Welcome to the World of Metal Recycling with CJD E-Cycling

At CJD E-Cycling, we understand the crucial role scrap metal recycling plays in protecting our planet and providing valuable resources for numerous industries. As environmental stewards, we’re committed to demystifying the recycling process and helping you understand the economic dynamics of scrap metal prices. Whether you’re a homeowner, business, or hobbyist, this guide is designed to enlighten and inspire you to join the recycling movement.

What is Scrap Metal Recycling?

Scrap metal recycling involves the collection and processing of metals from old products, construction debris, and manufacturing scrap so they can be used in new production. By recycling metals such as copper, aluminum, and steel, we not only reduce the amount of waste sent to landfills but also decrease the need to extract and manufacture raw materials, which is far more energy-intensive and environmentally damaging.

The Green Impact: Environmental Benefits of Recycling Metal

Recycling metal isn’t just about clearing up space in your garage or making a few extra bucks—it’s a powerful act of environmental conservation. Here’s how your participation makes a difference:

• Reducing Waste: Every ton of metal recycled is a ton less in our landfills.
• Saving Energy: Recycling metal uses significantly less energy than extracting and refining new metal. For instance, recycling aluminum saves 90% of the energy required to make new aluminum from raw materials.
• Lowering Emissions: By recycling, you help cut down on greenhouse gas emissions associated with raw material extraction and processing.

Navigating the Market: How Scrap Metal Prices Are Determined

Understanding scrap metal prices can be as fluctuating as the stock market. Several factors influence these prices:

• Global Demand and Supply: The needs of manufacturing sectors in large economies like China and the USA play a significant role.
• Metal Type and Condition: Not all scrap is created equal. Copper tends to fetch higher prices than most other metals due to its conductivity and use in electrical applications.
• Local Market Conditions: Prices can vary significantly depending on your location and the local demand for certain metals.

Getting Started with Scrap Metal Recycling

Ready to dive into scrap metal recycling? Here’s how to get started:

1. Identify Your Scrap: Learn to distinguish between metals – ferrous metals are magnetic, and non-ferrous metals, like aluminum and copper, are not.
2. Preparation is Key: Remove any non-metal attachments from your scrap to increase its value.
3. Safe Transport: Ensure you transport your scrap safely to prevent any spills or accidents.

Let’s Keep the Cycle Going

We hope this guide has inspired you to look at those bits of metal around your home or business as more than just clutter or trash. They’re opportunities – for you, for us, and for the planet. Recycle them with us at CJD E-Cycling, where we’re not just recycling; we’re creating a sustainable future.

Ready to start recycling or curious about current scrap metal prices? Check out our dedicated prices page or contact us directly for more details.

Scrap metal recycling is more than just business at CJD E-Cycling—it’s our commitment to the planet. Join us in making a difference, one piece of scrap at a time!

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Rechargeable batteries are great for reducing the amount of waste created by single-use batteries. Unfortunately, most rechargeable battery packs are not recyclable and are in landfills. You can help protect the environment by adequately recharging and disposing of your old rechargeable batteries.

Common Types of Rechargeable batteries

Rechargeable batteries are devices used to store electricity to be utilized when needed in the future. Rechargeable batteries have many similarities with traditional batteries in their operation and use. However, they are also quite different from each other. The most common types of rechargeable batteries used today include:

Lead-acid

The lead-acid battery is a type of rechargeable battery. It is the oldest and still most commonly used type of electric battery. They have a low energy density but can be rapidly charged and discharged and have a long lifespan. Their production significantly exceeds that of all other types of batteries combined.

Lithium-ion (Li-ion)

consumer electronic Li-ion battery recycling are different from other rechargeable batteries. They have higher energy storage capacity, longer run times, and better overall performance than other types of rechargeable. consumer electronic Li-ion battery recycling perform well in extreme temperatures, making them a good choice for high-tech devices used in colder weather.

Nickel-cadmium (Ni-Cd)

These batteries are among the most popular rechargeable battery technologies available. Ni-Cd batteries offer excellent cost-efficiency, high discharge rates, and long life but are generally more difficult to charge than other types like NiMH or Li-Ion.

Nickel-Metal Hydride (Ni-MH)

These batteries are rechargeable and offer a long shelf life. Compared to other rechargeable batteries, Ni-MH batteries have a lower capacity, but they can be recharged more than 1,000 times, making them a cost-effective option. They are also lighter than conventional alkaline batteries.

Nickel-Zinc

Nickel-zinc batteries are rechargeable batteries containing nickel oxide hydroxide, manganese dioxide, and zinc oxide. These batteries are used in flashlights, portable radios, and other similar devices. When recharging nickel-zinc batteries, the amount of time needed to restore them ultimately depends on several factors, including the age of the battery, the type of circuit being used to recharge them, and the rate at which they are being charged

Silver-oxide

Silver-oxide batteries are rechargeable batteries often used for watches and hearing aids. They’re designed to be recharged hundreds of times and last for ten years. Silver-oxide batteries work best in low-drain devices. They lose their energy quickly if exposed to high temperatures, so they’re not ideal for long-term storage or use in devices that need a steady flow of power, like mobile phones.

Why Recycle Rechargeable Batteries

There are a lot of reasons to go green. While they may not be as well-known as the environment, several reasons to start Rechargeable Battery Recycling. The various reasons include:

Recover Non-Renewable Resources

RCR is an environmental initiative that encourages the recycling and recharging of non-renewable resources. Rechargeable batteries are made from nickel, cadmium, li-ion battery recycling, lithium, and other metals. Some of these materials are extracted from the earth and then processed to make the batteries. This process can involve the use of dangerous chemicals. When you recharge your batteries, you avoid using more raw materials for new ones. Some places won’t accept single-use batteries such as li-ion battery recycling because they contain so many toxic chemicals.

Keep Harmful Materials out of the Environment

Recycling rechargeable batteries is essential to our environment because it keeps harmful materials out of landfills. What’s more, li-ion battery recycling and all the materials used in the process can be used again to make new products, such as new rechargeable batteries.

Ensure Spent Batteries are Kept Safe

Batteries in li-ion battery recycling contain heavy metals and toxic chemicals, contaminating landfills and water sources. Recycling at home helps keep batteries out of landfills and lowers their environmental impact by reducing the amount of material that needs to be mined to produce new batteries.

Meet Increased Demand for Recycling

Meet increased demand for recycling and solutions for rechargeable battery recycling by offering consumers more choices for their rechargeable batteries such as li-ion battery recycling. By including Rechargeable battery recycling in the eco-labeling system, the producers of the most popular brands can show their commitment to the environment and support their customers’ sustainable behavior.

It’s Incredibly Easy to Recycle Batteries

Recycling used batteries is a great way to do your part. Each battery comprises many components and materials, some of which can be recycled. By making sure you recycle your old batteries, you’re reducing the demand for raw materials needed to make new ones, which helps keep costs down and reduces resource consumption in li-ion battery recycling. Plus, rechargeable battery recycling help keep them out of landfills, where they could potentially cause harm to the environment.

How to Recycle Rechargeable Batteries

1. Old rechargeable batteries can still have a life after running out of juice. You can also recycle your old rechargeable batteries at public events, such as local fairs or festivals, sponsored by the same companies including li-ion battery recycling organizations that collect and recycle TVs, cell phones, and other electronics. Find a location near you by calling or searching online.
2. Used rechargeable batteries can be recycled easily by dropping them off at free collection bins found at many retailers and public locations, including some Home Depot stores. You can also make the trip to your local recycling center. Be sure to look for the recycling symbol on your battery before disposing of them in the trash for example li-ion battery recycling symbol.
3. Dispose of them right at your local battery store. There are wide varieties of rechargeable batteries available for all types of equipment such as li-ion battery recycling equipment. They are lightweight and provide more power than alkaline batteries. Several battery manufacturers are now offering mail-back programs, so you can also send them back to the company that made the battery.

Rechargeable Battery Recycling Preparations

The lifetime of different kinds of batteries is limited. But still, if you are extra careful, it can be changed. And taking a little precaution can help your environment too. Some preparations you can make to dispose of existing non-rechargeable alkaline batteries include properly:

1. Turning off your device will prevent any possible damage to your system. If you need to remove the battery, disconnect any peripherals first and then turn off your laptop before unplugging the AC adapter and removing the battery.
2. Masking tape should be placed on the positive terminal of each. This practice helps avoid short-circuiting and possible explosion. It also helps make it easier to identify which lead goes positive and which leads to damage.
3. Batteries contain chemicals that may be harmful to small children. They should be stowed out of reach and kept in a cool place at room temperature. Ensure all batteries are away from children at all times.
4. Battery storage containers must be made of a non-conductive material. Suggested materials include plastic, cardboard, or other insulating materials that will not affect the batteries. To minimize the risk of sparks, the battery terminals should never come in contact with metal during storage or transport.
5. Ensure that batteries are not damaged by moisture or extreme heat. It is best to store them in a dry, cool place like your garage or basement. Avoid storing them near sources of heat like the oven or air conditioner.
6. Lithium battery cells should be individually bagged before storage. Failure to could result in the battery catching fire and exploding.

