7KW Scrap Radiator Recycling Machine
700,000 - 750,000 Per piece
1 Piece (MOQ)
Lead Recycling Air Pollution Control Plant
2,000,000 Per Set
1 Set (MOQ)
Best Deals from Recycling Plant
E Waste PCB Processing Plant R1000 (75kg/hr)
2,400,000 - 3,000,000 Per 1 Plant
1 Plant (MOQ)
Water Recycling Plant
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1 Piece (MOQ)
Plastic Recycling Machine
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Industrial Waste Paper Recycling Machine
30,000,000 Per Piece
1 Piece (MOQ)
weee recycling
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Shri Raam Recycling is acclaimed for Waste Electrical and Electronic Equipment Recycling. We are engaged in buying, recycling and selling of scrap to various companies that are in the practice of manufacturing fresh products from the recycled equipment. Furthermore, we offer complete satisfaction to the sellers by providing them the right price for the e-waste that has made us a well-known Waste Electrical and Electronic Equipment Recycler in Tamil Nadu (India). Process Collection of e-waste material from companies and safe transportation to our factory. Segregation of the waste into various categories like PCBs, Ferrous and Non-Ferrous Metals, Plastic etc., Weight Ascertainment and Destruction of Waste into Non-Recoverable pieces (6-12mm bits) by our customâ�� built Crushers. Packaging the segregate material for authorized Companies.
ac recycling machine
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We are identified as one of the prime AC Recycling Machine Manufacturers in India. The Automatic AC Recycling Machine is manufactured using optimum quality materials ensuring high durability, robust structure and resistivity to adverse conditions. The components available with the AC Recovery Recycling Machine also ensure fast and efficient recharging, recovery and recycling of AC gas. Additionally, customers are also eased with the availability of the AC Recycling Machines loaded with all the advanced facilities.
Plastic and Cloth Shredding Machine for mixed waste
300,000 - 500,000 Per piece
1 piece (MOQ)
waste tyre recycle plant
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We are manufacturer & exporter of waste tyre pyrolysis plants with 5 - 10TPD processing capacity. Pyrolysis plant is an industry that converts scrap tyres into Pyrolysis Oil, Carbon Black, Scrap Steel and Hydrocarbon Gas. The plant is manufactured using high quality material, is highly durable and has high performance level. To manufacture these plants, we make use of quality-approved components that are source from certified vendors. Features : 100% of waste tyre recycling is achieved ( no waste left after the process ) No chemical ingredients are used in process ( environment friendly ) During and after the process, No soil, water or air pollution is observed Creates economically valuable products out of waste ( all of the products are industrial raw materials that have a market value ) The most cost - effective waste tire recycling technology in the world Raw material ( waste tyre ) is cheap and easy to provide. These are the by-products of tire production Each recycled ton of tyre preserves 10 tons of Co2 that is a major green house gas The process can be applied to all rubber based materials The system creates an alternative source of energy to replace petroleum products and natural gas System gives the opportunity to governments and local administrations to deal with the waste tire problem to a great extent System prevents the spread of diseases caused by the waste tires We deliver plants with capacities of 10 ton per day and its multiples The process of pyrolysis has duration of 4 to 12 hours, depending on the amounts and the type of tire ( car tires, truck tires etc) During the process different vacuum values are applied in pre determined temperatures and in different phases, different gases are obtained and the condensed gas is stored as fuel - oil in tanks.
Recycling Extruder Machine
1,650,000 Per Piece
1 Piece (MOQ)
Plastic Recycling Plant
400,000 Per Piece
1 piece (MOQ)
Plastic Recycling Machine
130,000 Per Piece
Plastic Recycling Machine
98,000 Per piece
1 piece (MOQ)
The Plastic Recycling Machine is a versatile and efficient tool designed for recycling plastic waste. Equipped with a robust 5 HP motor, this machine is capable of handling a wide range of plastic materials, ensuring effective recycling and waste reduction. The machine's production capacity is impressive, with the ability to process 70 to 80 kg of heavy-weight material per hour. This makes it ideal for handling substantial amounts of plastic waste in a short period. For lighter materials, the machine maintains a production capacity of 20 to 22 kg per hour, demonstrating its adaptability and efficiency across different types of plastic waste. Designed with durability and high performance in mind, the Plastic Recycling Machine is an essential asset for businesses and facilities focused on sustainable waste management and recycling practices. Its reliable and consistent performance helps optimize the recycling process, contributing to environmental sustainability and cost-effectiveness. This machine is an excellent choice for those looking to enhance their plastic recycling capabilities and reduce their environmental footprint.
