A Study of Carbon Dioxide Absorption in School of Energy and Smart Grid Technology Naresuan University

Abstract

In this research, studies on Carbon Oxide Absorption in College of Renewable Energy and Smart Grid Technologies are presented. Naresuan University with the objectives to study the amount of carbon sequestration and carbon dioxide absorption potential of trees in carbon dioxide absorption potential and to explore tree species and use it as a database in the system for future use. In this research, trees are surveyed to measure circumference, distance and angle to determine the absorbency of trees divided into zones ABC and D, totaling 580 trees, each with different adsorption values depending on species of plants It also explores the use of carriers within the College of Renewable Energy and Smart Grid Technologies. Naresuan University Carbon emissions were calculated to compare the carbon absorption and carbon emissions that all trees could absorb from the CO2 emissions of vehicles within the College of Renewable Energy and Smart Grid Technologies. Naresuan University got it all?

From the research, it was found that Determination of carbon adsorption by using the allometrial equation formula to estimate biomass classified by forest type, the adsorption value of each tree would be 257.2405797 kg per year. and vehicle usage data collection within the College of Renewable Energy and Smart Grid Technologies. Naresuan University and calculate the data by referring to the greenhouse gas emissions form and the Emission Factor, the energy emissions from various types of vehicles for 7 days totaling 11.66704764 kg, average 1.666721092 kg per day, equivalent to 435.014205012. kg per year Carbon Dioxide Absorption Trees can absorb 59% of the carbon dioxide emissions from vehicles. The difference between adsorption and discharge was 177.7736253 kg.