Materials Recoverable from Battery Recycling

Battery recycling is important because you don’t want to end up with a hazardous waste site. You can reduce your environmental impact, avoid toxic metals from li-ion battery recycling in landfills, and reclaim valuable materials from your spent batteries. The materials are:

Lead Acid

Lead-acid batteries are used in various industries and applications, from automobiles to military equipment. Each battery has a set lifetime as an energy source for these multiple uses as compared to li-ion battery recycling. Once a lead-acid battery reaches the end of its life, it must be recycled if it continues serving a purpose.

Sulfuric Acid

Sulfuric acid is a robust and inexpensive chemical used to make fertilizers and other chemicals. However, it can be very harmful when released into the environment through a leak, spill, or accidental discharge. Fortunately, hydrofluoric acid is equally effective at removing rust from parts and equipment as sulfuric acid but does not harm the environment.

Plastic from Battery Covers

The plastic layer found on the battery cover is recyclable. It holds the battery in place and helps secure a tight fit. This plastic layer can be put in your plastics bin, as it is not flimsy or soft.

Lead Ingots

The lead ingots that can be recovered from battery recycling are particularly suited for secondary smelting, where their pure form (with minimal alloying elements) makes them easy to use. The lead is highly efficient for high-volume recyclers and manufacturers as an ingot form.

Electrolytes

Materials recovered from battery recycling are used to produce electrolytes used to manufacture lithium-ion batteries, glass, and ceramics such as those found in fiber-optic cables.

Cobalt

With the cobalt extracted from consumer electronic Li-ion battery recycling, the material can be made into an alloy with other elements and then used in the manufacture of magnets, ceramics, and aircraft engines.

Cadmium

Cadmium is a naturally occurring metalloid that has been used in batteries since. Nearly all Ni-Cd rechargeable batteries contain cadmium. Cadmium is recovered from these batteries as part of the battery recycling process, which the EPA regulates to ensure that it can be reused safely. Recharged battery Recycling materials can make new rechargeable batteries and other cadmium products such as cadmium telluride solar cells and electroplating baths.

Nickel and Iron

Nickel and iron recovered from batteries go on to be used by the stainless-steel industry. They are employed in producing many industrial and domestic products like jewelry, surgical instruments, and hearing aid parts in industries that use them for making stainless steel cylinder heads for automotive engines.

Lithium-Ion Batteries

These batteries have four- or five-times higher energy densities than other commonly used rechargeable batteries. In li-ion battery recycling, they also have no memory effect, meaning that you can charge them to any level (partial or complete) without affecting their ability to hold a charge. consumer electronic Li-ion battery recycling batteries are more efficient but safer than conventional rechargeable batteries.

Because they don’t contain harmful metals such as mercury, cadmium, and lead, they don’t suffer from ‘thermal runaway’ if they’re exposed to high temperatures. A consumer electronic Li-ion battery recycling facility is a multi-stage system that uses acid separators, flotation, and eddy current separators to recover valuable metals for reuse in new batteries. At the end of their life cycle, most consumer electronic Li-ion battery recycling devices have some residual value left.

The majority of these devices contain lithium-ion batteries. In fact, up to one-third of recycled material worldwide come from discarded mobile phones alone.

How to Participate in Rechargeable Battery Recycling

You can keep harmful chemicals out of the ground and water by taking a few measures. You’ll have a better environment to live in. Through reuse and recycling, rechargeable batteries offer an environmentally-friendly solution. Whether you’re looking to do away with nickel-cadmium or lithium-ion batteries or li-ion battery recycling, there are many options to consider, including:

Battery Waste Producers

As a battery waste producer, you can participate in national rechargeable battery recycling. Users should follow these three steps:

1. Bring empty batteries to an authorized collection point
2. Collector receives the empty batteries from you
3. The collector stamps the ‘collector mark’ on the package or envelope.

Housing Estate and Commercial/Industrial Building

To get started with our Rechargeable Battery Recycling program, follow these simple steps:

1. Contact your local waste disposal/collection facility and inquire about the availability of a drop-off location.
2. Schedule a pick-up time with the company that handles your waste disposal/collection services and place batteries curbside or in a secure location before the scheduled pick-up date.
3. Provide customers with the following information:
   1. Battery Type: rechargeable batteries only
   2. Collection Information at which you can be reached during regular business hours
4. Batteries must be sorted by type before collection

Manufacturers/Importers

Manufacturers or importers of rechargeable batteries who distribute/sell products containing these batteries to households and small businesses must participate in the Rechargeable Battery Recycling Scheme.

Schools

Schools can participate in rechargeable battery recycling in three ways. First, each school site would have a collection box where all of the batteries that are removed from devices are placed e.g., li-ion battery recycling. Second, the school could contract with an e-Stewards certified recycler to collect batteries for free on a scheduled basis. Third, the school could purchase kits that include all of the necessary components, including signage and collection bins, along with training resources so that you can operate your rechargeable battery recycling program.

Batteries are the most common type of rechargeable battery recycling product on the market. However, with their widespread use, it is essential to make sure that improper recycling methods occur. The proper way of rechargeable battery recycling involves some obscure techniques, and safety precautions should be practiced during recycling batteries. Rechargeable battery recycling should never be thrown out as they have many uses. Some cons of throwing out or simply disposing of rechargeable batteries are they can leak harmful chemicals into the earth, such as lead and mercury.

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What are silver plated items?

What items in your home are silver plated, and how would you know? Many items particularly in the 1800s and early 1900s were silver plated, so some of the antiques that you may have laying around could potentially be covered in silver plating. Silver plated items for recycling can also be frequently found going for cheap at yard sales, thrift stores, estate sales, and swap meets.

Antiques, in particular, are often items that are covered in silver plate. In recent years, as tastes have changed, some antiques are no longer as popular as they once were. Items that were once considered heirlooms are now often seen as burdensome. Silver plate was frequently used in decorative items that are no longer considered stylish. Many people have leaned into a more minimalist style, are doing less formal dining and formal dressing, and as a result silver plate production has waned as its popularity has decreased.

What is silver plate?

Though it may sound like silver plate must be a derivative of silver, it actually comes from either a copper alloy base or a nickel alloy base, depending on the type. Since both nickel and copper prices have been on the rise, silver plate items have become more valuable in recent years. So despite the name, the price of silver plate has nothing to do with the price of silver.

Silver plating, also called silver electroplating, refers to the process used to create it. Thin amounts of silver are placed on top of a carrier metal, the nickel or copper. It was innovated in the 1800s as a cheaper way to achieve the look of silver without the cost. So when these items are being recycled, it is the going price rate for copper or nickel that really matters. The current rates of the metal markets fluctuate, but with a little research you can easily find out the possible price outcomes on your silver plated items for recycling.

Silver plating was common and popular for quite some time, so there plenty of items to be found when you’re looking for silver plated items for recycling. It might take a little digging or hunting: perhaps consider it a treasure hunt so that you can really enjoy the process.

Kinds of Silver Plated Items for Recycling

You might not think you have seen many silver plated items for recycling recently, but after reviewing the list below, you might realize that you have more than you think. Silver plated items for recycling may include but are not limited to:

• Tableware or cutlery such as knives, forks, spoons
• Serving ware and bar ware: Teapots, pitchers, tea services, butter dishes, tongs, punch bowls, platters, trays, salt and pepper shakers
• Napkin rings
• Jewelry boxes
• Frames
• Ornaments
• Candlesticks and candelabras
• Cigarette cases
• Ornamental knives
• Jewelry: Rings, necklaces, brooches, pendants, earrings.
• Tie pins
• Watch or wallet chains
• Money clips

As you can see, there are an abundance of possible items that could be silver plated items for recycling.

How does the recycling process work?

A trained professional specializing in metals or antiquities should be able to identify silver plated items for recycling. You can also take it to a place that specializes in scrap metal recycling to learn more about what you have and what the value may be. One simple way to check if your item is silver plated on your own is to hold a magnet to any silver toned item — if a magnet does stick to it, then it is likely not silver but silver plated.

The buyers will offer an amount to you based on what you bring in and the current metal market rates. Remember, you can always opt to say ‘no’ and leave with your items still in hand. This is a low pressure situation, so don’t be intimidated.

Once your silver plated items for recycling have been turned in, they will be cleaned and visually inspected, then melted down and repurposed. In their next life, nickel-based products might be used in aerospace or chemical industry materials. Copper is frequently used in wires and a number of other highly useful materials, since copper is conductive for electrical uses.

Copper and nickel are indispensable metals in the industrial world. The usefulness of repurposing these materials cannot be overstated. Metal recycling is a key way in which nations can be self-sufficient by sourcing their own metal from within. It is reported that almost half of the copper bought and sold in the United States each year is recycled copper. This prevents unnecessary mining for new metals and prevents the nation from having to import these goods. It is small initiatives like this that make a big difference in keeping a nation’s economy flowing, self-sufficient, and productive.

