At Kohshin Engineering, we often receive inquiries about the possibility to compost in regions with minimal rainfall and high temperatures. What is our answer? Yes, not only is it possible, but it’s also the optimal method for converting manure and organic waste into a valuable resource that nurtures crops. While many farmers traditionally opt for drying manure as a means of disposal and enhancing yield, Kohshin offers a different approach. Let’s explore the difference between drying and composting.
Dried manure, due to its high salt concentration and potential for nitrogen leaching, can be detrimental to plants. As moisture evaporates during drying, salts like sodium chloride and potassium chloride become more concentrated, leading to soil salinity buildup over time. Excessive salinity can deprive plant roots of water, causing dehydration and damage, and interfere with nutrient absorption, even if the manure initially contains beneficial nutrients. Additionally, dried manure can release nitrogen too rapidly upon application, risking leaching and groundwater contamination.
In contrast, composting is a controlled process where organic materials, including manure, decompose. Microorganisms break down the organic matter, producing stable compost rich in humus-like material. Composting stabilizes nitrogen, providing plants with nutrients gradually and minimizing environmental risks. Furthermore, composting enhances the water retention capacity of arid soils, making it particularly beneficial for regions with low precipitation levels. This not only promotes plant growth but also helps to conserve water resources.
With our composting machines, transforming manure and biowaste into premium, pathogen-free fertilizer is simple. We’ve designed our equipment to assist farmers in transitioning from low-quality, soil-damaging practices to producing high-quality fertilizer, boosting yields and income.
In summary, while dried manure may harm or damage plants and soil health, composted manure serves as a valuable soil amendment, fostering robust plant growth and soil fertility.
