Air compressors are widely used in almost every industry; these powerful machines can perform difficult tasks in a matter of seconds. They come in different shapes and sizes so depending on your industrial needs you can go for an industrial air compressor that best suits your demands. In most cases, air compressors are used to power up other tools hence increasing the impact these tools have on the work being done. There are small air compressors that can be used in carrying out small tasks at homes such as inflating balls and car tyres. For advanced large scale, industrial usage, large air compressors are needed to provide the high-level energy that is required. Recycling depots are among the places where powerful air compressors may be required. This article highlights the use of air compressors in recycling depots.
Separating Recycled Materials
At the initial stage of recycling different materials such as bottles, documents, cans, papers, etc. are often mixed up to ease on transportation. But when they reach the depots they must be separated and grouped into different categories. The grouping can be done depending on the chemical makeup of each waste material or the type of product that each material will make. In most cases, aluminium must be separated from the common iron materials. Since the materials are very many and some are hazardous, separating them by hand may prove dangerous to one’s health.
By using an air compressor, you can generate air knives that create blasts which will separate the materials at a relatively faster rate. This is made possible since the materials have different densities making it easy to blow away the lighter ones from those that are heavy. This is also done to ensure that the timber stain on the decks or other surfaces doesn’t wear off that easily.
Lifting heavy Equipment
Recycling depots have many large machines that require high amounts of energy to power up. To save up on the energy cost air compressors are used to provide the power that is used to run some of the heavy machinery. In some industries robot arms are powered by a constant flow of highly pressurized air generated from an air compressor. These highly advanced arms can also come in handy when sorting the waste being recycled. Recycling for air compressors needs to be carried out in a meticulous manner that allows proper recycling of respective spare parts. Some parts of an air compressor cannot be recycled as it may be harmful to the environment. These factors need to be considered more crucially as efficient recycling is very important to be carried out in a depot. Apart from the recycling, the right use of air compressors can also ensure that the natural floor oil of the depot surfaces can retain their quality.
Apart from recycling the air compressors alone can be beneficial with regards to reusing them in the recycling depots after. Optimum recycling can ensure that air compressors serve an important function in the recycling process. This can also help with cost savings and recycling efficiencies which can help boost the business.
Hydraulic air compressor systems have also been fitted on service trucks to make it easier to load and offload the materials. With this mechanism in place, you can offload the waste inside in the truck at a single push of a button.
Compressing the Materials
As the name suggests air compressors can be used to generate high amounts of energy that can be used to clamp up the selected materials before they are processed. With the right amount of air pressure, you can easily compress large objects such as cars without breaking a sweat. Compressing these materials is important because it gives those operating the machines to have an easy time dealing with the waste. After compression, all the materials will be transformed into a single large ball or one big square block depending on the shape of the compression chamber. This particularly applies to depots that deal with scrap metal, the compression makes it very easy to melt down the metal so that a stronger metal can be made from the resulting liquid.
A good number of service cranes rely on pressurized air to perform some of their functions. By using a hydraulic air compressor system, the cranes can be used to lift large chunks of waste materials which can then be deposited to the recycling yard where further processing will take place. Apart from making the work appear easy, good air compressor performance also save on recycling cost since only one person is required to operate a crane compared to when a large group of people is employed to move the waste.