Why should I consider my silver plated items for recycling?

There are many reasons to consider rounding up your silver plated items for recycling. In this post we’ll consider how offering your silver plated items for recycling might be the right move for you as you either look to upgrade or downsize your possessions. Reasons to consider include but are not limited to:

1. Generating income
2. Cleaning out clutter
3. Living sustainably

Let’s take a closer look at why each of these reasons is valid and important in your consideration of turning in silver plated items for recycling.

Generating Income

Those silver plated items lying around your home might be the cash source you hadn’t considered yet. Nickel and copper (the base metals) have value, and recycling programs and scrap metal recycling programs will pay you typically by the ounce for your valuables. Better yet, you can request a quote before you agree to anything.

Specialists will assess your silver plated items for recycling, and you will be paid based upon various factors including the weight of your precious metal and the current metal prices.

Cleaning out Clutter

According to the New York Times, clutter around the house can be related to chronic stress issues. Not being able to find the things you need because you’re surrounded by extra things that are in your way is tough on the psyche. It can lead to feeling stressed and overwhelmed in your own home.

Decluttering is a great way to start fresh and reduce the weight of psychological burden that can come with having too many things to manage or clean.

Consider taking all of the items in your home that are in your way and making three piles: A pile of things to keep, a pile of things to throw away, and a pile of things to donate or recycle. This is a great way to start making decisions about what matters to you.

The motivating factor of donating or recycling is that you know your items may go on to serve a purpose for someone else in need. Items that are recycled will have a second life. You may find that the process is easier than you think and that you’ve been able to lighten your mental load simply by letting a few worldly things go. You also won’t be as worried about passing along the burden of numerous belongings to loved ones as you age.

There are lots of programs in place for recycling, but you may not be aware of the options that exist related to silver plated items for recycling. You may have inherited or collected numerous silver plated items over the years and while they can be beautiful, they can also collect dust and crowd shelves. Consider them for recycling when you next get the urge to declutter and you might find that there are numerous items that you can happily part with when you know that they are being effectively recycled.

Living Sustainably

Rather than allowing your items to go to waste, recycling them is a chance for them to have new purpose and life. The world’s landfills continue to fill at an alarming rate, often with household goods that could have potentially been recycled and/or reused.

Make recycling a consideration for any item that might be made of quality materials. This will ease your burden when it comes time to get rid of possessions, knowing that at least your items will have a chance to serve another purpose rather than just wasting away.

Many of us are looking for ways to lead a greener lifestyle, but don’t know where to start. Getting interested in metal recycling is an easy to way to be more environmentally responsible without having to change your way of life. Some even consider metal recycling a hobby, and it is certainly one you can feel good about.

Recycling as many things as possible at readily available recycling or scrap metal programs in your area is an easy way to live more sustainably. It prevents unnecessary future mining for metals and keeps the recycling business busy and profitable. Putting up your silver plated items for recycling is a great way to ensure that you’re doing what you can for the planet in a small and easy way.

What if I want to get into scrap metal recycling. Where can I find silver plated items for recycling?

The easiest place to start is the household. As we’ve discussed, many homes may be full of silver plated items for recycling without even realizing it. Perhaps your elderly relatives are looking to downsize or simplify their lives by clearing out decades worth of belongings or antiquities. Even though their materials might not seem as useful for modern life, they could potentially be great candidates for recycling.

A great way to talk friends and family into considering their silver plated items for recycling is to mention the many benefits we have discussed here: you’ll be lightening your personal load of belongings, recycling, providing additional metal sources for your local economy, while turning a small profit. A win all around.

Outside of the home, it’s time to think creatively. This can be fun, and it’s where the treasure hunt really begins. There are many resources available for finding used goods: Consider estate and yard sales, garage sales, storage container sales, online marketplaces, flea markets, and swap meets. Thrift and salvage stores are also possibilities, as are neighborhood ‘buy nothing’ groups that can be found with a simple online search. You could even create your own posts in neighborhood website groups where you express your interest in accumulating these things from anyone interested in providing them.

How do I get started with turning in silver plated items for recycling?

The first step is to be interested in the process. By reading posts like this, you are well on your way. Next, find out what services exist for silver plated recycling in your area. Try calling or checking the websites of your local services to see what the going rate is for silver plated items for recycling. Assess the number of items that you have and figure out how you’ll safely package and transport them if need be. Don’t hesitate to ask questions and discuss the process with experts in the field, like CJD E-Cycling. You can reach out to us here if you have any questions about the types of scrap we accept.

Offering up your silver plated items for recycling is a no-brainer. You’ll feel good about cleaning things out and moving forward with fewer possessions, you’ll be helping the planet and your local economy, and you might even be lining your pocket. It’s something anyone of any age or skill level can get in to, and there’s no wrong way to do it. Consider gathering up your silver plated items for recycling when you have a chance. The environment and your wallet will thank you.

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During the Great Recession, stories circulated about criminals stealing catalytic converters from automobiles. While this may seem to be an unusual crime, there was a reason why robbers chose this small component located within a car’s exhaust system. Catalytic converters are made up of various precious metals and may be sold on the black market for hundreds of dollars. These precious metals make catalytic converters ideal choices for recycling.

Catalytic converters serve a crucial purpose in your vehicle and contain valuable materials that might fetch a high price in the market. Recycling your old catalytic converter is the greatest way to guarantee that you get a fair price for it and that it is treated in the most environmentally friendly manner possible.

What are Catalytic Converters?

Automobiles make our lives easier, but the damage they cause to the environment is also widely known. Exhaust gases have major health and environmental consequences. These gases also cause air pollution. For the last 45 years, catalytic converters have been utilized to restrict toxic gas discharge into the environment substantially.

Eugene Houdry invented the catalytic converter around 1950 to scale down the environmental impact of toxic emissions from cars. With the growing global concern about the environment, it is imperative to establish that catalytic converters were made mandatory in the ‘70s for all car manufacturers to include while developing new cars.

During combustion, automobiles release three types of gases, including hydrocarbons (HC), carbon monoxide gas (CO), and nitrogen oxides (NOx). The catalytic converter installed in the vehicle’s exhaust system breaks down these gases into water vapor and less harmful carbon dioxide (CO2).

The catalytic converter contains metals that act as catalysts; they include rhodium, platinum, and palladium metals.

Research shows that the automobile industry is the biggest consumer of platinum group metals. The use of platinum group metals is becoming increasingly widespread as the world’s vehicle stock grows. Furthermore, the rise in the quantity of junk automobiles and the fact that each waste vehicle had a catalytic converter prompted recycling and recovery efforts.

Catalytic converters should last the life of the vehicle, but if the vehicle often backfires, they may need to be replaced sooner. Because of their metallic composition, replacements are costly.

Besides rhodium, palladium, and platinum, catalytic converters contain other metals, including nickel, copper, iron, cerium, and manganese. These metals are precious in the black market because they can be used to make electronics and jewelry as well as other industrial purposes.

Platinum Group Metals (PGMs)

The Platinum Group Metals (PGMs) comprises of:

• Platinum (Pt)
• Palladium (Pd)
• Rhodium (Rh)
• Osmium (Os)
• Ruthenium (Ru)
• Iridium (Ir)

Due to their importance in the industrial, electrical, medicinal, and most recently automotive businesses, these metals are in high demand in the marketplace. PGMs have recently been in the news because one of the most common domestic applications for these elements is catalytic converters, which reduce hazardous emissions from vehicles. The theft of these components is popular because of these highly valuable materials.

Due to its widespread usage in jewelry, platinum is arguably the most well-known of this group of metals. It’s thick, stable, and rare, commonly employed in medical and technological equipment.

Palladium is a silvery-white, soft metal with catalytic characteristics. It’s the lowest-melting and the least dense of all the PGMs. It doesn’t tarnish in the atmosphere at regular temperatures, which makes it good for use in jewelry in addition to its more common use in catalytic converters.

Iridium is the most corrosion-resistant pure metal. It’s also extremely dense and brittle. Those properties make it difficult to work with, which is why it’s usually heated up to very high temperatures in order to make it more workable.

Other Uses for PGMs

We already know that they’re some of the heavy lifters when it comes to catalytic converters, but they are also used in a variety of other applications.

PGMs are also employed as catalysts in the chemical industry to make nitric acid and in the petroleum refining sector to raise the octane rating of gasoline. Palladium is found in hybrid integrated circuits and multilayer ceramic capacitors. Both the automobile and aerospace sectors employ iridium in their spark plugs. Iridium crucibles are also used to make single crystals of exceptional purity of different metal oxides.

Platinum is used in jewelry to a lesser extent. Platinum and ruthenium are both utilized in the electronics sector to increase the memory capacity of computer hard drives. Glass-making machinery, such as that used to make fiberglass and LCD screens, contains platinum and platinum-rhodium alloys.

Platinum is also used in fuel cells, which are devices that generate energy by mixing a fuel, like a hydrogen, with oxygen from the air in the presence of an acid catalyst, like platinum. Vehicles and static power sources for homes and workplaces may benefit from fuel cells.