pet recycling machine
897,410 Per Piece
Helical gear box with inbuilt thrust bearing. Hydraulic screen changer (As per requirement). Die face cutter. Our Recycling Plant are suitable for recycling waste of LD LDPE LLDPE PP PE HD PVC etc. Less power consumption.
Water Recycling Plant
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We Have An Entier Range Of Plant And Machienry For The Soap Industry. Starts From The Storage Tank To The Cartooning Machine;
PLASTIC WASTE LUMPS PLANT
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Features Suitable for different kind of plastic lump materials, are able to separate high density and dirt material. Suitable for plastic lumps, plastic bottles and etc. With high speed washing machine, enable plastic materials inside the machine to be twisted, washed and separated dirt. Separator to extrude waters Whole set of electric facility are with automatic startup to protect wires in safe.
Lithium-Ion Battery Recycling plant
5,000,000 Per Piece
1 Piece (MOQ)
Lithium-ion battery recycling is an important and rapidly evolving field due to the increasing demand for electric vehicles (EVs), portable electronics, and renewable energy storage. Recycling these batteries is crucial for several reasons: Resource Recovery: Lithium-ion batteries contain valuable metals like lithium, cobalt, nickel, and manganese. Recycling allows the recovery of these materials, reducing the need for mining, which is both environmentally and socially challenging. Environmental Protection: Improper disposal of lithium-ion batteries can lead to environmental contamination, as these batteries contain toxic materials that can leach into the soil and water. Recycling helps prevent environmental harm. Energy Savings: Recycling batteries is generally less energy-intensive than mining and refining raw materials. For instance, recycling cobalt and nickel from batteries uses significantly less energy compared to extracting these metals from ores. Regulatory Compliance: Many countries are implementing regulations that require the proper disposal and recycling of lithium-ion batteries. This is particularly relevant in the EU, where stringent rules are in place for battery recycling. Supply Chain Security: Recycling can help mitigate the risks associated with the supply of critical materials like cobalt and lithium, which are concentrated in a few countries. By recycling, manufacturers can reduce dependency on these limited sources. Recycling Process: The process of recycling lithium-ion batteries typically involves several steps: Collection and Transportation: Batteries are collected from various sources and transported to recycling facilities. Discharging: Batteries are safely discharged to prevent fire or explosion during processing. Dismantling: The batteries are dismantled to separate the different components (e.g., cathodes, anodes, electrolyte, casing). Crushing and Sorting: The components are crushed and sorted. This step may involve mechanical processes like shredding and physical separation techniques like sieving. Chemical Processing: The separated materials undergo chemical treatments to recover metals. This might involve processes like hydrometallurgy (using acids to dissolve metals) or pyrometallurgy (using heat to extract metals). Purification: The recovered metals are purified to a high standard so they can be reused in the production of new batteries. Challenges in Recycling: Economic Viability: The cost of recycling can sometimes exceed the value of the materials recovered, making it less attractive without regulatory incentives. Complexity of Battery Design: Lithium-ion batteries come in various chemistries and designs, making it challenging to develop a one-size-fits-all recycling process. Safety Concerns: Handling and processing lithium-ion batteries can be dangerous due to the risk of fire, explosion, and exposure to hazardous materials. Advancements and Future Outlook: Research is ongoing to improve the efficiency and cost-effectiveness of lithium-ion battery recycling. Innovations include developing better methods for material recovery, designing batteries that are easier to recycle, and creating closed-loop systems where materials from old batteries are directly used to produce new ones. As the demand for batteries continues to grow, the importance of recycling will only increase, making it a critical component of sustainable energy and electronics ecosystems.
