The ever-growing demand for electric vehicles (EVs), such as Tesla and Rivian, has led to a surge in the production and use of lithium-ion batteries. Consequently, there is an urgent need to address the environmental and safety concerns related to their disposal and recycling. At Franklin Miller, we have developed the ultimate solution for this problem - our cutting-edge EV Battery Shredder. In this article, we will explore the innovative features of our submerged shredding technology and discuss how it is revolutionizing the EV battery recycling process.
Submerged Shredding Technology: A Game-Changer in Battery Recycling
Our EV Battery Shredder is designed with state-of-the-art submerged shredding technology, ensuring the highest levels of safety and efficiency during the recycling process. This feature not only minimizes the risk of thermal runaway and fires but also reduces the release of harmful gases and particles into the environment.
The submerged shredding system works by immersing the batteries in a liquid medium, typically water, which acts as a heat sink, cooling agent, and fire suppressant. The shredder then reduces the batteries into small particles, making it easier to separate and recover valuable materials such as lithium, cobalt, nickel, and copper.
Key Benefits of Franklin Miller's EV Battery Shredder with Submerged Shredding Technology
Enhanced Safety: The liquid medium in the submerged shredding system reduces the risk of fires, explosions, and toxic gas emissions, ensuring a safer working environment for recycling facility personnel.
Improved Efficiency: The EV Battery Shredder's efficient design allows for a high throughput, enabling recycling facilities to process a larger volume of batteries in less time.
Increased Recovery Rates: The advanced shredding technology results in higher recovery rates for valuable materials, which can be further refined and reused in the production of new batteries, promoting a circular economy.
Reduced Environmental Impact: By facilitating the efficient recycling of lithium-ion batteries, our EV Battery Shredder helps reduce the environmental impact associated with mining for raw materials and disposing of hazardous battery waste in landfills.
Scalable Solution: The modular design of our EV Battery Shredder allows for easy integration into existing recycling processes and can be scaled up to accommodate future growth in battery recycling demands.
Franklin Miller's EV Battery Shredder, featuring submerged shredding technology, is the ultimate solution for the safe, efficient, and environmentally friendly recycling of lithium-ion batteries. By leveraging this innovative technology, we are not only addressing the challenges posed by the rapid growth of the EV market but also paving the way for a more sustainable and circular economy. Discover how our EV Battery Shredder can revolutionize your recycling operations and contribute to a greener future.
Introduction
As the world's population continues to grow, so does the need for effective wastewater treatment. Properly managing wastewater is essential to maintaining the health and safety of our communities and the environment. A critical component of wastewater treatment is the protection of the pumps used in these systems. In this blog post, we'll explore the importance of grinding in wastewater treatment pump protection and why it's crucial to the overall efficiency and success of these systems.
The Role of Pumps in Wastewater Treatment
Wastewater treatment plants rely on a variety of pumps to move water and waste through the treatment process. These pumps are responsible for tasks such as transferring raw sewage, pumping treated effluent, and recirculating sludge. The pumps must be able to handle solid materials, including debris and waste, which can be found in wastewater.
The Challenge: Protecting Pumps from Damage
One of the most significant challenges faced in wastewater treatment is the potential damage to pumps caused by solid materials, such as rags, plastics, and other debris. If these materials are not adequately managed, they can clog or damage the pumps, leading to costly repairs, downtime, and decreased efficiency in the treatment process.
The Solution: Grinding in Wastewater Treatment
Grinding plays a critical role in protecting wastewater treatment pumps from damage. By breaking down solid materials into smaller particles, grinding equipment helps prevent clogs and damage to pumps, ensuring they continue to operate efficiently.
Inline grinders, such as those manufactured by Franklin Miller, are installed directly in the wastewater flow path. These grinders use sharp, hardened steel cutters to shred and reduce the size of debris, making it easier for the pumps to handle and transport the materials.
Benefits of Grinding for Wastewater Pump Protection
Increased Pump Efficiency: With solid materials effectively ground into smaller particles, pumps can operate more efficiently and with less strain. This reduces the likelihood of clogs and damage, ensuring the wastewater treatment process runs smoothly.
