At the moment, the average rubbish bin or trash can is just a hunk of metal or plastic. We don’t really know what — or how much — goes where. A solar-powered compactor – Works as a source of energy to compress the bin’s contents, enabling it to hold up to eight times more waste and reduce collection frequency. This means that collection routes can be planned more effectively, reducing the amount of time, traffic, labour and fuel wasted in retrieving bins that aren’t yet full. Data capture directly from smart bins

It’s not only data that makes smart bins more efficient, many are also fitted with compactors that run off solar power. While smart bins offer some effective ways to improve the collection and disposal of waste, many challenges are still rife. The disadvantages of smart bin waste management include: No overflowing bins, significantly improving public hygiene (no unpleasant smells, attracting pests, etc.). The US-based company EvoEco develops the EvoBin which displays responsive messages to the user, triggered by sensors inside and depending on the types of thrown waste. Messages can be customized for specific audiences or events. Sensoneo – Route Planning Optimization Better, greener waste management takes dedicated professionals with experience in auditing, logistics and recycling – and smart bins are a welcome tool that SunSkips will be following with interest.Because of space-saving compactors in smart bins, you can fit much more into one container than the average litter bin (or maybe even more than a small skip). Slovakian company Sensoneo combines ultrasonic sensors (Single, Double, Quatro, and Micro-sensors) that monitor waste in real-time with sophisticated software (Smart Analytics, Smart Route Planning, and Smart Waste Management System), providing cities with data-driven decisions for optimization of waste collection routes, frequencies, and vehicle load. What About The Other 150 Smart Bin Solutions? A waste compactor reads a waste bin’s fill-level in real-time by using sensors and then triggers automatic compaction. This increases the bin’s capacity up to 5-8 times. Enter smart bins: intelligent waste management systems that use the Internet of Things (IoT) to collect data and maximise space for public rubbish.

Because these rubbish-crunching bins are designed to be placed in public spaces, they come equipped with several safety features. Sensors can detect if there is a hand in the way to prevent accidental injuries. Smart bins can also detect fires and even extinguish flames to lighten the load on local fire brigades (bin fires are a common occurrence when lit cigarettes are thrown is with waste paper). The waste management industry is investing heavily in tech to solve some of its biggest problems – and the smart bin is the latest gadget to be rolled out. The cost of smart bins is still off-putting for many businesses and organisations. This relates to the upfront cost of implementation and subsequent maintenance costs. This will not only make private waste management more environmentally friendly, but will also save customers a lot of money when their biggest waste-generating habits are identified and solutions are put into action. Are smart bins the future of waste management? Many smart bins also have an environmentally friendly compactor that allows them to house eight times more waste and avoid overflowing. The compactor runs off solar power and compresses the waste, meaning fewer bins are needed to collect the same amount of rubbish. Once the compactor has compressed the waste, another internal capacity measurement is taken (the sensor also measures capacity when placing rubbish into the container).

Small and Discreet

Research with facilities management teams shows that, when it comes to waste and recycling, they strongly prioritize waste diversion. At the end of each year, facilities receive a waste diversion score based on how well they manage their waste/recycling. The idea is to divert as much waste from landfills as possible.