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Scrap Aluminum Hammer Shredding Production Line Production line introductionScrap Aluminum Shredder is a kind of shredding…
Nov 29, 2024
Many people are looking for hazardous waste disposal companies or hazardous waste disposal sites near them. GEP ECOTECH has…
Nov 19, 2024
5-gallon paint buckets are a common sight in home renovations and industrial projects. While these buckets are sturdy and…
Sep 13, 2024
When it comes to shredding tires, there are various equipment options available, such as single-shaft or dual-shaft shredders.…
Sep 10, 2024
A new metal crushing and sorting line has begun trial operation in central China. This advanced production line integrates…
Sep 9, 2024
Recently, we received exciting news from our South Korean customer: the GD9Q dual-shaft shredder we supplied has been…
Jul 12, 2024
In the field of tire pyrolysis, batch pyrolysis equipment is popular because of its high efficiency and flexibility. For tires with a diameter of less than 1.2 meters, the whole tire can usually be directly put into the pyrolysis equipment for processing. However, in practice, many customers tend to shred the tires…
The traditional RDF (Refuse-Derived Fuel) production process mainly relies on heavy-duty single shaft shredders for shredding treatment, sometimes using double shaft shearing or primary shredding as pretreatment equipment to improve material processing efficiency. However, this process presents many challenges: the…
Waste tires are known as "black gold". According to statistics, the United States generates approximately 250 million to 300 million waste tires annually, with a total weight of about 3 million tons. If these tires are not utilized, it will be a great waste of resources. Therefore, recycling waste tires has profound…
With the acceleration of urbanization worldwide, solid waste management has become a significant challenge for countries. Taking the Philippines as an example, its solid waste generation has seen a marked increase in recent years, and is projected to reach approximately 36 million tons by 2025. However, currently,…
Biomass coupling is an innovative energy utilization method that combines biomass energy with traditional fossil fuels to generate electricity, thereby enhancing energy efficiency. Its unique technological advantages and environmental benefits have become a significant driver for the sustainable development of the…
In the field of solid waste disposal, sorting equipment plays a significant role in many production lines, and the sorting effect and applicability of sorting equipment have always been a focus of attention. Especially for the more common wind selection equipment, many people are not very clear about its functions and…
Medical waste disposal is a critical challenge for healthcare facilities worldwide. Traditional methods—often manual, inefficient, and space-consuming—struggle to balance safety, compliance, and operational efficiency. These outdated approaches expose workers to biohazards, lack scalability, and fail to meet strict…
Currently, waste tire pyrolysis and oil refining equipment mainly comes in two types: batch and continuous. When selecting pyrolysis and oil refining equipment, companies often face the dilemma of choosing between batch and continuous equipment. Below, we will compare these two types of equipment in detail from key…
The oil produced from tire pyrolysis and refining is usually referred to as pyrolysis oil or cracking oil. It belongs to heavy oil and cannot be directly burned. It needs to be further processed before it can be safely and effectively used. The following are specific reasons and solutions:1. Complex Composition1)…
Tire pyrolysis and oil refining is a process of converting waste tires into useful resources such as fuel oil, carbon black, and combustible gas through high-temperature pyrolysis technology. This technology can not only effectively process waste tires, reduce environmental pollution, but also achieve resource…
Amid growing environmental awareness, the GEP ECOTECH Intelligent Double-Shaft Shredder has emerged as a pioneering solution in solid waste treatment, leveraging its exceptional performance and innovative technologies.Core Advantages of the Double-Shaft ShredderIntegrated Cutter Box DesignThe cutter box of GEP's…
Under the global background of resource recycling and environmental protection, waste tire pyrolysis and oil refining equipment has become crucial for processing waste tires and achieving resource reuse. For buyers, understanding the features of qualified equipment is vital. 1. Efficient Pyrolysis PerformanceQualified…
Tire pyrolysis oil is one of the main products obtained from the pyrolysis of waste tires. Tire pyrolysis oil has a wide range of uses, and its market sales depend on various factors, including market demand, price competitiveness, and product quality. Let's take a closer look below. Main Uses of Tire Pyrolysis Oil1.…
In the process of urbanization, the treatment of municipal solid waste is not only related to the cleanliness of the urban environment but also affects the quality of life of residents and the sustainable development of cities. GEP Ecotech is committed to providing efficient and environmentally friendly MSW treatment…
