Firn M
Probiotic Tech
Waste Management
Managing Waste
Waste management involves processes required to manage waste from collection to final disposal. It deals with supply, movement or transfer, treatment, and dispersal of such debris and supervising the management process. Waste can be in different states, from solid-state to liquid to gaseous, but regardless, they all pose threats to human life. They can affect the water we drink or food commodities or through direct contact with them.
Adequate management of waste is essential for building a sustainable environment. Some of the wastes passed in gaseous form contribute to climate change and unstable weather conditions. There are different benefits of waste management which include:
Creating a Safe Environment
Waste management ensures the environment is free and safe from germs and pollutants. Also, recycling waste reduces the level of carbon emitted into the sky. There is nothing more desirable than a disease-free environment.
Decline in Pollution
It reduces pollution in the environment through waste elimination and reduction in greenhouse gas emissions in the surroundings.
Conservation of Energy
Recycling waste helps to conserve energy. For instance, recycling a used paper help reduce the cutting of new trees for that purpose.
It Creates Employment Opportunities
Recycling is a job. Hence, waste management helps to create a good number of jobs. Organisations that adopt eco-friendly policies employ more people to carry out various functions that are organic-certification compliant.
It Makes Significant Impacts on Society
A safe environment means a better society. It reduces factors that contribute to global warming and makes an organisation more cooperative. Our probiotic formulation for the management of waste is BSI. It involves the recycling of waste to avoid environmental degradation and pollution in return for improved agricultural activities.
Composting is one of the most typical and essential recycling methods whereby organic materials are decomposed and then transformed into fertilisers. This process helps to resolve specific environmental issues which are
- Collection of organic disposals
- Multiplication of pests and diseases
- Increase in production of the greenhouse gases
- Decline in food production and Increase in risk of famine
The process involves using high temperature to convert organic waste to humus (soil nutrients) and destruction of pest eggs, larvae, and adults. There are two processes of recycling, and the less effective is the traditional process used locally. For instance, recycling can take about three months to finish and kill bacterial pathogens in homes and farms.
On the other hand, a new recycling method that is considered more effective is devised by an Australian Company. This new waste recycling method breaks down organic waste in only a day with about eighty per cent conversion. However, continuous research is ongoing to optimise to a hundred per cent.
Our research-level reveals the possibility of our targeted goal, and the product would soon undergo trials among professionals for sustainable results. Furthermore, specific problems have been associated with other inoculants over the years, which are
- Contamination
- Risk of contracting respiratory problems and allergies
- Risk of cancers
- No working transparency
- Violation of organic certification
- Expensive to maintain
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