Reduced Maintenance Costs: Grinding helps prevent clogs and pump damage, which in turn leads to less frequent maintenance and repair costs. This not only saves time but also reduces the overall expense of wastewater treatment plant operation.
Prolonged Pump Lifespan: By protecting pumps from damage and reducing strain, grinding equipment helps extend the life of wastewater treatment pumps. This results in long-term cost savings and increased operational efficiency.
Environmental Impact: Properly functioning pumps are essential for effective wastewater treatment. Grinding equipment ensures that pumps can effectively manage solid materials, leading to more successful treatment outcomes and a reduced impact on the environment.
Franklin Millers Offerings
Taskmaster:
The Taskmaster is a powerful grinder that is ideal for a variety of applications, including solids reduction, wastewater treatment, and more. It is available in several different models, each with its own unique features and capabilities. Some of the key benefits of the Taskmaster include its ability to handle tough materials, its low maintenance requirements, and its high capacity grinding capabilities.
Dimminutor:
The Dimminutor is a versatile grinder that is designed to handle a wide range of solids, including wipes, rags, and other tough materials. It is ideal for use in wastewater treatment facilities and other high flow environments where solids reduction is a critical component of the process. The Dimminutor is available in several different sizes and configurations to meet the specific needs of each application.
Super Shredder:
The Super Shredder is a high-performance inline grinder that is designed to handle large volumes of solids and sludge. It is ideal for use in wastewater treatment facilities, food processing plants, and other industrial settings where solids reduction is a critical component of the process. Some of the key features of the Super Shredder include its ability to handle tough materials, its low maintenance requirements, and its high capacity shredding capabilities.
Conclusion
Grinding is a crucial component in wastewater treatment pump protection, ensuring that these essential systems continue to operate efficiently and effectively. By incorporating grinding equipment into the wastewater treatment process, operators can reduce maintenance costs, extend pump lifespans, and ultimately contribute to a healthier environment. As the demand for wastewater treatment continues to grow, the importance of grinding in pump protection will only become more critical to the success of these systems.
The Importance of Choosing the Right Grinder
The cannabis industry has experienced rapid growth, and as a result, businesses are seeking efficient and reliable equipment to streamline their processes. One key component in cannabis processing is the grinder, which plays a crucial role in preparing the plant material for further processing. Selecting the right grinder for your business can significantly impact your productivity, product quality, and long-term success. This comprehensive guide will help you make an informed decision when choosing the best industrial cannabis grinder for your needs.
Understanding Your Cannabis Processing Needs
Before choosing a grinder, it's essential to evaluate your business's specific requirements:
Volume and Capacity Requirements: Determine the amount of cannabis material you need to process daily or weekly, and choose a grinder with the appropriate capacity to handle that volume efficiently.
Types of Cannabis Products: Identify the range of products you want to produce, such as flower, concentrates, or edibles, as this will affect the type of grinder you require.
Scalability and Growth Potential: Consider your business's growth plans and whether your chosen grinder will accommodate increased production volumes in the future.
Key Features to Consider in an Industrial Cannabis Grinder
When comparing grinders, keep these critical features in mind:
Size Reduction Technology: Grinders should provide consistent particle size and be able to handle a variety of materials without damaging essential oils or causing excessive heat.
Material Construction and Durability: Look for grinders made of high-quality materials, such as stainless steel, to ensure long-lasting performance and easy cleaning.
Ease of Cleaning and Maintenance: Grinders with minimal moving parts and easy access for cleaning will save time and effort in the long run.
Safety and Compliance Standards: Ensure the grinder meets industry safety standards and complies with local regulations to prevent potential accidents or legal issues.
Energy Efficiency and Environmental Impact
Selecting an energy-efficient grinder helps reduce operating costs and contributes to a greener, more sustainable operation. Consider grinders with features like low power consumption, low noise emissions, and minimal waste generation.
Evaluating Performance and Reliability
When comparing grinders, pay attention to these performance indicators:
Grinder Throughput: The grinder should process material quickly and efficiently to keep up with your production demands.