In the same way that gold and silver are used as investment metals, platinum and palladium are also available in bars and coins.

While chemical combinations of these two metals are desirable in a variety of alloy operations, rhodium and iridium are tougher and much more complex to deal with. Rhodium is a highly reflective metal that is valuable as a catalyst. It features a low electrical resistance as well as a low and consistent contact resistance.

Mining and Supplying PGMs

According to the most recent USGS data, global PGM resources are anticipated to be more than 100 million kilos. The Bushveld Complex in South Africa has the most resources.

South Africa, being the leading supplier of minerals and PGMs had its production falling by 11% in 2020 as opposed to other years. The decline was caused by various issues including the COVID-19 related lockdowns and the extremely high cost of electricity.

Recycling Catalytic Converters

Recycling companies make every effort to keep garbage out of landfills and to make sure many materials get reused. As a result, we feel that recycling should be done wherever viable, and catalytic converters are no exception; nevertheless, they provide additional advantages.

Used catalytic converters wind up in new and used vehicle dealers, automobile junkyards, muffler shops, and auto repair shops. If you work in one of these industries, you’re probably aware that each old converter includes around a tenth of an ounce of platinum, worth $1,000 per ounce or more.

The issue is that the platinum in your second-hand catalytic converters isn’t in tidy, tiny chunks that you can remove and sell. Platinum must be extracted and separated from the catalytic converter’s internal honeycomb by a recycling business using specialist equipment.

Why Do You Need to Recycle a Catalytic Converter?

1. Preservation of Natural Resources

Mining metal ore and producing metals is a time-consuming and energy-intensive operation that involves significant mining, expensive procedures, and sometimes dangerous chemicals.

Platinum ore, for example, must be retrieved from deep tunnels, which requires a lot of drilling power, and a lot of ore is required for a substantial quantity of final platinum product. You might need to mine as much as 12 tons of ore to produce one troy ounce of platinum.

Platinum ore must be chemically processed once mined to get the metal. This is harmful to the environment and harmful to mining employees, who are often underpaid and compelled to work in dangerous conditions.

You may reduce the mining requirement for platinum and other precious metals by recycling your catalytic converter. For the environment, this is a tremendous victory.

2. The High Value of Catalytic Converters

When you sell your catalytic converters to scrap metal dealers or recycling firms, you could be in for a considerable payday. Catalytic converters are often recycled for money due to their valuable components, unknowingly benefiting the environment.

The value of the platinum metal is growing over time. Its economic worth has never declined over the previous 20 years. As a result, the value of platinum is increasing on a daily basis. The price of platinum per gram is now more than $30. And that’s not even the most expensive component. Another PGM, palladium, is worth more than $70 per gram, but that’s nothing compared to rhodium. That PGM is worth more than $600 per gram these days. 

Keep in mind that these prices are somewhat volatile and do tend to fluctuate over time. However, the point remains — the PGMs in your catalytic converters are very valuable. 

How Do You Recycle Catalytic Converters?

Catalytic converters, like other materials, are graded and recyclable components separated after it is acknowledged at a materials recovery center. The metals may then be sent to recycling plants to be repurposed.

It is important to know the vehicle’s make, year, and model that a converter has been taken from. This knowledge will make it easy for you to find a buyer or for easy recycling purposes. This information will enable you to propose a reasonable quote. In addition, the details can enable you to know the value of the catalytic converter by searching online.

Some scrap yards are keen to check on the information outside the shell of the catalytic converter for an accurate quote. Selling your catalytic converter for scrap value will require you to know whether it is aftermarket or an original one. An original catalytic converter will fetch a higher price for scrap value, while the aftermarket will fetch much less. The reason for the difference in prices is that the aftermarket catalytic converters have fewer precious metals inside as compared to the original one.

It’s crucial to remember that you shouldn’t try to remove catalytic converters and their components. Even if your automobile is junk, removing the catalytic converter’s metal components may be difficult and risky.

When you tamper with the mesh-like structure inside the catalytic converter, the scrap yard will be unable to identify the type of the catalytic converter you are selling for recycling. This honeycomb, whose function is to filter exhaust fumes before passing through precious metals, acts as the housing. When you keep the honeycomb, the scrap yard will identify the vehicle it is from and pay the required amount.

In addition, it is imperative to acknowledge that catalytic converters are designed so that the metals are not harmful when left undisturbed. Nevertheless, when they are opened, the ceramic bricks are exposed, and they are considered hazardous. As a result, it’s vital to leave it to the professionals who have the necessary expertise and safety equipment.

Taking catalytic converters to a scrap metal yard or metal recycling provider or arranging for pickup is the safest and most efficient method to recycle them.

The Recycling Process

Step 1

Acquiring the catalytic converters from suppliers and dealers.

Step 2

Taking the used catalytic converters through the de-canning process. This process is arguably the most efficient in ensuring that stainless steel or steel housing is reclaimed.

The recyclers can recover 100% of all metals in the catalytic converter through the process. The convertor is conveyed hydraulically to a shear mill which pulverizes the scrap core. These small pieces land on a shaker table where a heavy magnet is used to separate between the ferrous and nonferrous metals.

The magnetic materials are picked by up the magnet and taken to a scrap steel holding zone for shipment to a steel mill. The steel is repurposed into new steel products at the mills, ready for the market.

Step 3

The honeycomb or the ceramic block is sucked by an air separator and carried in small solid pieces to the large holding packages.

Step 4

These holding packages containing precious metals are sold to a refinery that is purposely designed for recycling catalytic converters. Before smelting, the materials are crushed further into smaller bits. The furnace used for smelting is set at 1,200 degrees Fahrenheit and operates for 12 hours.

The smelting process separates ceramics and non-metallic components from the main precious metals. Once the nonferrous metal content is removed, the precious metals are cooled and solidified. At this stage, a chemical separation process is applied to deliver pure palladium, platinum, and rhodium.

Step 5

This step involves selling purified precious metals to different industries and manufacturers. Records indicate that 80% of the precious recycled metals are sold back to the auto manufacturing industries. Others are shipped to manufacturing companies dealing with nylon and synthetic rubber, missile parts as conductors and jet engines, and other jewelry and consumer electronics.

It is imperative to indicate that catalytic converters will remain precious across the world for the next several years — until the auto manufacturers fully shift to electric vehicles.            

The post Scrapping and Recycling Catalytic Converters appeared first on CJD E-Cycling.

At this point, we probably shouldn’t have to tell you that we’re big fans of recycling. We’ve been so enthusiastic about the benefits of recycling e-waste that you’re probably well aware of most of the big ones by now. Plus, recycling is kind of a general no-brainer these days. Most of us have heard plenty about the benefits of reducing the amount of waste we generate, and many people have been conscientious recyclers for years, if not decades.

All the same, we’ve put together even more reasons why you should be just as excited about computer scrap e-waste recycling as we are. In fact, we rounded up seven top benefits of recycling e-waste to persuade you that it’s the right way to go.

The following points are all the reasons why we think you should gather up all the electronic junk gathering dust in your life and drop it off at your nearest electronics recycling center. The benefits of recycling e-waste are wide-ranging and far-reaching, covering both local perks and worldwide pluses. Hopefully you can find at least one that will motivate you to recycle your electronic waste.

1. Help the environment.

We’ve already spoken at length about the environmental benefits of recycling e-waste, and for good reason. This is the top motivator for recycling e-waste for a lot of people and organizations. When you look at how damaging the alternative can be to the environment, it’s easy to see why. We’ll keep this section fairly brief for your sake, but let’s dive into a few specifics.

Reuse resources.

Many of the components used to make electronics have to be mined. That’s not a very environmentally friendly process on its own. Now, add to it the fact that these are finite resources, and the necessity of computer scrap e-waste recycling becomes quite clear. There will come a point where there simply isn’t any tin or copper left to mine. Recycled electronics are a great way to get these resources — for example, you can recover as much as 35,274 pounds of copper from every million smart phones recycled.

Reusing these resources not only preserves the existing ones still left to mine, but it also uses less energy. It’s far more efficient to repurpose those existing materials instead of extracting new ones.

Plus, not all resources recovered from dead electronics are used to create new ones. They can find new life in other types of products. For example, the plastic from smart phones can be used to make new lawn furniture. The metal can also be transfused into car parts. 

Some resources are more prevalent in electronics than others, and the market’s needs are always changing, but it’s definitely safe to say that reusing materials from existing electronics is definitely one of the major environmental benefits of recycling e-waste. 

Reduce pollution.

It shouldn’t come as a surprise that if you’re not partaking in computer scrap e-waste recycling, you’re letting it sit in a landfill for virtually forever. What might be more surprising, however, is how many toxic chemicals a lot of e-waste contains. Lead is very common in electronics — CRT monitors, for example, can have literal pounds of it. You don’t want any of those types of harmful substances getting into our air or water supply. Keeping electronics out of landfills is one key way to do just that.

