Recycling contamination occurs when people attempt to recycle unrecyclable materials or place items in the wrong recycling container. According to the National Waste and Recycling Association, roughly 25 percent of the items American’s try to recycle are contaminated. While it may seem relatively harmless toss a couple of unrecyclable items into a recycling bin, doing so can have serious consequences. From increasing waste to putting waste-management workers in danger, these are some of the main negative impacts of recycling contamination.
Most facilities don’t have the time or funds to individually separate each piece of unrecyclable material that enters their machines. All recycled materials enter the same recycling system. So, if some of the items in the bin aren’t recyclable, they could contaminate the entire load. As a result, huge quantities of previously recyclable materials may head off to a landfill due to the contamination.
Manufacturers do no design recycling equipment to process unrecyclable materials. As such, when unsuitable items end up in recycling bins, they could cause jams and damage the machinery. Not only does this slow the recycling process, but it can also be very costly as recycling facilities have to invest in repairing or completely replacing equipment.
Scrap recycling equipment can be dangerous if it isn’t working properly. As such, by recycling unrecyclable materials that may cause issues within the machinery, you could be putting workers at risk. Further, placing waste in recycling bins potentially exposes workers to dangerous chemicals or infectious diseases.
When unrecyclable materials wind up in recycling bins, the quality of recycled goods decreases. Decreasing the market value of these goods places a strain on the recycling industry which could increase the cost of service. Thus, making it more difficult for people to recycle in the future which will further harm our economy and planet.
When powerful metal equipment such as balers are used incorrectly, serious injuries—including crushing, amputation, and even death—can occur. However, the majority of these injuries are preventable. To ensure the safety of their employees, businesses should emphasize the importance of following these safety tips for operating a baler.
Prior to using baling equipment, all operators should be properly trained by qualified personnel. This training should include detailed information on policies, procedures, and safety precautions. Evidence of each operators’ training should be properly documented.
When operating or working near a baler, all employees should wear proper protective gear, including safety glasses, gloves, goggles, ear plugs, hard hats, and steel-toed shoes.
Many baling injuries occur when operators attempt to clear jams without turning off the machinery. Although the ram motion will cease during a jam, the baler remains in operation and could reactivate at any time. As such, it’s essential to disconnect the machine’s power supply before clearing a jam to prevent grievous injury.
To prevent unauthorized personnel from using the baler equipment, operators should always remove the key from the switch when the baler isn’t in use.
Before each use of the baling equipment, a proper inspection should be completed to highlight any potential safety issues. Equipment inspections should include checking electrical panels for damage or debris, examining hoses for leaks or abrasions, and checking for cracks or signs of wear in the steel structure.
Displaying proper warning labels on baling equipment is mandated by law. However, these warning signs may not be present on older models. As such, it’s important to ensure that your equipment notifies users of pinch points, age requirements, automatic operation, high voltage, and maximum operating loads—a typical 60-inch vertical baler “should produce bales between 800 and 1,000 pounds.”
By following these safety tips for operating a baler, you can decrease the risk of baler-related injuries in your company.
Balers and waste compactors are both useful tools for making the waste management process easier and more cost-effective. However, if you are new to the waste management industry, you may not understand the key differences between a baler and a waste compactor. While they both use a compressing process to reduce the volume of waste materials, they also have many differences that are important to understand when choosing between the two systems. This side-by-side comparison will help you decide which waste handling system is a better fit for your company.
You can use waste balers to condense dry, recyclable materials into consistently-shaped bales. They are an ideal option for compressing waste such as paper, metal, cardboard, and plastics. By compressing these materials into dense bales, they become significantly easier to store and transport as they take up much less space. Additionally, compacting these materials won’t just cut down on waste transportation costs, waste balers will also allow you to add an extra revenue stream to your company by selling the bales to a recycling plant.
Unlike balers, you can use waste compactors to compress large quantities of mixed waste that is often unsorted and non-recyclable. Since the average recycling contamination rate among communities and businesses is roughly 25 percent, compactors are a popular waste handling system option for many companies. By decreasing the volume of their waste onsite, businesses can greatly reduce waste-collecting costs. This is because companies pay an amount based on the volume of waste they produce in addition to how many trips waste collecting companies must take to transport it to a landfill.
Ultimately, the key difference between a baler and a waste compactor is the materials that they process. For condensing recyclable materials, you should choose a mixed baler. However, compactors are the ideal option for compressing large quantities of mixed waste. Both systems have the potential to save your company a large amount of money on waste transportation costs, and balers can even make money if you choose to sell the bales to a recycling plant. As such, purchasing either one of these systems for your business is a practical and cost-effective investment.
Balers play an important role in many companies by providing energy-efficient solutions for managing waste. The most common types of balers are vertical balers and horizontal balers. Vertical balers process recyclable waste materials using a vertical downward force, and horizontal balers use a ram to compresses the waste from the side. When determining whether a vertical or horizontal baler is right for your company, it’s important to consider the following key factors.
The primary factor to consider before you buy a baler is the amount of material you expect the machine to process each week. If your company produces more than 100 tons of recyclables a month, a horizontal baler is likely the right choice. Horizontal balers can typically process a much higher volume of bales per day than vertical balers. In addition, horizontal balers produce larger bales with more consistent densities and weights.
If you have a limited amount of space, vertical balers are the more practical option. Vertical balers are much smaller than horizontal balers, which can reach up to 40 feet in length. While some larger vertical balers require a ceiling height of 14 feet or more, some specialty vertical balers can operate in an area with a standard 8-foot ceiling.
One of the main benefits of vertical balers is their low cost. Vertical balers are significantly cheaper than horizontal balers; they can often be found for one fifth or even one tenth of the price. However, the higher efficiency of more expensive horizontal balers can end up making up for the initial cost if your company needs to process larger amounts of waste. Plus, you can always consider buying used bailing equipment to help lower costs.
Ultimately, choosing between a vertical or horizontal baler for your company will depend on your business’s needs. Regardless of which type you choose, both options have the potential to cut company costs and increase efficiency.
In a typical waste processing, recycling, or scrap metal facility, you’ll find forklifts, loaders, and balers, among other equipment. Balers are the core of any recycling operation, as they enable easy transportation of materials such as metals, plastics, or scrap paper after compressing them.
Over time, however, the baler machine is subjected to wear and tear which can cause malfunctions. These result in severe downtimes if the company can’t find major replacement components of a baler machine. Moreover, repair work can take several days to finish. Read more
Textile recycling refers to the recovery of old textiles and clothing for reuse. A typical textile process includes collecting, sorting and processing the textiles, which later gets transported to consumers.
The core of the textile recycling industry is the growing textile industry. The US—with its exceptional research and development in the textile industry—had exported textile and fiber worth approximately $28 billion back in 2015. Read more
Without proper planning waste management programs can take a huge portion of your company’s budget. If you feel like your company is spending too much money on its waste management program, it’s time to revamp your strategy.
Here are a few tips to help you cut down your costs on commercial waste management. Read more
According to the EPA, around 262 million tons of Municipal Solid Waste (MSW) was generated in the US during 2015. And while the production of waste is inevitable in every industry, when recycled, this waste can provide your company with many benefits. Moreover, recycling waste causes less strain on the environment and leads to a more sustainable future. Read more
Balers assist the recycling facilities by providing energy-efficient solutions for their waste management. They are known for their robustness and longer service span. The most commonly used balers include vertical balers, horizontal balers, two ram balers, and full-eject balers. Various factors should be taken into account before choosing a baler for your industrial facility. Operational footprint, ceiling height, capacity, and power requirements are the many factors that influence your choice of balers. Read more