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Language Abstract 1

Abstract 1

The main intention of this research is to offer an alternative method of
disposing food waste while utilizing the natural process of decomposition to
minimize the contribution to global warming. Additionally, this serves as a
functional way to repurpose a household’s food waste.
The primary objective of this research is to determine the effectiveness of
silica gel as a catalyst in a biodigester and the period of time required to produce
viable cooking gas.
The researchers used Quantitative studies as the fundamental basis of the
research, namely, by analyzing and calculating relevant data with various data
techniques. In the span of 40 days, the researchers tracked the progression of
biogas production by operating an arduino integrated into the biodigester.
Upon calculating and constructing relevant graphs, the researchers
concluded silica gel is indeed an effective catalyst for biogas production.
Additionally, the period of time required to produce viable cooking gas in the
biodigester with the addition of catalyst and without is five and eight days
respectively.

Language Abstract 2

Abstract 2

The main intention of this research is to offer an alternative method of
disposing food waste while utilizing the natural process of decomposition to
minimize the contribution to global warming. Additionally, this serves as a
functional way to repurpose a household’s food waste.
The primary objective of this research is to determine the effectiveness of
silica gel as a catalyst in a biodigester and the period of time required to produce
viable cooking gas.
The researchers used Quantitative studies as the fundamental basis of the
research, namely, by analyzing and calculating relevant data with various data
techniques. In the span of 40 days, the researchers tracked the progression of
biogas production by operating an arduino integrated into the biodigester.
Upon calculating and constructing relevant graphs, the researchers
concluded silica gel is indeed an effective catalyst for biogas production.
Additionally, the period of time required to produce viable cooking gas in the
biodigester with the addition of catalyst and without is five and eight days
respectively.

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BIOGAS PRODUCTION FROM FOOD WASTE MONITORING USING ARDUINO

ECO-FRIENDLY ENERGY RESOURCE FROM MAGNETIC GENERATOR

ECO-FRIENDLY ENERGY GENERATED BY ROTATING MAGNETS FOR SUSTAINABLE LIFE

EXPLOITATION OF FRUIT WASTES FOR THE GENERATION OF FUEL GAS ENERGY

ECO-FRIENDLY ENERGY GENERATED BY FOOTSTEPS STEAM PROJECT

MINI BIOREACTOR PRODUCING BIOETHANOL FROM FOOD WASTE AS THE BIOACTIVE COMPOUND