It’s also important to point out that to have the best environmental benefits of recycling e-waste, you need to donate your items to a reputable center. Some computer scrap e-waste recycling centers will ship your items overseas where they’re not disposed of properly. To get at the valuable metals within the components, they’ll sometimes burn up the plastic, which releases really harmful toxins into the atmosphere. There are also human costs to these kinds of unethical practices. Many overseas electronics recycling centers have their workers disassemble the devices by hand, and those workers sometimes include children. 

This all means that it’s important to do you due diligence for a lot of reasons, both ethical and environmental. If you’re really motivated by reducing pollution, you can definitely find a recycling center that gets the job done the right way.

2. Declutter your home.

If you’re in need of more self-centered benefits of recycling e-waste, we’ve got a great one for you. Most of us have some kind of drawer or cabinet or disorganized pile of old electronics. It’s ugly, it’s annoying, and it takes up valuable space. One of the big benefits of recycling e-waste is that it gets all those annoying cords and screens out of your way, freeing up space for different junk. 

Sure, this isn’t one of the benefits of e-waste recycling that’s going to change the world. Cleaning up and organizing your space isn’t something that’s revolutionary, but it’s a definite plus for many people seeking out computer scrap e-waste recycling. Especially for those who live in small spaces, having extra, unusable items around your home is nothing but a nuisance. If you can’t use your electronics anymore, the best place for them is an e-recycling center. Computer scrap e-waste recycling is a great way to reclaim your junk drawer.

3. Help those in need.

These sorts of programs aren’t computer scrap e-waste recycling in the most traditional sense. However, they’re still valuable ways to give old electronics a new life. Some e-waste recycling centers will try to refurbish or repair the devices they receive before scrapping them entirely, and if the electronics can be salvaged, they’ll donate them to classrooms or other programs that are in desperate need of electronic devices.

The “digital divide” is growing more and more steep. Especially with the recent need for online schooling, students need more access to these types of devices than ever before. Plus, many jobs require digital-based skills of some sort. It’s vital to get electronics in the hands of people who need them most.

Since these opportunities are less obvious forms of computer scrap e-waste recycling, this might be one of the least-known benefits of recycling e-waste. Now you know, and hopefully, you’ll use this knowledge to pay it forward.

4. Comply with the law.

Okay, so this one is less of a benefit and more of a requirement. But it still stands — one of the biggest benefits of recycling e-waste is that you’ll stay on the right side of the law in many places. 

The specific requirements when it comes to computer scrap e-waste recycling and other forms of e-cycling vary from state to state. However, there’s a good chance that some form of electronic recycling is mandated where you live. Many states have banned certain electrical components from trash cans, requiring that they be properly recycled instead. Some specifically restrict the ways businesses and other large organizations dispose of their electronic waste. This is largely due to all the other benefits of recycling e-waste on this list, especially the environmental concerns. Governments that recognize how harmful electronic waste can be in landfills have taken measures to keep them out.

Check with your local or state government to be sure of the laws in your neck of the woods, and make sure to recycle your e-waste according to those guidelines. 

5. Earn a little extra cash.

Some e-recycling centers will offer you money for specific kinds of e-waste. Others will charge you to haul away certain difficult items, like CRT TVs. And you might not earn anything at all, other than the other benefits of recycling e-waste that we’ve outlined here. 

Nonetheless, you might get lucky and discover a recycling center that will pay you for computer scrap e-waste recycling. You won’t make a lot, but if you can pile up a bunch of electronic junk, you might make enough to make it worth your while. There are a lot of valuable materials tangled up in those computer elements, and some facilities will pay for them. Manufacturers often use copper, gold, and other valuable metals to make computers and other electronics. So, check to see if any compensation is available at your e-recycling center of choice.

6. Lower the cost of goods.

This is one of the benefits of recycling e-waste that goes along with a lot of the other ones we’ve listed here. Because recycling reduces the need for mining new materials, that lowers the cost of goods. Using recycled materials is cheaper than mining them in a lot of cases. Increasing computer scrap e-waste recycling in large quantities would help this come to pass at an even faster rate. You’re not going to have too much of an impact on the worldwide market on your own. However, if we all commit to computer scrap e-waste recycling and recycling as many of our outdated gadgets as we can, then we’re going to have a huge, positive effect on making electronics more affordable.

Of course, there’s no guarantee that these savings would be passed onto the consumer, but that’s a different can of worms. It stands that computer scrap e-waste recycling makes it cheaper to produce electronics, and that can only be a benefit of recycling e-waste.

7. Keep your data safe.

You probably aren’t thinking about all the personal data stored on your old computers that you don’t use anymore, but you probably should be. It’s important to destroy detay properly for security reasons. Reputable e-waste recycling centers will best know how to do that. It’s one of the lesser-known benefits of recycling e-waste. Not only will you be getting rid of a device that you no longer need, but you’ll also be ensuring the security of your personal data. 

Computer scrap e-waste recycling can scrub your data from the device in a variety of ways, some more effective than others. Don’t think that simply deleting your data is enough — it’s still there, even if you can’t easily access it. A factory reset might be all you need to do, but there are more thorough ways of permanently getting rid of your data. This is especially important in the business world. You don’t want proprietary company secrets getting into the hands of a bad actor.

As such, you need to make sure the facility is going to properly get rid of all your data, and you should do what you can before dropping your computer off for recycling. If you’re interested in all the different ways an e-waste recycling center can destroy your data for good, you can read our previous blog post about it here.

Cash in on the benefits of recycling e-waste.

Now you know how much you and the world can benefit from computer scrap e-waste recycling. Some benefits are personal to you, like getting rid of extra clutter around your house or earning a little extra cash on the side. You’ll also be ensuring that none of your private data falls into the wrong hands. 

Other benefits of recycling e-waste are more global in scope. By responsibly disposing of your unwanted electronics, you won’t contribute to more mining of the materials made to create them, which can, in turn, make those new electronics cheaper to build. What’s more, you’ll be keeping harmful chemicals out of landfills. Some programs will even refurbish and donate your old devices, meaning they can serve someone less fortunate if they’re no longer serving you.

Obviously, we’re big computer scrap e-waste recycling advocates. But you should also do what you can to keep your computers for as long as possible. If you take good care of it and make sure it’s got all the features you need when you buy it, it should last a good, long time. And this goes for other devices, too. Charge your phone according to the manufacturer’s guidelines, and do what you can to resist the temptation of buying a new phone every year. That way, you’ll reduce the materials required to make electronics.

Whatever way you choose to extend the life of your computer or phone or any other electronic you’ve got laying around, now you know exactly what’s in it for you. Happy recycling!

The post The Top 7 Benefits of Recycling E-Waste appeared first on CJD E-Cycling.

One of the largest industries in the world is scrap metal recycling. Recycling copper wire or any other copper scrap is part of the restore, renew, and recycle culture that is a fast-growing practice in most communities. Like with every kind of recycling, there is a procedure you need to follow when planning to recycle copper scrap.

You cannot just pack it all up in a bundle and drop it off at your nearest copper recycling center. You will need to know the different available scrap metals before you embark on copper recycling. This knowledge is essential as it will help you understand how to separate your metals. Do some research and learn how to differentiate metals if you do not have that knowledge.

Recycling ensures that products that would otherwise be thrown away and left to go to waste are repurposed. It is essential to recycle to avoid a lot of waste being dumped in landfills, prevent pollution, and reduce the demand for raw materials. Recycling is environmentally friendly, and it increases economic security. Therefore, if you have any copper scrap, find the nearest copper recycling center and have them recycle your copper waste. A considerable percentage of the copper being used today has been repurposed and recycled. This is good for the environment and the economy.

There are different kinds of copper, and they are categorized as either copper cable or copper metal. Copper recycling does not alter the quality of the metal. Listed below are some of the different kinds of copper scrap.

• Bare bright copper
• No. 1 copper
• No. 2 copper
• Sheet copper
• Insulated copper No. 1
• Insulated copper No. 2
• Miscellaneous computer wire
• Low-grade wire
• Alternator
• Starters
• Sealed units
• Ballasts
• Transformers

Different Scrap Copper Types

If you plan on copper recycling, you need to find the nearest copper recycling center and inquire about what copper scrap they accept — not all facilities accept all types. When you take in your copper scrap, how much you are paid is dependent on the copper’s grade. Different grades have different pricing points. So, to get an accurate quote, ensure that you have grouped your copper into the different types.

You should note that different copper recycling centers price the scrap differently. Therefore, the prices may vary. If you want to make sure you’re getting the most out of your old copper, you could check all the nearest copper recycling centers and compare the prices. To get a better idea of what you might bring to those facilities, listed below are some scrap copper types.

Bare Bright Copper

Bare bright copper is the most valuable type of scrap copper. The bare bright copper wire is solid and clean. If the copper wire ever had rubber, plastic, or insulation attached to it, they have been long since removed. There are no signs of oils or heavy oxidation on the wire. It would be best if you separated it from any other copper you may have. You will make more money at a copper recycling center when you take the bare bright copper wire for recycling.

