Perfect home composting of biodegradable waste resources for reducing carbon foot print and climate change associated with global warming – a microbiological approach

Abstract

Huge amounts of organic biodegradable waste resources are thrown on dumping yards in India and neighboring Asian countries every day. It is estimated that 40-50% of total solid waste collected daily is biodegradable in India. Mumbai, a 1% population of the country, generates about 2500 MT of biodegradable waste. The African continent is no exception to this colossal wastage of natural resources. Barring few countries in the developed world where these waste resources are handled appropriately and environmentally friendly and converted to good quality compost, the story is the same worldwide. This waste resource amounting to millions of metric tonnes is one of the key sources of biomethane escaping in the environment. It is also directly responsible for global warming and associated climatic changes. However, the waste resource generators have been permitted to wash off their hands in not taking care of small amounts of wastages. The result is huge sprawling dumping yards in civilized areas Small measures taken by individuals can make vast changes in the situation. The main reason for this centralized issue is that the decentralized generation of the waste resource is not tackled at that level. This method has two key factors. The method is based entirely on bacterial decomposition without involving any insects. It is also fast and can achieve conversion in 24 to 72 hours. A sincere approach supported by technological improvisation will make it successful and prevent huge amounts of bio-methane from escaping into the environment, which would certainly slow down global warming significantly and help arrest climate changes to a perceptible level. It would also be in tandem with the law of conservation of matter. The generation of pure organic manure will help in recovering the degrading topsoil layer of the country. A perfectly sustainable solution can be offered if all individuals play their part.

Imprint

Manikprabhu N. Dhanorkar, Apurva Sabnis, Sharad P. Kale. Perfect home composting of biodegradable waste resources for reducing carbon foot print and climate change associated with global warming – a microbiological approach . Cardiometry; Issue 22; May 2022; p.185-190; DOI: 10.18137/cardiometry.2022.22.185190; Available from: https://www.cardiometry.net/issues/no22-may-2022/perfect-home-composting