Compare and Contrast Various Composting Techniques to Examine the Impact of Composting on the Environment

M. Shadab
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Abstract

Composting is a technology for recycling organic materials in order to achieve enhanced agricultural production. Composting proceeds under controlled conditions in compost heaps and pits (Müller-Sämann, 1986). Heaps should have a minimum size of 1 m3 and are suitable for more humid environments where there is potential for watering the compost. The ratio of C to N in the compost pile is important for optimizing microbial activity. In this article, we will compare and contrast various composting techniques to examine the impact of composting on the environment. The composting process is impacted by temperature, Different composting techniques have an impact on both the physical characteristics of compost and the chemical composition of compost. Additionally, it will analyze Carbon and Nitrogen ratio. Which will enable us to comprehend how composting affects the atmosphere.
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比较和对比各种堆肥技术,以检查堆肥对环境的影响
堆肥是一种回收有机材料以提高农业产量的技术。在堆肥堆和坑的受控条件下进行堆肥(Müller-Sämann, 1986)。堆的最小尺寸应为1立方米,适合于更潮湿的环境,有可能浇灌堆肥。堆肥堆中碳氮比对优化微生物活性具有重要意义。在本文中,我们将比较和对比各种堆肥技术,以检查堆肥对环境的影响。堆肥过程受温度的影响,不同的堆肥技术对堆肥的物理特性和化学成分都有影响。此外,它将分析碳和氮的比例。这将使我们了解堆肥是如何影响大气的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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