Consistency and Quality of Output: A good grinder should produce uniform particle size, ensuring a high-quality final product.
Grinder Lifespan and Warranty: Choose a grinder with a proven track record of durability and reliability, backed by a comprehensive warranty to protect your investment.
As the global population continues to grow, so does the demand for efficient food production and waste management systems. Food waste processing is an essential component of a sustainable environment, and it plays a critical role in conserving resources, reducing pollution, and minimizing landfill space. Franklin Miller, a leading manufacturer of industrial shredders and other size reduction equipment, is committed to providing innovative solutions for food waste processing. In this article, we will discuss the importance of industrial shredders in food waste management and explore their benefits and applications.
Understanding Food Waste
Food waste refers to any edible material that is discarded, lost, or uneaten throughout various stages of the supply chain, from production and processing to retail and consumption. According to the Food and Agriculture Organization (FAO) of the United Nations, roughly one-third of all food produced for human consumption is wasted, which amounts to approximately 1.3 billion tons per year. This waste has significant environmental, economic, and social consequences, making it essential to develop effective strategies for its management and reduction.
The Role of Industrial Shredders in Food Waste Processing
Industrial shredders play a crucial role in food waste processing by reducing the size of waste materials, which allows for more efficient handling, transportation, and disposal. Franklin Miller's industrial shredders are designed to handle a wide range of food waste types, from fruits and vegetables to meats, fish, and dairy products. Here are some of the key benefits of using industrial shredders in food waste processing:
Volume Reduction
By shredding food waste into smaller particles, industrial shredders significantly reduce the overall volume of the waste. This reduction in volume not only leads to decreased transportation and disposal costs but also conserves valuable landfill space
Improved Waste Processing Efficiency: Shredded food waste is more easily processed by downstream equipment, such as pumps, conveyors, and separators. This improved efficiency translates into faster and more cost-effective waste processing operations.
Enhanced Biogas Production: Smaller food waste particles have an increased surface area, which allows microorganisms to break down the organic material more quickly during anaerobic digestion. As a result, shredding food waste can enhance biogas production and contribute to renewable energy generation.
Facilitates Composting: Shredded food waste provides a more uniform particle size, which is advantageous for composting processes. The reduced particle size increases the surface area for microbial activity, resulting in a faster and more efficient composting process.
Compliance with Regulations: Proper food waste management is essential to comply with various local, regional, and national regulations. By employing industrial shredders, companies can ensure they are meeting waste management requirements and reducing their environmental impact.
Franklin Miller's Solutions for Food Waste Processing
Franklin Miller offers a range of industrial shredders and grinders designed specifically for food waste processing. Our equipment is ideal for reducing food waste into smaller particles that can be easily transported and disposed of. Our grinders and shredders are built to handle a variety of food waste materials, including fruits and vegetables, meat and poultry, seafood, and more.
Our products are designed to maximize efficiency, reduce labor costs, and minimize downtime. We offer a range of options to meet your specific needs:
Taskmaster® TM8500 twin shaft shredder: This shredder is designed for smaller food waste processing applications and has a compact design for easy installation in tight spaces. It has a high torque, low-speed design that provides efficient shredding of a wide range of food waste materials, including fruits and vegetables, meat and poultry, and seafood.
Taskmaster® TM1600 twin shaft shredder: This shredder is designed for medium to large food waste processing applications and can handle a wide variety of food waste materials, including fruits and vegetables, meat and poultry, seafood, and more. It has a unique cutting chamber design that provides efficient shredding while minimizing noise and vibration, making it ideal for use in commercial kitchens and other food processing facilities.
Taskmaster® TM2300 twin shaft shredder: This shredder is designed for large volume and high capacity food waste processing applications. It has a powerful motor and rugged construction to handle tough materials, such as fruits and vegetables, meat and poultry, seafood, and more. It can reduce food waste into smaller particles, making it easier to transport and dispose of.
