Design of Greenhouse Automated Carbon Cycling System for Carbon Savings

Abstract

Given the realities of global warming and climate change, the agricultural sector must produce food in more efficient and sustainable ways. In this context, we studied ways to utilize carbon dioxide for crop growth by improving greenhouse heating systems that use fossil fuels. This study studies the design and feasibility of a system that collects carbon dioxide generated by burning fossil fuels in winter greenhouses and supplies it to the crop area. The study results suggest the following important conclusions: First, this system can promote crop growth and improve agricultural productivity, and optimize crop growth conditions. Second, it has the ability to minimize energy consumption and reduce greenhouse gas emissions by considering energy efficiency. As a result, this system is expected to help achieve carbon neutrality in agriculture by minimizing the environmental impact of fossil fuel use.