacement method which yielded the following: Treatment 1 = 77 920.0 mL; Treatment 2 = 65 225.0 mL; Treatment 3 = 52 490 mL: and Treatment 4 = 61 530.0 mL. Treatment 1 has the highest biogas potential at 6 335.0 mL/kg. The square type DSAC model was used in the design of the biogas plant for public market of Mendez, Cavite. The total digester volume of 18 m3 was designed.
Biogas
Renewable energy sources
Energy development
665.776 / R71 2017
Assessment of potential biogas production from biodegradable public market wastes of Mendez, Cavite / by Mary Dhel Rose R. Rosano. - Indang, Cavite, Cavite State University- Main Campus, 2017. - xiv, 74 pages : illustrations ; 28 cm.
Theses (Bachelor of Science in Agricultural Engineering) Cavite State University
Includes bibliographical references.
College of Engineering, and Information Technology (CEIT) College of Engineering, and Information Technology (CEIT)
ROSANO, MARY DHEL ROSE R. Assessment of Potential Biogas Production from Biodegradable Public Market Wastes of Mendez, Cavite. Undergraduate Thesis. Bachelor of Science in Agricultural Engineering. Cavite State University, Indang, Cavite. May 2017. Adviser: Dr. David L. Cero.
The study was conducted at Mendez, Cavite from August 2016 to March 2017 to
assess the potential biogas production from biodegradable public market wastes of Mendez, Cavite. Specifically, the study aimed to: 1) quantify the amount of biodegradable wastes generated from public market in terms of volume; 2) determine the quantity of gas produced from public market wastes; and 3) design a suitable biogas plant for Mendez Public Market. The biodegradable wastes include only fruit and vegetable wastes and fish entrails. The total weight of the biodegradable wastes generated for 10 consecutive market days was 3 953 kg with an average weight of 395.30 kg and the total volume of wastes generated was 7.658 m3 with an average of 0.766 m3 per market day. The experimental setup for determining the biogas production has four treatments with varying frequency of agitation: Treatment 1 - daily agitation; Treatment 2 - alternate day agitation; Treatment 3 - weekly agitation; and Treatment 4 - no agitation. Each treatment was replicated thrice using 1:1 waste to water ratio. The quantity of gas produced was determined by displacement method which yielded the following: Treatment 1 = 77 920.0 mL; Treatment 2 = 65 225.0 mL; Treatment 3 = 52 490 mL: and Treatment 4 = 61 530.0 mL. Treatment 1 has the highest biogas potential at 6 335.0 mL/kg. The square type DSAC model was used in the design of the biogas plant for public market of Mendez, Cavite. The total digester volume of 18 m3 was designed.
Biogas
Renewable energy sources
Energy development
665.776 / R71 2017