The diagram elucidates the five-step process involved in the production of organic compost utilizing a 2 cubic meter plastic container.
This systematic methodology comprises the introduction of organic materials, the optimization of conditions for decomposition, and the eventual harvesting of compost, underscoring the importance of aeration and moisture.
Initially, the process commences with the placement of the plastic container, allowing air circulation through its four side openings. Subsequently, organic waste, including layered newspapers, grass, and food scraps, are added to the container, each layer being approximately 15 centimeters in thickness and applied twice. This phase is critical for ensuring a balanced composition of carbon-rich and nitrogen-rich materials, which is later supplemented by injecting nitrogen at the base of the container using an air infusion method in the subsequent step.
Following the introduction of nitrogen, hot water is added to the mixture to facilitate the decomposition process. The combination of heat, moisture, and aeration accelerates microbial activity, leading to significant heat generation within the container. After a period of six months, these processes culminate in the production of rich compost, which can then be utilized to enhance garden soil and promote healthier plant growth.