Fully Automatic Plastic Recycling Machine
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1 Piece (MOQ)
Mini Recycling Granulators Machine
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1 Unit (MOQ)
tyre recycling machine
2,500,000 - 4,800,000 Per Unit
Plastic Recycling Machine
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We are the exporter and supplier of this products.
Construction And Demolition Waste Recycling Plant
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1 Unit (MOQ)
Engine Oil Recycling Machine
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1 piece (MOQ)
Lead Refining Plant
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The Lead Bullion is fed into a refining kettle. Lead bullion contains many other metallic impurities including antimony, arsenic, copper, tin and zinc. Refining Process of Lead in Detail : Removal of Copper : Copper is the first of the impurities to be removed. The lead bullion is melted at about 300–600 °C and held just above its melting-point when solid copper rises to the surface and is skimmed off. Sulfur is stirred into the melt to facilitate the operation by producing a dry powdery dross which is more readily removed. Once copper has been removed, there are a number of processes available for the extraction of the other impurities from the bullion. These include, in which elements are removed one or more at a time in several stages. Removal of antimony, arsenic and tin : After the removal of copper, the next step is to remove antimony, arsenic and tin. There are two methods available — the softening process (so-called since these elementsare standard hardeners for lead) and the Harris process. In the softening process, the lead bullion is melted and agitated with an air blast, causing preferential oxidation of the impurities which are then skimmed off as a molten slag. In the Harris process, the molten bullion is stirred with a flux of molten sodium hydroxide and sodium nitrate or anothersuitable oxidizing agent. The oxidized impurities are suspended in the alkali flux in theform of sodium antimonate, arsenate and stannate, and any zinc is removed in the form of zinc oxide. Removal of silver, gold & Bismuth : After the removal of antimony, arsenic and tin, the softened lead may still containsilver and gold, and bismuth. The removal of the precious metals by the Parkesprocess is based on the fact that they are more soluble in zinc than in lead. In this process,the lead is melted and mixed with zinc at 480 °C. The temperature of the melt is graduallylowered to below 419.5 °C, at which point the zinc (now containing nearly all the silverand gold) begins to solidify as a crust on the surface of the lead and can be skimmed off.An alternative procedure, the Port Pirie process, used at the Port Pirie refinery in Australia,is based on similar metallurgical principles. Removal of zinc : The removal of the precious metals leaves zinc as the main contaminant of the lead.It is removed either by oxidation with gaseous chlorine or by vacuum distillation. Thelatter process involves melting the lead in a large kettle covered with a water-cooled lidunder vacuum. The zinc distils from the lead under the combined influence of temperatureand reduced pressure and condenses on the underside of the cold lid.Refined lead is poured into moulds and ingots are formed. These ingots are then sent to storage. For integrated Production of Lead Oxide, Refined Lead is casted into Balls. (to be fed directly to Lead oxide Ball Mill). About Lead Refining : Lead recycled from used lead acid batteries or other sources (Secondary Smelting) via the Mini Blast Furnace or Rotary Furnace route, contains lot of contamination and undesired components. On the other hand, Lead required for battery manufacturing is either soft Lead with 99.97% purity or hard Lead of varying Antimony compositions.In order to make quality of lead suitable for its different uses,different variations of pot melting processes are employed. These includes : “Re-Melting” for removal of slag, “Refining” for attaining required purity levels and “Alloying” for producing various alloys of lead. The equipment used is the same, the consumables and the processes, however, differ. Refining Pot Details : The Refining Pot (or Refining Kettle or Alloying Pot, as it is variously called), is a mechanical mixing device with a pot and a heating arrangement. The inner pot is made of heavy MS plate with dish end bottom. It is placed within a jacket of refractory bricks, which in turn, are protected by an outer cover of MS plate with reinforcements. The