No. 1 Copper

No. 1 copper is similar to the bare bright copper wire. It is clean of any impurities such as plastic, steel, tin, solder, or brass fittings. Copper tubing that’s usually used for electrical systems, cooling systems in radiators, and plumbing fixtures is often this type of copper. No. 1 copper tubing should be kept separate from other copper scraps that have different materials attached.

If you have roofing copper that is clean of paint or tar and has not been applied, it can also be considered No. 1 copper. 

No. 2 Copper

Once you have sorted out your No. 1 copper, you need to look at what is left — pieces that have heavy oxidation, brass fittings, solder, or paint attached. This is what you separate as No. 2 copper. The price of your No. 2 copper is below that of No. 1 copper.

Copper pipes that may have been used with chemicals or contain oil residue may also be categorized as No. 2 copper. However, they are usually separately sorted and often take longer to process due to the high impurities attached to them.

Some pieces of copper that would otherwise be considered No. 2, like a pipe with a joint soldered on, can be cut into pieces so that one piece is pure No. 1 copper and the other piece containing the impurity is No. 2 copper. Plumbers and contractors can make a lot of money out of leftover copper piping from plumbing fixtures, provided they know how to cut the solder and brass fittings off the copper tubing end. 

Insulated Copper Wire and Cable

There are various types of insulated copper wire and cable. They can be found in multiple places, including computer appliances, cars, and homes. Oftentimes, you can recycle insulated wire without stripping it first, since recycling centers have special machines for this purpose. If instead you choose to strip the wire yourself to get a better price, make sure to be careful and do it as safely as possible. There is a No. 1 insulated wire and a No. 2 insulated wire.

No. 1 insulated wire often covers uncoated, unalloyed, untinned, and clean copper wires. The insulation usually does not need to be stripped when giving them up for copper wire recycling, but you should always check with your local copper recycling center for more specific requirements regarding gauge thickness and insulation type.

No. 2 insulated wire is made up of unalloyed copper wires smaller than 16 gage with a copper recovery rate of 55 to 69 percent. Electronic wirings and extension cords often fall under this category. No. 2 insulated wires often have nickel and tin coating. 

Copper Wire Recycling

Copper wire recycling is an essential component of copper recycling. You may have a copper wire lying around in your house, and you think it has no use or value. On the contrary, it has monetary value to you. As mentioned earlier, copper ore is scarce, so more people must embrace copper reprocessing. You can monetize the copper wires in your home that you find useless through copper wire recycling. Find the nearest copper reprocessing center, and drop off your copper wires to take advantage of this opportunity.

In the same vein, don’t throw away any materials with copper in the trash. They will most likely end up at a landfill, which is not suitable for the environment. Instead of adding to all the waste in landfills, you can ensure that you make the environment better by embracing copper wiring recycling. If the potential earnings don’t sway you to gather up your old wires and drop them off at your nearest copper recycling center, hopefully the environmental argument will. Get in touch with the nearest copper reprocessing center and let them know you would like more information about recycling with them. They will be more than happy to help. Listed are tips on copper wire recycling.

• Copper wires are often found inside insulated cables, and if you don’t feel comfortable stripping the insulation yourself, the nearest copper recycling center you contact will have special machinery to do it for you.
• If you choose to strip the insulated cables, leave them out in the sun for a few hours. This ensures that the insulation softens as it is warmed, which makes your work easier.
• Make sure you have the right tools to do the job if you decide to do it yourself. A knife might do the job, but it’s not safe. Wearing gloves is a good idea any time you’re working with wire.

You might be all in on copper wire recycling, but before you start a big wire stripping project, make sure the wire is worth all the trouble. Larger wires are better for copper wire recycling, since they have more copper in their center, and they are easier to strip. However, this does not mean that you should ignore smaller wires for copper wire recycling. Don’t waste your time striping the smaller wires, but do set them apart. They are still viable for copper wire recycling. Below are examples of the different copper wires.

• 500+ MCM cabling is typically used in heavy-duty electricity transport. It is relatively easy to strip and is more likely to bring you money.
• 250 to 500 MCM cabling is also fairly easy to strip since it is relatively thick. However, you need to ensure that it is not aluminum.
• A spaghetti wire is the type you are most probably familiar with — they’re found in the majority of electrical components. This type of wire is smaller, making it more cumbersome to strip compared to larger wires, so you can give it up for copper wire recycling as it is.

Before you start stripping wires, contact the nearest copper reprocessing center and inquire about copper wire recycling. Ask about how they price the wires, how insulation might affect the price, and any other questions you might have about copper wire recycling. If they do not pay or you are not going to get much money out of it, you can still find comfort that you are making the environment a better place.

Importance of Copper Recycling

Copper is one of the most valued metals in the scrap metal industry. As mentioned earlier, copper can be found in everyday things such as your bathroom’s piping, car’s engine, and the electric wiring in your house. This wide variety of common uses means that copper is always in high demand, but obtaining raw copper ore through mining is an expensive and cumbersome process that’s not particularly environmentally friendly. Therefore, copper recycling is more cost-effective, energy-saving, and also environmentally conscious. Discussed below are two main benefits of copper recycling.

Economic Importance of Copper Recycling

As previously noted, copper reprocessing ensures an increase in economic security. Copper mining is quite costly, so it makes more financial sense to recycle it. The perks of recycling copper are that it degrades very little in value, and the extra cost that would have been used to mine it in its natural form is saved. When this process is effectively utilized, tons of copper can be repurposed. Most of the recycled copper scrap comes from consumer scraps such as plumbing tubes, radiators, and electrical cables.

On a smaller scale, recycling any old copper wiring you have laying around can put a little extra money in your pocket, and that’s always welcome.

Environmental Importance of Copper Recycling

Copper reprocessing has significant benefits to the environment, including the conservation of natural resources, saving energy that would have been used in processing raw copper, and solid waste diversion.

Processing raw copper requires a lot of energy compared to the energy used in copper reprocessing. Copper is a non-renewable resource in terms of conservation. Initiatives to recycle electronics cover the increasing electrical product production rate that requires copper.

As addressed above, it is essential to join the recycling movement to help better our planet. Copper is quite durable, and while the copper wires in your home may not be serving you in any way, they could be of great use if you dropped them off for copper wire recycling. They can be repurposed and reused for other essential functions.

You also need to ensure that you give the copper to an organization or dealer that is reliable. Do some digging and contact a local recycling team to inquire about whether they recycle copper. Make sure to ask plenty of questions about pricing, sorting, and anything else you’re curious about.

If you need more information about copper wire recycling, contact the nearest copper reprocessing center, and they will give you all the information you need. Do your research and choose to recycle every day to ensure you are doing your part in keeping the environment safe. And in copper’s case, you might even get a little bonus spending money on top of your environmental good deed.

The post What to Bring to Your Nearest Copper Recycling Center appeared first on CJD E-Cycling.

Wondering what to do with that outdated computer you have lying around the house? If you are, you can scrap a computer for metals and recycling the components is the way to go. It ensures you dispose of the electrical components correctly and reduces carbon input into the atmosphere.

Many people don’t know that old computers that were big and noisy usually came with many components. Some of these components contain precious metals like copper, gold, and aluminum. Most of these components are no longer used in the current generation of computers that are sleeker, smaller, and less bulky.

Most private and government institutions dispose of their computers after upgrading their machines to newer ones that run faster. You can benefit from such disposal events which also happen in schools, banking institutions, and other businesses. Craigslist is also a good place to look for older computers. Many of the organizations that own outdated computers do not know what to do with the copper and other components found inside the old computers.

The best thing is that you don’t need a lot of technical skills to scrap a computer for metals. In fact, basic skills and tools like screwdrivers, pliers, and wire cutters are enough to scrap a computer for metals. You will then need to know what to do with the copper components derived after you scrap the computer for metals.

To scrap a computer for metals, you need to separate various components that contain different metals. Components like the RAM chips, Hard disk drives, connecting wires, and the motherboard all have some precious metal content.

The design of older models of computers also works to your advantage when you want to scrap a computer for metals. This is because the casings are designed to allow easy access to the interior parts. Note that this design was not a flaw; rather, it eased maintenance and parts replacement. The on-board components which are what you will be seeking when you scrap a computer for metals also come off easily.

Tools You Will Need to Scrap a Computer for Metals

The following tools are important when you want to scrap a computer for metals:

• Flathead screwdriver
• A pair of pliers
• Wire cutters
• Hexagonal head screwdriver
• Insulation tape
• Containers of varying size

After assembling all the tools needed, you are now ready to open the computer and scrap it for metals.

Steps to Follow to Successfully Scrap a Computer for Metals

Step 1 – Opening the Central Processing Unit

The outer casing on a tower CPU is very easy to open. It will mostly be held in place by two screws at the back. The screws can be loosened using the flathead screwdriver and then removed by hand. With the screws off, one side of the casing should come off by unlatching the cover from the frame of the casing. You will then need to use a bit of force if it is held on too tight. A trick that experts who have years of experience scrapping a computer for metals share is to use both hands to remove the case cover. Both thumbs should hold the CPU down while the other fingers hold on to the cover and force it off the frame.