All of these shredders are built with high-quality materials and are designed to maximize efficiency and minimize downtime in food waste processing applications. They are also easy to maintain and come with a range of optional features and accessories to meet your specific needs.
Reduce Your Environmental Impact and Improve Your Bottom Line with Franklin Miller's Food Waste Shredding Solutions
Food waste is a growing problem for businesses and communities around the world. By implementing a food waste shredding solution, businesses can reduce their environmental impact, save money on waste disposal costs, and even create new revenue streams through the production of compost and renewable energy.
Franklin Miller offers a range of industrial shredders and grinders designed specifically for food waste processing. Our equipment is built to handle a wide variety of food waste materials, from fruits and vegetables to meat and poultry, and is designed for maximum efficiency and minimal downtime.
Whether you're operating a commercial kitchen, a food processing facility, or a waste management company, Franklin Miller has the expertise and equipment to help you reduce your environmental impact and improve your bottom line. Contact us today to learn more about our food waste shredding solutions.
Meeting Cannabis Waste Regulations
The Regulations
As the cannabis industry continues to grow, waste disposal and management practices have become increasingly important. With changing regulations surrounding cannabis waste, it is essential for businesses to stay up-to-date and ensure compliance. This article explores the latest cannabis waste regulations and offers guidance for businesses operating in the industry.
Federal vs. State Regulations:
Although cannabis remains a Schedule I controlled substance under federal law, many states have legalized its use, either for medical or recreational purposes. Consequently, individual states have implemented their own regulations for cannabis waste disposal. It is crucial for businesses to follow state-specific guidelines in addition to remaining aware of any changes in federal policies.
Waste Definition and Classification:
Cannabis waste generally refers to any leftover plant material, such as stems, leaves, and roots, as well as any other waste generated during the production, processing, or manufacturing of cannabis products. This waste is typically classified as either hazardous or non-hazardous, depending on the state's regulations and the specific materials involved. It is essential for businesses to understand and correctly classify their waste in order to ensure proper disposal.
Waste Management and Disposal Requirements:
Cannabis waste disposal requirements vary from state to state, but there are some general guidelines that most states follow. These include:
a) Waste Rendering: Cannabis waste must often be rendered unusable and unrecognizable before disposal. This process typically involves grinding and mixing the waste with other materials, such as paper, plastic, or soil.
b) Waste Storage: Secure storage of cannabis waste is vital to prevent unauthorized access, theft, or diversion. Waste storage areas should be well-ventilated, clean, and free from pests.
c) Waste Tracking: Businesses must maintain detailed records of their cannabis waste disposal, including the amount and type of waste disposed, the method of rendering, and the final disposal method. These records should be kept for a minimum of three years or as required by state regulations.
d) Waste Disposal Methods: Approved disposal methods vary by state but may include composting, incineration, or disposal at a licensed solid waste facility. It is essential to follow your state's specific guidelines for waste disposal to ensure compliance and avoid fines.
e) Waste Disposal Companies: Some states require businesses to work with licensed waste disposal companies for the management and disposal of cannabis waste. These companies must adhere to strict regulations and demonstrate expertise in handling cannabis waste.
Regulatory Changes and Compliance:
Cannabis waste regulations are constantly evolving, and businesses must stay informed of any changes to remain compliant. Regularly reviewing state and federal guidelines, attending industry conferences, and consulting with legal or compliance experts can help businesses stay up-to-date with the latest regulations.
Taskmaster Shredders
TASKMASTER® cannabis shredders help cannabis growers meet the regulatory requirements of cannabis waste disposal in a cost-effective and efficient way. The units can process root bulbs, stalks, leaves, and stems and reduce and/or compost both solid and liquid waste to meet state and local safety and environmental regulations. These high capacity units can be hand fed, conveyor-fed or fed by a bucket loader, depending on the model. TASKMASTER industrial shredders are designed to meet any cannabis waste regulatory environment you may encounter. Read more about the TASKMASTER TM8500 and TASKMASTER TM1600.