When it comes to industrial shredders, the 2-shaft shredder is one of the most widely used machines for reducing the size of various materials, including plastics, wood, metal, and waste. A critical aspect of ensuring optimal performance and longevity of a 2-shaft shredder is understanding and adhering to its torque…
The GEP ECOTECH's fully continuous pyrolysis reactor is manufactured according to the production standard of pressure vessels, using an 18mm thick special boiler steel plate, which ensures its ability to withstand high pressure and high temperatures.The reactor features a double-section furnace connection design,…
Recently, our GEP iron scrap shredder production line was successfully shipped to Malaysia. To ensure the smooth operation of the project, our engineer traveled to Malaysia to oversee the installation and provide technical guidance on-site.Customized Production LineTo meet the specific requirements of the Malaysian…
Tire pyrolysis refers to the process of using high temperature to induce thermal chemical reactions of organic substances in waste tires under specific anaerobic or hypoxic conditions, resulting in the decomposition and conversion of high molecular compounds in tires into low molecular substances. Its essence is to…
Double shaft shredder is an advanced garbage treatment equipment that plays an important role in the resource utilization and disposal of household waste. The following is a specific explanation of the role of the dual shaft shredder in the resource utilization and disposal of household waste:1. Improve the efficiency…
Theoretically, the oil yield of waste tire pyrolysis can reach 45% - 50%, that is, about 450 to 500 kilograms of tire oil can be refined from one ton of waste tires. However, in the actual production process, the oil yield often decreases, mainly affected by the following factors. 1.Tire typesTires of different types…
Lithium batteries, as an important means of modern energy storage, have been widely used in fields such as electric vehicles and consumer electronics. With the upgrading and end of service life of lithium batteries, a large number of waste lithium batteries need to be processed and recycled. As a key link in the…
As an expert in solid waste disposal, GEP ECOTECH has rich experience in tire pyrolysis and oil refining disposal. Let's have a look together the documents and related procedures required for a tire pyrolysis and oil refining project.1. Relevant Documents for Business Registration1) Business License: Register the…
To answer the question of 'how much does it cost to produce one ton of alternative fuel', it is necessary to analyze and think from multiple perspectives. The following is a step-by-step analysis process:1. Definition and classification of alternative fuelsAlternative fuels refer to the use of combustible waste to…
As a common waste, waste tires have brought considerable pressure to the environment for a long time due to their difficulty in degradation and possible release of harmful substances. However, with the continuous development of pyrolysis technology, it can not only reduce the pollution caused by waste tires to the…
Tire pyrolysis and oil refining is a process of converting waste tires into valuable substances through pyrolysis technology. So what is the overall process like? Let's learn about it together, and see what GEP ECOTECH says.Firstly, Pre-treatmentRemove metal parts, large debris, etc. from waste tires to prevent equipment damage and improve operational efficiency. For continuous production lines, it is also necessary to shred waste tires into rubber chips or grind them into rubber powder.Secondly, FeedingBy manual or mechanical means such as screw feeders, hydraulic feeders, lifting winches, the pre-treated tires or rubber powder are fed into the pyrolysis furnace and the furnace door is closed to ensure high-temperature heating in a sealed environment.Thirdly, Pyrolysis ReactionHeating the pyrolysis furnace under anaerobic or hypoxic conditions, at a certain temperature and pressure, causes the rubber and organic matter in the tire to undergo pyrolysis. The general temperature control is between 160℃ and 700
Waste tire, a common type of waste, exist in large quantities globally. With the increasing awareness of environmental protection and the emphasis on resource recycling, waste tire recycling has emerged as a highly promising industry, which has drawn significant attention from many countries and regions. So, how can we dispose of waste tire efficiently? Next, let me introduce the GF series four-shaft shredder of GEP ECOTECH to you.Working Principle of the GF Series Four-shaft ShredderThe GF series four - shaft shredder operates through the coordinated action of four sets of shear cutter rollers. The material is shredded by the tearing and shearing effects of the four sets of cutters. The size of the discharged material is controlled by screen. After the first - stage shredding, materials with a particle size smaller than the screen holes are discharged from the lower part of the box under the action of gravity and extrusion force. Materials with a particle size larger than the screen holes are guided back to