pot is covered at the top with opening for feeding lead ingots and is provided with an electro-mechanical mixer. At the bottom, a heating source, usually an oil fired/ Diesel burner& sometimes by Wood burning is provided to heat the pot and to melt the lead. Once lead melts, impurities are skimmed and removed and any consumables required are added. Lead is then drained from the pot through an outlet pipe and valve. Capacity of such pots depends upon the requirements of particular units. Standard pot capacities made are from 3.0 Tons per Batch to20.0 Tons per Batch. Higher capacity pots are also manufactured as required by any particular establishment. Melting pots are installed both with and without accessories which may include Ingot Casting Machine, Ball Making Machine (where Ball Mills are installed down the line), Air Pollution Control Systems, Jib Cranes etc.Production Process :Melting Processes have been grouped as Re-Melting Process Refining Process Alloying Process Re-Melting Process : This process is undertaken for value addition to the recycled lead from furnaces. Lead is melted in the pot and major impurities are skimmed from it to make it saleable in the market.Refining Process : Lead is melted in the pot, additives such as Sulphur, Wooden Powder and Coke Breeze are added and mixed gently followed by dross removal. Thereafter, Tin is added to remove Copper and temperature is increased to 550-6000C. Further, additives such as Sodium Nitrate & Caustic Soda are added to remove Antimony. This process is repeated to get the desired purity of lead. Alloying Process : Lead is melted in the pot; additives such as Sulphur, Wooden Powder & Coke Breeze are added and mixed gently followed bydross removal. Thereafter, Tin & Antimony are added to the liquid metal to get the desired grade of Lead.Melting processes lead to generation of air pollution at the following stages : Initial heating and melting generates fumes Drossing with sulphur, wooden powder and coke breeze generates lot of smoke and dust particles Further heating for Refining and Alloying with different chemicals generates fumes and dust particles. Hence, to meet various goals of maintaining employees' health, factory environments as well as regulatory requirements, it becomes imperative to get high end Air Pollution Control Systems to be installed with the Melting Pots.Characteristics of Air Pollution generated in Melting Pot : Dust : 500-600 mg/Nm3 Temperature : 60-80° C Gases : Fumes and Dust Discharge Characteristics required as per Norms : Dust - Less than 50 mg/Nm3 Lead ( Pb) - Less than 10 mg/Nm3 Temperature - 50-60° C Gases - Not Detectable Selection & Detailson Technology for Air Pollution Control : Based on the Parameters and the Standards mentioned, the following technology is adopted for Air Pollution Control Systemin Melting Pot is Pulse Jet based Bag House Filtration System
waste recycling plant
150,000 Per Set
Product Description: Waste Recycling Plant Aims India offers turnkey solutions for Waste Recycling Plant. We are one of the leading project suppliers for Waste Recycling Plant and we work closely with our customers to fulfil their specific needs for a customized packaged solution. Specialized in the fabrication of these machines for 25 years and this enables us to be in a leading position in the field of Waste Recycling Plant & equipment. Specifications: Available Raw Materials: Different Kinds of Used Oil Type: Waste Oil Distillation Used Motor Oil Voltage: 380V 50Hz No Need of: Acid/Alkali/Activated Clay
metal recycling machine
650,000 - 850,000 Per piece
1 Piece (MOQ)
Automatic Water Recycling Plant
280,000 Per Piece
1 Piece (MOQ)
Automatic Used OIl Recycling Plant
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We are the prominent supplier of Used Oil Recycling Plant. Our plants are used for recycling waste lube oil. These are manufactured with the help of advanced technology and hi-tech machines. It is highly well-liked for its flawless design, top performance, and longer working life.
Trim Recycling Machine
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1 Piece (MOQ)
TRIM RECYCLING MACHINE Edge trim unit was introduced on the basis to the subject of “Green Eco Friendly” awareness to the Plastic Film production industry. The unit cleverly integrated advanced structural design with Innovative concept for reclaim trimmed film edge uninterruptedly within the system. The process starting from edge trim feeding, cutting and feeding in the extruder, all in one complete process promised to save labor cost, power consumption and process time.