TASKMASTER® shredders provide a complete shredding solution for cannabis plant waste, medical plant waste, and hemp size reduction. These shredders significantly reduce the volume of output material, making compact disposal or further processing significantly easier and more efficient. The TASKMASTER features dual counter-rotating cutter stacks, designed to carefully intermesh at low speed under close clearance and extremely high torque. They cut, shear, tear, slice, and rip apart solids typically in a strip or chip-like output shape. Each plant can be processed in approximately eight to twelve seconds.
TASKMASTER shredders are used by companies all over the United States and Canada to help with the disposal of their cannabis waste. These powerful shredders are a clean and quiet alternative to a gas-powered wood chipper. They typically employ up to a 15 HP motor and gear drive, and are complete with a stand, hopper and automatic reversing controller.
Read more about Cannabis Shredders here https://franklinmiller.com/applications/cannabis-shredders/, and see TASKMASTER cannabis waste shredders featured on Cannacribs show.
*These regulations are a general guideline. Always check current local laws and regulations for your state. The information presented by Franklin Miller is not legal advice, is not to be acted on as such, may not be current and is subject to change
without notice.
Franklin Miller has been contributing to a greener planet with a broad line of grinders and shredders that aid in wastewater treatment, composting, food waste, recycling worldwide.
Now the company is extending its commitment to a greener planet by converting much of the operations to the use of solar energy. Recently, Franklin Miller has completed a major installation of solar panels on the entirety of the roof of their Livingston, New Jersey headquarters and manufacturing facility. This is the latest initiative of the company in their commitment to being a green manufacturer and to reduce their carbon emissions and footprint. This project, recently completed, is a major green initiative for the company. When the power is not being used by the operation, it will go back to the grid. The system was designed to produce 193,600 kwh of electricity. From LED bulbs inside, to major updates like these solar panels, Franklin Miller is working to be be as environmentally conscious as possible.
Franklin Miller Inc. is committed to being a good corporate citizen and to helping their customers do their part, too.
The City of Fitchburg, Massachusetts was having problems with their new wastewater grinders purchased from a well known manufacturer. “The grinders were nothing but constant trouble right from the start,” said Ken Letourneau from the City of Fitchburg WWTP. They failed routinely. Debris getting stuck between the single tooth cutters was one source of constant breakdowns. Another major problem was that the grinders did not have bottom bearings, causing the rotating shafts to blow out the bottom of the machines and wear away quickly. “They were total junk that caused a lot of downtime,” Letourneau said.
Letourneau began to research replacement grinders and turned to Franklin Miller for a better design. “We were excited about the
benefits of CUTTER CARTRIDGE® technology, and had also heard nothing but good things about the robustness of the machines, which is exactly what we were looking for.” With CUTTER CARTRIDGE technology, every 6 cutters and 6 spacers are combined into one-piece elements. This markedly increases unit strength and eliminates many parts from the unit, simplifying maintenance.
After purchasing their first TM8500 inline grinder in 2011, they were thrilled. “These TASKMASTER® grinders have been absolutely awesome,” Letourneau said.
“We were originally using these machines for galley sludge hauling. We have stopped that service now, and are using these grinders solely for wastewater processing, especially rags and wipes,” Letourneau said.
“Many wastewater treatment plants have been battling ragging and wipes with very little success. Thanks to our set up here, it’s really no problem for us. We have had no downtime at all. Day to day, the grinders have been extremely reliable. At this point, we basically expect nothing outside of routine maintenance and an annual inspection.”
Wipes have become a big issue for the city overall. The screens at the headworks help with some of the wipes, but not all. “The grinders handle all the wipes at that point quite well. We never have ragging or clumping problems at the grinder, which we are very grateful for."
Franklin Miller is pleased to announce the addition of Cad drawings, 3D models and other technical resources for its municipal products on its website. Franklin Miller, the leading American manufacturer of grinding, screening, septage receiving and dispensing technology, is also introducing SpecBuilder(TM), which provides customized product specifications in Word format customized to engineers' and users' specific application requirements.
Together, these new tools make franklinmiller.com a rich resource forengineers and plants to use in selecting and specifying Franklin Miller's extensive line of wastewater grinders, screens and more. Be sure to create an account and log in to www.franklinmiller.com to access this valuable new resource.
