Perpetually everything human beings consume eventually becomes waste. Presently, public consumption, and in turn, waste is at an all-time rise. Each year, there are approximately 1.3 billion tons of waste released into the environment and this figure is projected to be doubled by the end of the century. Traditional systems of waste disposal can no longer handle this demanding strain as it requires more time, human effort and costs to do a manageable job of waste management, especially with consideration to the advancement of technology, and it is time to implement new solutions to waste management and disposal.

Waste management processes have made remarkable improvements over the years as better policy instruments, goals and measures to reach those goals have been created. There has also been an increase in the sensitization and awareness of the general public to waste and its long and short-term effect on the environment; this includes stressing the need to recycle waste.

The detection, control, and management of a large amount of waste generated in urban cities are one of the major problems of this era and this is where smart waste management comes into play.

Smart waste management provides solutions geared towards creating a healthier environment whilst also optimizing the available facilities in the process by effectively recycling waste and also providing route optimization to reduce traffic and fuel consumption in the process.

One of the more common smart waste management process used by companies is called ultrasonic distance measurement which involves the attachment of sensors to bins to measure how full it is. This information is transmitted via a communication channel to the Cloud. In the cloud, the data is processed and the route the waste collection trucks will take is optimized.

Some other companies prefer to use an alternate method which involves the use of a passive sensor that includes a camera and an image processor to tell when the waste bin is full. Waste disposal is ultimately managed effectively as the level of garbage in the bin is monitored real time, whichever method is used. This allows waste collectors to effectively plan their pick up timetable.

These smart waste management solutions provide a unique approach to dealing with waste, as due to effective monitoring and planning, the bins are no longer full to overflowing. It contributes to a cleaner and fresher smelling environment.

Other advantages of smart waste management are that it;

Promotes public awareness of the benefits of renewable energy.

It encourages the custom of recycling.

It collects data on waste volumes for specific areas for better planning.

Some advanced tools like disk screens and optical sorters make waste sorting process faster and easier, ultimately, improving sanitation.

Using smart waste management technologies to manage waste does not just solve the waste crisis, it also has the potential of driving a new and different economic model. A model that thrives off swift start-ups, larger businesses, and governments working in tandem to achieve a common goal.

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