Bin level sensors: why the waste bins shall be remotely monitored and tracked in cities?

– What is the waste production future of the cities?
– What has been done in giant cities to solve waste management?
– What is the Waste management system?
– How the waste management works?
– Why shall the cities invest on the smart waste management?
– If it is difficult to deploy the waste management?

What is the future waste management challenge of the big cities?

Over 50% of the world’s population now lives in cities, and the figure is set to rise to 75% by 2050. While the world’s cities only cover 2% of the global land area, they account for a staggering 70% of greenhouse-gas emissions and share the burden of responsibility for global climate change. These facts make the development of sustainable solutions for urban cities a requirement and place various demands on future cities. Some of the requirements include energy-saving and efficient street and traffic lighting, water and wastewater management, and the reduction of CO2 emissions from motor vehicles.

What has been done in giant cities to solve waste management?

In big cities, one of the key areas where innovative IoT technologies have been utilized to tackle the global climate change is smart waste management. Giant cities had problems with high generation of waste, overflowing trash bins and littering, all of which led to frequent complaints from residents. To solve these problems, the city like Beijing, Hangzhou, Souel, Singapore, Barcelona installed IoT based sensor devices to hundreds of waste containers around the city, enabling the city’s waste collection staff to monitor the fill-level of each trash bin remotely.

What is the Waste management system?

The ultrasonic level sensors attached on trash bin and garbage containers (waste bin level sensor), the wireless mobile networks by 2g/3g/4g/5g/NB-IoT/Lora wan/ Sigfox, a gateway, a smart waste management platform, combined with the waste management operation managers consist of a smart waste management system.

How the waste management works?

The ultrasonic level sensors detect any type of waste and transmit the collected data through wireless mobile networks to a smart waste management platform, which helps the operation managers to understand the optimal times for waste collections and even recommends the optimal collection routes.

The software platform visualizes the capacity of each trash bin to show the waste container status such as empty, semi full and full. the waste fill level sensor gives a signal to the operation manager that collection is required when the bin is full. Besides assisting with the optimal collection routes, the software also predicts collection times by utilizing historical data.

Why shall the cities invest on the smart waste management?

What might sound unreal has already become reality in numerous smart waste management projects around the globe. But what exactly are the benefits of bin level sensors? why every city should install smart sensors to their trash bins.

At least you have 13 reasons to apply the waste management system with our wireless waste fill level sensors

1) Optimize service levels
2) Hold vendors accountable without missing
3) Experience next level customer care
4) Get better data for waste management
5) Eliminate overflow of trash bins, healthy work place
6) Identify contamination
7) locate the risk of fire in no time
8) Reduce your carbon footprint
9) Increase recycling rates
10) Measure the impact of your sustainability initiatives
11) Optimize your resources
12) Improve your collection routes
13) Cut down on costs

Let’s explain some main reasons in details.

1. 1. Bin level sensors enable smart, data-driven decisions
      Traditionally waste collections were inefficient, targeting each and every trash bin without really knowing if the bins were full or empty. Checking the waste containers regularly is difficult due to remote locations or difficult access. it needs a lot of workman force, and cost is very high. However, bin level sensors enable users the capability of knowing the fill-level of each waste container in real time so that they can take data-driven actions before they go. Along with a live monitoring platform, waste collection staff can plan ahead how collections are implemented, targeting only the locations of full trash bins. The software assists with the optimal collection routes, moreover, it also predicts collection times by utilizing historical data.
   2. Trash bin sensors reduce CO2 emissions and pollution
      Currently, collecting garbage is a very pollutant heavy proposition. It requires an army of sanitation drivers who operate fleets of trucks that get poor mileage and spew emissions. Characteristically waste collection services have been inefficient because this enables the collection companies to turnover more profit.
      Ultrasonic bin level sensors offer the means to have fewer trucks on the road for less time, which means less fuel consumption and less greenhouse gas emissions. Fewer trucks cluttering up the roads also mean less noise, less air pollution, and less road wear.
   3. Garbage level sensors reduce operational costs
      Managing waste can take a huge bite of the municipal budget. For cities in less affluent countries, trash collection often represents the largest single budgetary item. Moreover, the global cost of managing garbage is increasing, most severely affecting cities in low-income countries. It is often coupled with an even greater dilemma of shrinking budgets with its citizens demanding the same or better municipal services.Bin fill-level sensors provide remedies for the budget concerns by reducing waste collection costs by up to 50% when used together with a fill-level monitoring platform.This is possible because fewer collections mean less money spent on driver hours, fuel and truck maintenance. for example, In DanMakr, Saint Moritz, A Luxury Alpine Resort Town, Gained Waste Generation Insights With Smart Bin Sensors To Cut Frequency of Collections By 40%. Aarhus Kommune Stands to Save DKK 33,000,000 Over The Next Four Years On Their Waste Collection Expenses. Also in Singapore, Smart Collection Planning Collection requires less trucks, fuel, and time, reducing operational costs by up to 80%.
   4. Bin sensors help cities eliminate overflowing trash bins
      Without an efficient method of trash collection, at its worst, the growing public is exposed to the breeding ground of bacteria, insect, and vermin due to accumulated trash, which also promotes the spread of air and water-borne diseases. And at the minimum, it is a public nuisance and eyesore especially for those metropolitan areas that are heavily dependent on tourism to generate revenues to municipals service. Well, digital bin level sensors along with real-time fill-level information collected through monitoring platform substantially reduce the overflow of garbage by informing operators of such instances before they occur. It helps maintain greener environment, eliminates overflowing bins and reduces harmful gas emissions, resulting in cleaner cities.
   5. Bin level sensors help Waste collection work staff and citizens healthier
      As IoT enabled trash bin is collected in time, much less of overflowing and bacteria in working environment, which help the work staff and citizen in location of the trash bin healthier and happier. it saves the contractors’ images and gains more business in wider areas.

If it is difficult to deploy the waste management?

Bin level sensors are easy to install and maintain
Installing ultrasonic fill-level sensors in trash bins is quick and easy. They can be generally attached to any type of waste container in any type of climate conditions and require no maintenance during their lifetime. Under normal conditions, the battery life is expected to last over 5 years.
We Provide full smart waste management solution for over 500 clients around the world, and we are a leading producer of trash bin waste fill level sensor in China. Click here to check ! !