Ross Valley Sanitary District in San Rafael, California services approximately 47,000 mostly residential customers over a 27 square mile service area. They have 5 major pump stations, which is where Ross Valley found themselves having the most trouble. The existing channel grinders were simply not reliable.
“It was constant headache,” said Philip Marcantonio, Senior Collection System Worker. “The pumps were ragging up sometimes twice a week and sometimes twice a day.” The plant reported that the machines were not efficient at all. “It was a lot of extra work on us to keep the stations going,” Marcantonio said. On top of that, the constant downtime was causing even more than extra work; it was costing the district a lot of money. They knew this was not a sustainable system to keep their plant and stations running.
According to Noel Sandoval, Operations Supervisor, that’s when the engineers suggested the plant purchase a Franklin Miller DIMMINUTOR®. “It was a great decision. Once we installed the DIMMINUTOR, all our problems went away.”
The DIMMINUTOR grinder has a design that is truly unique in the industry. It has a few multi-toothed rotary and stationary cutters that are independently adjustable and replaceable without time-consuming unit disassembly. “The Dimmy is a great machine,” Marcantonio said.
The Dimminutor also has a heavy stationary screen that retains the oversized solids and is self-cleared by the rotating cutters. Since it is stationary, it never wears against bottom grit. With its cantilevered design, the DIMMINUTOR needs no seals or bearings near the gritty channel floor. Ross Valley performs routine maintenance every six months or so to inspect and clean the machine. “Maintenance is so simple,” Sandoval said. “We just take off the bolts, clean and inspect each machine... and then we’re done.”
They credit the DIMMINUTOR design of rotating bi-directional cutters as a major reason the units work so well. “The rotating cutters make a huge difference, changing direction every two hours. It pretty much breaks up anything.” Marcantonio added. “The rotating and reversing helps with teeth wear as well as cleaning any stuck debris,” he said. “Our previous grinders just ran until they broke, stopped working, overheated or tripped out. Our on-call staff was working constantly to fix them, costing us so much money. With the DIMMINUTOR units in place, we can now spend our time and money on other things that serve our plant and customers.”
The team at Ross Valley also commended Franklin Miller’s support and customer service. “Franklin Miller customer service is hands down the best,” Sandoval said. “Every time we call with questions, they are there for us. They’ve sent people out to us when we needed, to go over each part and make sure we were at peak performance, and they even hosted us in their New Jersey plant to learn best practices on service and building these machines.”
“The Dimmy is a godsend,” Marcantonio said. “They are truly like they say, built like a tank. It is a workhorse for us.”
Sandoval continued, “We stay with Franklin Miller because not only does the product perform, but the people there are behind it for us 24/7.”
In 2007, "flushable" wipes were introduced to the market. Disposable wipes have a variety of different uses – from sanitary cleansing to make-up removal. The appeal of disposable wipes is that they are convenient and increasingly popular. They are also often now being labeled as “flushable.”
As the wipes increased in popularity and sales increased, the problem at the pumps increased as well. Unlike toilet paper, wet wipes fail to disintegrate. These wipes are not breaking up in the sewer systems the way ordinary toilet paper does. After the wipes are flushed, they tend to bind and clump together, creating huge balls which get tangled in the pumping equipment.
Blockages occur in residential and municipal sewer systems from accumulations of disposable wipes. The pipes, pumps and other equipment that must process the wipes in wastewater treatment systems are often not capable of handling such waste.
Sewerage authorities and wastewater treatment facilities continue to be challenged by the increasing volume of sanitary wipes. These wipes cause time-consuming bottlenecks, clogging and breakdown of pumps and even cause the back up odorous wastewater into houses. The severity of this problem has received worldwide media attention.
Municipalities and sewer districts report accruing anywhere between $400,000 up to $18 million in costs directly attributable to wipes. So, what can municipalities do to not only combat, but overcome this rapidly growing problem? Many municipalities are finding a solution in the installation of grinding and screening equipment.