Once you successfully remove the cover, you now have unrestricted access to the interior of the CPU and can scrap the computer for metal parts with ease.

Step 2 – Removing Screwed in Components

The interior has various parts held in place by screws. Begin by unscrewing the power supply unit, which is located at the top corner of the CPU. From here, move to the front and unscrew the disk drives and hard disk drives. These are usually held in place by four screws each. Inspect the shape on the head of the screw and select the screwdriver head that matches the screw head to avoid damaging it. If the screw has a straight indentation, use the flathead screwdriver. If it has a star-shaped head, however, use the star-shaped or Philips screwdriver.

Step 3 – Removing or Cutting off Wires

With the interior components unscrewed, you can now start unplugging the connecting wires that link various components. The disk drives and hard disk drives usually have clips at the end that you can pry out by pressing on the clip in latches. You need to be keen here to get the complete wires instead of cutting them midway. The opposite end where the wires go inside the power supply unit do not have clips. This is where the wire cutter tool comes in. You should try to get the wire cutter tip as close to the end of each wire as possible. This gets you the maximum length of wire possible when you scrap a computer for metal parts. The wires have a plastic cover but are exposed at the ends. Organize all the wires that you pull out of the computer into a pile. The wires have a lot of value because they contain insulated copper which makes part of the components you need for copper recycling.

Step 4 – Removing Components

Once you have removed all the wires and unscrewed the various components you can now begin to pull them out. The power supply should lift off quite easily while the disk drives and hard disk may need a little wiggling. Separate the disk drives by placing them in a pile and the hard disk and power supply in a separate pile. Fans and other plastic covers that might be holding the disk drives in place should be pried out using a flathead screwdriver and placed separately. These don’t have any metal content and should be disposed of separately.

Step 5 – Removing the Motherboard

With disk drives, the power supply, hard disks, and connecting wires out of the way, you should now have access to the motherboard and the screws that hold it in place. Use the correct screwdriver head to loosen the screws holding the motherboard down. Ensure you inspect the heads of the screws and use a matching screwdriver to make the job easier and to avoid damaging the screws. After loosening the screws, you can now lift off the motherboard from the casing and work on it separately.

Step 6 – Unplugging the Onboard Components from the Motherboard

The motherboard has many small-sized components that are plugged into it. Most of them, however, simply come off after unclipping the clips that hold them in. The RAM chips, for example, have two clips on both sides that hold them in place. Once you pry open the clips, removing the RAM chips is as easy as lifting them off. Heat sinks are the next components you need to remove from the motherboard. These can be screwed in with a few screws or just be held in place using clips depending on the type and make of the CPU. Once unscrewed or unclipped, lift them off, and place them in a separate pile.

Note that some CPUs have a fan attached to the top of the heat sync. This is usually to optimize the cooling of the processor located below the fan and heatsink. To remove these components, begin by loosening any screws holding the fan in place. From here, ensure that you first unplug the thin wires that bring power to the fan before lifting it off. After that, you should have access to the heat sync, which is similar to the other heat syncs. Removal is just as straightforward; just unclip and lift the sync away. You should now have the processor unit exposed.

Step 7 – Unlatching the Processor Unit

The processor is a small square-shaped chip held down by a single latch. To remove it, simply lift off the latch and prop up the chip. It should come off easily.

After following all the above steps, you are now done removing the parts of your computer. The next step is to take the parts to a scrap yard and convert them into cash. Each component fetches a different price depending on the metals that are used to make it. The common types of metals you will find inside a CPU are:

• Copper – usually found in the wires
• Gold – small amounts of gold are in some of the chips
• Aluminum – casings and frame are made of aluminum

Copper Recycling After You Scrap a Computer for Metals

Copper recycling is important after you scrap a computer for metals because unlike the other parts, which have been replaced by smaller and more efficient parts, the copper components are still usable. Parts like the generic hard disk drive, for instance, have been replaced by the more compact and faster solid-state drives.

Copper recycling plants accept copper wires from computers as well as other parts made of copper, such as some heat syncs and metal casings.

To have an easier time at the recycling plant, ensure that you separate different components that have copper metal when you scrap a computer for metals. Separating the components makes it easier for the buyers of scrap to value the items you want to recycle, which means that you will spend less time with them. Moreover, when the copper recycling agent spends less time with one client, they are likely to serve more people in a day.

Copper recycling in computer parts takes two forms. First, there is ribbon copper wire recycling while the second one is computer wire recycling. Ribbon copper recycling fetches a lower value as compared to computer wire copper recycling because of the lower copper metal content in the ribbon copper.

The money you make from computer wire copper recycling is also dependent on the thickness of the copper wires you have, usually referred to as wire gauge. This is because higher gauge wires are priced higher as compared to lower gauge wires at the copper recycling plant. A good way to save time for yourself and the recycling company where you want to sell the items you have extracted after you scrap a computer for metals, is keeping wires with similar gauge together. Another good tip that will save you time and increase the money from copper recycling is scraping many computers at a go. It helps to amass a number of redundant machines first and then scraping them once you are sure the components you get from them will fetch a good price.

Copper recycling after you scrap your computer for metals also involves extracting the copper content at the back of some processor chips. Note, however, that not all chips have copper content. As such, it would be advisable to consult with the copper recycling agents before placing your chip inside the same container with other copper components.

What to Do With Copper

Recycled Copper has many uses in both domestic and commercial settings. So, if you are asking yourself what to do with copper after you scrap a computer for metals, you will be happy to know that it has a high demand, which is attributable to its many uses.

Large-scale Copper recycling involves the use of a copper wire granulator that has the ability to separate the copper wires from the insulating material. Manufacturers can further improve purification by extracting pure copper granules from the copper wires. They will then know what to do with copper extracted after you scrap a computer for metals. Note, however, that copper recycling using a granulator is limited to copper wires below 20 millimeters thickness.

Conclusion

After reading the above sections, you now know how to scrap a computer correctly and get some money instead of just throwing it away. E-waste has become a great problem in most countries, especially because more people are adopting the use of recent technologies in their homes, offices, and schooling institutions. Start scraping your old computers today play a part in reducing the amount of e-waste that keeps accumulating and degrading the environment every day.

The post How to Scrap a Computer for Metals appeared first on CJD E-Cycling.

The average consumer has certainly heard of the benefits of gaining cash for electronic scrap recycling. Growing up, there was always someone in the neighborhood or at school who collected cans and scrap metals on the side for extra profits. Aluminum and copper are well known for their high return value when distributed to the local recycling plant. However, there are other aspects to the art of profitable recycling with which many are unaware.

Numerous materials that the average consumer had no idea could yield exchange value can fill up his pockets with plenty of profit. Standard recyclable materials include:

• Aluminum cans
• Copper
• Industrial Metals
• Stainless Steel

Aluminum

Aluminum is a highly profitable scrap material for which the consumer can earn cash for electronic scrap. It is estimated that aluminum can be recycled on average for seventy eight cents per pound, as of October 2020. Additionally, when returned to a recycling center the consumer can generally expect to receive anywhere from twenty five to fifty percent of this amount back to his wallet. Aluminum is one of the less lucrative materials to recycle and this is because the material is more prevalent than other metals. If the consumer’s goal in recycling is to gain cash for electronic scrap, they are best advised to look elsewhere beyond aluminum such as copper or even brass. Therefore, the demand for the metal is not as high as it is for rarer metals such as copper or zinc.

Copper

Copper is a highly valuable recyclable material. It can be found most commonly as coils in recycled air conditioning units. Additionally, copper may be found in various car parts and in recycled electronics, such as computers. Electronic recycling services greatly appreciate copper contributions. The material is considered the most capable metal of conducting electricity aside from silver and this accounts for much of its high price point. Additionally, it is fairly rare. Because of this, there is a high demand for the material copper, which sends its price point soaring. Electronic recycling services find this is by far one of the best metals to earn cash for electronic scrap. 

Interestingly enough the name copper derives from the name for the island of Cypress, where the Romans once mined for their copper sources. The metal also retains value because it takes little energy to process back into reusable material. About eighty five to ninety percent energy is saved when recycling copper. Highly covetable as a metal resource, much copper is processed for recycling. In the United States alone in 2014 about 820,000 pounds of copper was processed. 

Copper can be found in plumbing tubes, appliances, building wire, and builders’ hardware. Electronic recycling services advise finding this material in dishwashers, dehumidifiers, dryers, and ranges. Harvesting copper recycled from these sources can help the consumer to obtain cash for electronic scrap.

Industrial Metals

Miscellaneous industrial metals can also be recycled to earn cash for electronic scrap through local electronic recycling services. Metals besides copper and aluminum include brass and stainless steel. Brass is fairly popular as a recyclable material. It is found most commonly in household hardware. 

Brass is actually what is known as an alloy. An alloy is a combination of two different metal elements. Brass in particular happens to be a combination of copper, zinc, and other metals. It is very common in household appliances and hardware. When recycled, brass is made from one hundred percent brass scrap. Because it is so easy to find, it is not necessary to manufacture new brass in the United States. Electronic recycling services manufacture brass from previously recycled brass only. The material is already readily available. However, because the material is so readily available it is also fairly low in monetary value. 

