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Fertilizer Pellet Maker through Sorting Bio-mat / Comia, Christina L.

Contributor(s): Material type: TextPublication details: September 2024Description: 95 leaves : 28 cmContent type:
  • text
Media type:
  • unmediated
Carrier type:
  • volume
Online resources: Dissertation note: Thesis Bachelor of Technology Major in Electrical Technology University of Rizal System-Morong 2024 Summary: To design and develop, to perform tryout and revision, to test the performance, to determine the level of acceptability. It will be conducted at the University of Rizal System, Morong Campus this Academic Year 2023-2024. The respondent composed of 10 Electrical Technology Professor as expert and 40 Bachelor of Technology Major in Electrical technology students as end-users. This study adapted developmental and descriptive methods of research utilizing certain variables which carefully controlled and manipulated. The researchers used secondary sources such as books, internet, and other related references as source of data. This project is a pellet machine using waste to create a fertilizer and it’s powered by pellet machine for pellet and renewable resources which is solar panel that support the machine, it will help the environment to limit the waste of our society. The development of the product involved numerous trials and revisions to enhance functionality and address issues such as sensor malfunctions and servo motor inaccuracies. The system efficiently segregates biodegradable waste using a sorter and Arduino powered by a solar panel, producing fertilizer from biomass materials. Presents ratings from both experts and end-users on the compatibility showing that end-users perceive it to seamlessly integrate with existing agricultural processes and equipment, giving it higher ratings than the experts. End-users hold a significantly more positive view of the Fertilizer Pellet Maker Through Sorting Bio-mat than experts. End-users expressed greater trust and perceived value in the clear instructions, sensors' detection capabilities, and automatic solar-powered segregator. The Fertilizer Pellet Maker's maintainability positively, with end-users showing slightly higher confidence in its ease of use and reliability. Based on the summary of findings, it was concluded that the design and development of fertilizer pellet maker through sorting bio-mat can be used to make pelletized fertilizer by segregating the biodegradable and non-biodegradable waste materials.
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Theses and dissertations Morong College Library Reference Not for loan URSMOR-CL-7140

Thesis Bachelor of Technology Major in Electrical Technology University of Rizal System-Morong 2024

To design and develop, to perform tryout and revision, to test the performance, to determine the level of acceptability. It will be conducted at the University of Rizal System, Morong Campus this Academic Year 2023-2024. The respondent composed of 10 Electrical Technology Professor as expert and 40 Bachelor of Technology Major in Electrical technology students as end-users. This study adapted developmental and descriptive methods of research utilizing certain variables which carefully controlled and manipulated. The researchers used secondary sources such as books, internet, and other related references as source of data. This project is a pellet machine using waste to create a fertilizer and it’s powered by pellet machine for pellet and renewable resources which is solar panel that support the machine, it will help the environment to limit the waste of our society. The development of the product involved numerous trials and revisions to enhance functionality and address issues such as sensor malfunctions and servo motor inaccuracies. The system efficiently segregates biodegradable waste using a sorter and Arduino powered by a solar panel, producing fertilizer from biomass materials. Presents ratings from both experts and end-users on the compatibility showing that end-users perceive it to seamlessly integrate with existing agricultural processes and equipment, giving it higher ratings than the experts. End-users hold a significantly more positive view of the Fertilizer Pellet Maker Through Sorting Bio-mat than experts. End-users expressed greater trust and perceived value in the clear instructions, sensors' detection capabilities, and automatic solar-powered segregator. The Fertilizer Pellet Maker's maintainability positively, with end-users showing slightly higher confidence in its ease of use and reliability. Based on the summary of findings, it was concluded that the design and development of fertilizer pellet maker through sorting bio-mat can be used to make pelletized fertilizer by segregating the biodegradable and non-biodegradable waste materials.

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