Today, we are introducing the metal bales opener/cracker, a machine widely used in the metal recycling industry. This compact, robust, and powerful equipment delivers excellent performance in improving efficiency while significantly reducing labor and time costs.One of the key challenges in metal recycling is maximizing your input-output ratio. Typically, you don't want a production line that is either too powerful or too small. In many of GEP Ecotech's case studies, our customers have successfully addressed these challenges with this equipment.Similar to traditional agricultural baling processes (e.g., straw or stalks), baling materials helps save a considerable amount on transportation costs. However, it also introduces the challenge of unbaling the materials before moving on to the next stage of processing. In metal recycling, if you are unable to efficiently unbale the materials, you may face several issues:Over-investing in larger shredders: This would significantly increase both equipment and
Tire pyrolysis oil refining has become increasingly popular due to its simplicity and high profitability. Many tire recycling companies are adopting or exploring this technology as it not only generates valuable oil from waste tires but also reduces environmental impact. Its flexibility to integrate seamlessly with existing recycling lines makes it an efficient choice for production expansion. Additionally, the process helps lower dependency on fossil fuels by creating alternative energy sources, aligning with global sustainability goals.Price of Tire Pyrolysis Production LineWhen it comes to tire pyrolysis oil refining systems, the cost is a major concern for both newcomers and experienced recyclers. However, the price can vary significantly depending on the system's configuration and capacity. To help you better understand, let’s explore the different types of pyrolysis systems and their general price ranges.Batch-Type Pyrolysis SystemThe batch-type pyrolysis system is the go-to choice for most entry-level
Imagine a single grab of textile waste weighing over a ton being effortlessly fed into a powerful shredder. Within moments, the machine processes the load, shredding various types of textiles—old clothes, industrial fabrics, and mixed fibers—into uniform pieces perfectly sized for use as power plant fuel. This is the unmatched performance of our heavy-duty textile shredder, now available for sale in Europe.Performance HighlightsDesigned for industrial-scale textile shredding, this shredder can handle more than 20 tons of material per hour. With its robust double-shaft design, it ensures smooth and efficient shredding, no matter the material type. Whether it's tough industrial textiles, soft fabrics, or mixed materials with threads and linings, this machine consistently delivers high-capacity output with minimal downtime.Watch It in ActionTo truly appreciate the capabilities of this shredder, we’ve prepared a demonstration video showcasing its performance. Watch as the machine effortlessly processes over a
For those involved in the medical waste treatment industry, you might be wondering if there is a best solution for handling medical waste. Let’s start by understanding what medical waste is and how we can manage it effectively. Medical waste can consist of a variety of materials, including rubber, glass, plastics, textiles, gauze, needles, scalpels, and more. The density of these materials ranges from 65 to 3600 kg/m³. So, what should we do with the waste collected from hospitals, clinics, laboratories, and other medical facilities? Clearly, we cannot treat medical waste the same way we handle general solid waste. At the very least, we cannot send it directly to landfills, as it is classified as hazardous waste. In fact, as time has passed, direct landfill disposal of medical waste has been increasingly restricted in many countries and regions. Companies like AI Shred have emerged, offering solutions for recycling stale wastes. However, today we are focusing on more commonly accepted methods for managing
A cement plant in Mexico is in need of textile cutting equipment to process air bags, which are primarily made from nylon and hard plastic-fabric. The required equipment with a processing capacity of 1 to 2 tons per hour (TPH) and an output size of less than 30mm.At GEP ECOTECH, we specialize in providing efficient and tailored solutions for challenging material processing needs. After reviewing the requirements, we would like to recommend our GSS15 Single-Shaft Shredder as the optimal solution for your air bag processing needs.Why Choose the GSS15 Single-Shaft Shredder?High Torque and Durability:The GSS15 is equipped with a high-torque motor that provides the necessary power to shred tough, dense materials like air bags. The high-torque operation ensures that the shredder effectively cuts through the tough nylon and plastic layers without causing jams or excessive wear.Adjustable Output Size:The GSS15 comes with adjustable cutting blades, allowing you to achieve the desired particle size of <30mm. This