They have found that by adding grinders in strategic location in the wastewater system, the plugging associated with wipes can be greatly reduced or eliminated. Grinders are being installed at the source, at pump stations or in the wastewater treatment facility, including at the headworks or in locations such as in sludge recirculation lines and at the suction side of pumps.
When wipes build up into mats, mops, balls or large masses, they become an increasingly difficult challenge. According to Korkmaz Oz, Sales Manager of Franklin Miller Inc, a leading manufacturer of wastewater grinders, the key is to prevent wipes from building up into large masses in the first place. Franklin Miller Inc., based in Livingston, NJ., has over 100 years of industry experience and specializes in wastewater grinders.
Franklin Miller developed a range of specialized grinders suited for the particular challenges associates with grinding wipes, providing solutions to the problem for many plants around the country and worldwide. Franklin Miller grinders are proven to reduce pump clogging, protect process and dewatering equipment, reduce solids, and keep wastewater systems running properly. Their grinders are designed for strength and ease of maintenance.
The TASKMASTER® TM8500 grinder features proprietary CUTTER CARTRIDGE® technology for superior performance. The CUTTER CARTRIDGE has a geometry that has proven optimal for wipes handling. Plus, it combines 6 cutters and 6 spacers into rugged one-piece elements, greatly reducing individual cutter parts and increasing unit strength and reliability. The one-piece element allows a stronger and easier to maintain machine, and easily destroys the problem of wipes.
Franklin Miller’s wipes grinders are available in both pipeline and channel configurations. They can be installed with guide rails for easy removal from a manhole as well fully submersible motors.
Wastewater systems suffer when blockages occur. It’s been a particularly difficult and expensive problem due to woven fabrics build-up, especially from wipes – even those that are labeled as flushable contribute to the growing problem. But the good news is more and more wastewater plants are adapting. They have found that they can keep things moving and get peace of mind, and even some sleep, with a properly designed grinder or screen.
The SUPER SHREDDER® in-line disintegrator reduces a variety of liquid borne solids with a unique, low headloss design.
This unit features heavy duty construction and effective operation in such tough applications as tar sands and dredging as well as sewage and sludge waste and process lines. This unit reduces clogging and downtime resulting in tremendous plant savings and a fast payback of the initial cost.
The SUPER SHREDDER reduces solids to fine bits with a unique, high-flow, spherical rotor design. The unit aggressively reduces tough solids from wood, rags, plastics, agglomerates, sands, oil waste, petrified wood and more with its powerful, high torque design. Because its design maintains a high percentage of open area, this rugged processor remains practically invisible to flow. It quickly goes to work protecting pumps and enhancing the operation of process equipment. Plus, its innovative design makes this unit ideal for applications where high capacity and low headloss are essential.
The SUPER SHREDDER is simple to install in straight-through pipe systems and connects via 150# ANSI drilled flanges. This 24” SUPER SHREDDER (SS2400) is driven by a direct coupled gear drive that employs up to a 50HP motor. Its cutters are constructed in stainless steel with a precision Tungsten Carbide hardfacing to withstand a high grit environment. The hardfacing has many times the abrasion resistance of any alloy steel for long life and unequalled durability. This unit was provided with mechanical seals rated for up to 300 psi (20bar).
In today's cutthroat industrial world, achieving maximum efficiency is crucial for manufacturers to beat out their competition.
But did you know that most manufacturing businesses are only operating at around 60-80% efficiency? That means up to a whopping 40% loss is affecting bottom lines because of issues like defective products and inefficient machinery.
However, new technology and mechanics are being used to drive production in more effective ways, thus increasing their income.
One important piece of equipment that more industries are taking advantage of is the lump breaker.
Because of their economical and low-maintenance design, lump breakers are being used by some of the largest manufacturers in the world for a plethora of uses.
What Is a Lump Breaker?
Lump breakers are used to break solids, lumps, and agglomerates down to a desired size with a once-through, non-churning, crushing action. They are capable of handling wet, sticky, dry, hard, or soft substances.
