Industrial recycling machines can help businesses reduce waste, lower landfill taxes and energy costs, and increase site logistics and resource utilization. Recycling machines break down the trash from a facility or commercial business and turn it into reusable raw materials that can be used in manufacturing new products. Industrial recycling equipment can include shredders, crushers, trash compactors, balers, and more. Recycling machinery also includes plastic recycling machines that make it possible to use a wide variety of different types of recycled material, from soda bottles and bags to milk jugs and water bottles.
Once recyclables are collected, they get transported in trucks to giant piles at recycling plants called materials recovery facilities (MRFs). At MRFs, the recyclables go through a series of machines that separate and sort them so that the different parts of the waste can be used for different things. A lot of the separating happens by making clever use of the properties of the different materials. Magnets attract metal objects, for example, and blowing air can help separate out heavier items like aluminum cans from lighter paper and cardboard.
Using the right industrial recycling machine can greatly increase the efficiency of the entire recycling process. This is because the right kind of machine can help a business reduce the cost of landfill disposal, waste taxes, energy consumption, and even shipping the waste out for processing.
MRFs can use a range of different recycling machinery to deal with the vast array of materials that people and companies produce. Some of the most common recycling machinery is plastic recyclers, but there are a few other machines that can be useful as well.
One of the most famous machines is the reverse vending machine, which takes empty containers and pays money or other incentives to people for the return. It is the most widely distributed of its kind, and it uses sensors and cameras to check that each container can be recycled. It accepts seven kinds of containers, including PET and HDPE plastic, brown, green and clear glass, and aluminum and steel cans. It then runs each item through a series of tests to see what it is made of.
The first step is a conveyor that moves the containers into a scanner to look for any barcodes or labels that can tell what type it is. Next, a laser and a sensor checks the plastic for its chemical makeup. This information is entered into a computer that decides how to recycle the item. For example, some types of plastic can be melted down and turned into new bottles, while other kinds have to be converted into a powder because they release toxic chemicals when melted. recycling machines