Resourceful treatment of paper mill strand rope is a comprehensive process aimed at converting solid wastes such as strand rope produced in the papermaking process into valuable resources in order to reduce environmental pollution and realize effective recycling of resources. The following is a detailed description of the paper mill strand rope resource treatment:01.Pre-preparation and estimationStranded rope is a paper mill in the paper making process, hydraulic pulper in the stranded rope will be waste paper pulp in a variety of light impurities, such as wire, plastic, fine rope, cotton yarn, etc. constantly winding stranded set and become a stranded rope, that is, stranded rope. It is also called twisted rope pulp residue, pulping tail rope, which contains 40% of iron wire and 55% of paper mill waste, as well as pulp residue and light residue, belonging to a kind of material difficult to be broken. 02.Processing flowShreddingPaper mill stranded rope is fed into double shaft shear shredder through conveyor
Recycling old mattresses to produce refuse-derived fuel (RDF) is an effective way to reduce waste while generating an alternative energy source. This process converts mattress components such as foam, textiles, and wood into usable fuel, supporting the circular economy and reducing reliance on traditional fossil fuels.The Significance of Mattress Waste RecyclingMillions of mattresses are discarded each year, and their bulky nature makes them challenging to manage in landfills. Mattresses contain materials like polyurethane foam, steel springs, wood, and fabric, many of which are non-biodegradable. Recycling these components not only prevents landfill overflow but also enables the recovery of valuable materials for other uses, such as RDF production.The RDF Production Process from Recycled MattressesCollection and SortingDiscarded mattresses are collected from households, businesses, and institutions. They are sorted to remove non-recyclable items and contaminants, ensuring a clean feedstock for the recycling
Domestic garbage shredder is a mechanical equipment specially designed for the treatment of municipal solid waste, whose main purpose is to shred large pieces of garbage into smaller-sized pieces by mechanical force. Domestic garbage shredder by the motor or hydraulic system to provide power to drive the knife shaft driven rotor knife rotor in low speed rotation, the knife between the mutual tearing, shear effect on the material to be shredded. Shredder components: E-motor or hydraulic system, knife box components, intelligent operation and maintenance control system. Driven by hydraulics or motor, customized design for domestic waste, shredded particle size basically covers all the process needs for domestic waste disposal, uniform shredding particle size, high output, stable equipment, it is a necessary product for domestic waste reduction and resource utilization. This step is very important for improving the efficiency of waste treatment, promoting resource recycling and preparing for subsequent
The biomass blending process is a technology that combusts biomass fuels in a mixture with traditional fossil fuels (e.g., coal, oil, etc.). This practice reduces dependence on fossil fuels and lowers greenhouse gas emissions, while also utilizing waste resources and contributing to environmental protection and sustainable development. gas emissions, while also utilizing waste resources, contributing to environmental protection and sustainable development. Pretreatment of biomass prior to blending is a critical step to ensure that biomass materials can be efficiently and stably blended with fossil fuels for combustion. The pre-treatment process usually includes crushing, drying, sieving, mixing, etc., with the aim of adjusting the biomass feedstock to a condition suitable for blending. The biomass blending pre-treatment system uses a variety of equipment to prepare the biomass fuel so that it is suitable for combustion with traditional fossil fuels (e.g., coal) or for individual high-efficiency energy
Disposal of waste fabrics is a crucial task in the modern industrial and environmental fields. With the booming development of various industries, the amount of waste fabrics is increasing. How to effectively deal with these waste fabrics has become a key concern for many enterprises and environmental protection departments. As an efficient processing equipment, fabric shredder has gradually gained wide application with its unique working principle and outstanding performance. Application areas of fabric shredder1.Textile industryIn the textile industry, fabric shredder is mainly used to deal with waste fabrics, textile trimmings and old clothes, etc. These materials can be used as raw materials for regenerative fibers for the production of new textiles after shredding, which greatly improves the utilization rate of resources and promotes the development of resource utilization. 2.Garment manufacturingClothing manufacturing process produces a large number of trimmings and defective products, how to deal with