After inserting a product into a lump breaker, large particles are crushed by rotating blades as they move through a set of stationary comb-like blades. The particles are reduced in size until they are small enough to pass through and discharge from the lump breaker.
Lump crushing equipment improves downstream processing by creating materials that are easier to deal with. However, they can also be used within any part of a processing system.
What Are Some Benefits of Using a Lump Breaker?
Lump breakers provide many benefits to those who invest in them, such as reducing plant downtime, increasing processing speed, and improving product consistency. We’re now going to break down five major benefits of using a lump breaker for your processing needs.
1. Multifunctional Use and Extraordinary Processing Capabilities
The most important benefit of a quality lump breaker is its variety of capabilities that can be used in several parts of the production process.
They can be used to:
Break down lumps
Expedite mixing
Granulate minerals
Maintain smooth process lines
Create more uniform consistency
Not only are they multi-functional, but they can be used for several kinds of materials. These include:
Chemicals
Sugar
Plastics
Coal
Ammonium nitrate
Gypsum
Detergents
Soda ash
Minerals
Salts
Because of their diverse ability to work in different processes as well as on different materials, the same kinds of lump breakers can be seen in several different industries across the world.
2. Deagglomeration After Prolonged Storage or Transport of Materials
After long periods of storage, dry bulk materials will often become compressed. Particles will naturally become denser as the finer materials sift their way to the bottom while the larger particles stay on top. This process causes air pockets to collapse, creating large compression lumps.
Some common examples of where this might happen include:
Super sacks
Silos
Rail cars
IBC's
Day bins
Even worse, if the containers are exposed to humidity or moisture, they can create even harder lumps that take more energy to break apart.
A common solution to this will be to install lump breakers below their silos to break the material down. This is common in sugar processes.
3. Creation of More Efficient Conveyance
When materials create large lumps, getting them from one place to another is much more difficult and inefficient, especially if you use pneumatic conveying.
By getting rid of agglomerates, raw materials are much easier to handle on a belt conveyor.
With a lump breaker, you can create materials that are the right air to particle ratio (depending on the density of the powder). Not only will this make conveyance more efficient, but it could save you from a tremendous headache because of equipment failure when hard lumps stuff a rotary valve in your machinery.
By having more conditioned, dry powder from a lump breaker, your screw feeders, vibrating feeders, and rotary valves will all work smoother.
4. Adds Higher Value to Other Equipment Processes
Lump breakers affect the efficiency of just about any piece of equipment that your raw materials run through, which can save you time and money in the long run.
For example, screening equipment. When something like salt or sugar is stored for a long time and is exposed to moisture, it can form large, solid lumps. If you feed these tough lumps into a screener, you can do severe damage to the screen mesh and the powder sieve.
Screeners scalp oversize particles off the top of the distribution curve and police foreign objects off of the production line. They are not meant to break apart agglomerates.
Another example is milling equipment. If the powder that is added to a mill isn't uniform in size, the mill will not work efficiently.
One last example is the blending of spice mixtures or instant food packets. If lumps are not broken down, it can cause inconsistent taste throughout the product.
By using a lump breaker to reduce these materials, you can prevent inefficiencies and breakdowns from happening to other equipment.
Read More: Watch our powerful pallet shredding Taskmaster XL tear apart pallets with ease.
5. Lump Breakers Make Transportation More Efficient
If you regularly move raw materials from place to place, lumps can add extra energy and cost to your transportation fees.
Transporting large lumps is tough and can even be impossible in certain situations. Once broken down, transportation becomes much easier after the material has been reduced in size.
Key Takeaways
Lump breakers are becoming highly necessary in several industries because of their flexible functions and benefits.
When choosing the perfect lump breaker for your industry, there are several parameters that you should consider first. These include:
Bulk density of the material being crushed
Moisture content
Consistency and fiber content of materials
Heat sensitivity of materials
Particle size
The good news is that Franklin Miller has been a leader in size reduction technology for over 100 years and features some of the best lump breakers for everything from chemicals, food, and minerals to plastics, pharmaceuticals, and more.
Contact us today to find the perfect solution for your industry!