The metal conducts electricity fairly well, though needless to say it does not do so as well as does copper alone. Brass has a very low melting point. Brass melts at about 1,650 to 1,720 °F. This means that it is fairly easily converted into new material once it reaches the recycling plant. Brass can be found in doorknobs, locks, gears, and hinges. It is resistant to corrosion and, therefore, is often used for outdoor metal applications such as in sheds or outdoor doorknobs. Because it is so readily available, it is a good option when the consumer needs to earn cash for electronic scrap.

Brass is also popular in the fashioning of costume jewelry and fashion accessories. Because brass is highly malleable, it is also often used to fashion musical instruments. Electronic recycling services also advise to find brass in musical instruments. Saxophone, clarinet, and other wind instruments are often composed of brass. All of these materials can be brought to a local electronic recycling services facility in order to earn profit on the cost of the metals.

Stainless Steel

Stainless steel is very frequently found in electronic scraps. Stainless steel can be found in the casings of computers and other components of electronics. Many electronic recycling services greatly appreciate consumers contributing stainless steel to the plant as it is in high demand. It is yet another option for when one desires to earn cash for electronic scrap. Electronic recycling services find that the metal is commonly used in household appliances such as dishwashers, ranges, and dryers. It is also used on occasion in wiring for the electricity. 

The two major types of stainless steel are 304 and 316. By recycling stainless steel, the consumer can easily earn himself cash for electronic scrap. 304 stainless steel is most commonly found in kitchen hardware, exhaust systems of machines, and in machinery itself. Stainless steel holds up well to heat so it is used commonly in the exhaust systems of cars, for both diesel and gasoline engines. It is also used in exhaust systems for planes and large semi-truck vehicles, as observed by electronic recycling services employees. The composition of this type of stainless steel is a mixture of chromium and nickel. Additionally, the metal is often found in medical equipment.

316 stainless steel is a completely different beast than 304 stainless steel. This type of stainless steel is actually a combination of chromium and nickel, as well, but with the added component of molybdenum. It is found in welding materials used at construction sites and in the processing of large machinery. Many people actually mistake this type of stainless steel for aluminum because of how similar the metals are in appearance. Just like aluminum, it is often non-magnetic so before attempting to earn cash for electronic scrap of this metal it is important to make sure that it is identified properly as stainless steel 316, rather than plain aluminum.

Personal Benefits to Recycling Scrap Metal

The benefits of recycling scrap metal on a personal level are numerous. First of all, the process of IL recycling is lucrative. The individual can gain extra profits through salvaging scrap metals from scrap yards, construction sites, thrift stores, and demolition sites. When the individual brings these scraps to metal scrapping facilities, he or she can earn extra change to be saved up in the savings account or spent on a particular indulgence of his or her choice. However, the real benefit of recycling scrap metals from electronics is not in personal financial gain. Only minimal profits can be seen from this practice. The real gain of IL recycling scrap metals at the scrap recycling yard is one of environmental concern.

Environmental Benefits to Recycling Scrap Metal

Recycling scrap metals is an important practice for any individual who is concerned with sustainability and the well being of the environment as a whole. The electronics industry produces about fifty million tons of e waste per year and the numbers are only climbing. Since the tech boom first occurred in the early 1990s, the electronics industry has been burgeoning with wasteful tendencies. This waste that is produced is often shipped to impoverished countries in Asia or Africa who cannot afford to lobby against the practice. 

Electronic recycling services remind the public that e-waste consists of scrap metals from used computers, components of trash household appliances, and byproducts of manufacturing electronics from the factory. From microwaves to dishwashers to treadmills to laptops to air conditioning units, tons and countless tons of electronic waste is produced every year just to keep the everyday modern household functioning in tip top shape. It is beyond necessary to consider the impact that such a lifestyle has upon the earth and practice responsible scrap metal recycling accordingly.

Besides the serious implications of electronic scrap metal production, the practice of recycling scrap metals can be lots of fun. Recycling scrap metals can involve trips to the scrap yard, adventures at the scrap car lot, and even networking with friends and neighbors to ensure that all tossed household machinery is properly disposed of at the recycling plant.

Where to Find Electronic Scrap Metal

This brings us to the topic of where to find electronic scrap metal. Certainly the average consumers can hold themselves responsible for the fun task of IL recycling. When a consumer  updates their laptop or PC to a new, more modern model they can make sure to bring the older model to the scrap metal yard instead of to the dumpster. When it comes time to replace the household dishwasher, washer, dryer, microwave, oven, stove, faucet fixtures, doorknobs, lamps, heaters, air conditioners, or exercise equipment, the consumer can make wise choices to recycle instead of waste the metal appliance components. When it is time to change out the household ceiling fan, bed frame, metal furniture, sink, electrical wiring, plumbing pipes, or plumbing fixtures, the consumer can make sure they drop them off at the local metal scrap yard instead of in the trash can. However, the consumer can also go beyond their own personal practices to encourage IL recycling in the community.

Any individual who feels so inclined, out of recreation or the joy of environmental responsibility, can venture out to local scrap yards to find metals suitable for il recycling. The consumer can keep in close contact with neighbors, friends, and family for alerts of when they may be disposing of metal scrap material. There are many electronic recycling services available in every community and major municipality. 

Electronic recycling services are vital in order to maintain a community that prioritizes environmental sustainability and stewardship. People may take it upon themselves to recycle this material as a hobby or as an environmental steward. Additionally, there are many scrap metal materials to be found during the community’s bulk pick up day organized by the local waste municipalities. Bulk pick up days abound with items that contain copper, stainless steel, and brass, as well. The consumer can make a trip to the local car part yard. Scrap cars often contain the highly valuable copper component in elements such as the air conditioning system. The consumer can also contact local plumbing companies, electrical installation companies, and electronics manufacturers. When upgrading to a new smartphone or tablet, the consumer can make sure to recycle the phone instead of tossing it in the garbage. There are countless ways to ensure that electronic scrap metals are disposed of properly and in a way that benefits the global environment.

How to Go About Recycling Electronic Scrap Metal

Once the consumer has acquired electronic scrap metal through personal use, networking with friends, family, and neighbors, and contacting local businesses, he can begin to coordinate transporting the metals to a recycling facility. One method of doing so is a simple google or yahoo search for “scrap metal recycling” in the specific area of the consumer’s domicile. If this does not bring up the proper results, the consumer can narrow the search down by which metal or metals he plans on recycling after having completed his collection efforts. 

The yellow pages always have listings for scrap metal recycling yards, as well. The consumer can make phone calls to each yard if necessary in order to determine which plant offers the highest rates for scrap metal recycling. He can also listen to the plant’s phone representative to find out if the plant is offering any special promotions that day, week, or month for recycling particular types of scrap metals. 

There are many electronic recycling services in every major metropolitan area, and also in rural areas, too. Electronic recycling services are seen as necessary resources for thriving communities and as such stay open normal business hours to provide for the community.

The post How to Get Cash for Electronic Scrap appeared first on CJD E-Cycling.

The purchase of electronic devices has grown exponentially in recent years, and their lifespan has become increasingly shorter. Most of the items end up in landfills; they aren’t degradable and contain high toxins. The chemical elements can seep into the ground and possibly into water supplies or the atmosphere, affecting surrounding communities.

Some devices that contribute to e-waste include laptops, phones, tablets, monitors, microwaves, electric cookers, and other electronic gadgets. When you replace your gadgets, consider recycling them through a reputable electronic drop-off center. If you are undecided about where to drop off electronics that you no longer need, keep reading to gain more insight.

The Recycling Process

A recycling center is merely an organization that collects disposed electronic devices and transforms them into functional elements. E-waste contains different materials, and the recycling process may vary from one gadget to another. If you are still wondering where to drop off electronics, search for a local recycling center in your region. Have you ever wondered what happens to your devices after handing them over to the electronic drop off? It goes through some labor-intensive activities to extract useful materials for use in new manufactures. Here is an overview of the process:

Collection And Transportation

While researching where to drop off electronics, pick an organization that places collection bins at specific locations. When full, the recyclers will then transport them to their facility.

Manual Sorting And Separation

When the e-waste arrives at the factory, the first step involves manual sorting. It consists of removing unshreddable objects like batteries, fluorescent lights, and cartridges. They then put the dismantled parts into various categories consisting of those set for reusing and those that continue with the recycling process.

Shredding

The devices undergo the initial size reduction process. It involves crushing them into pieces smaller than 100 mm. Additionally, the secondary reduction breaks down the materials further into smaller fragments for better sorting. When looking for where to drop the electronics, ensure that you pick a facility that extracts dust in the shredding process through an environmentally friendly approach.

Magnetic Removal

The fragments pass through a strong overhead magnet that separates iron and steel from e-waste debris to prepare them for resale.

Non-metallic And Metallic Metal Separations

Further, a mechanical process separates aluminum, brass, and other metal components from plastics and glass. The electronic drop off center can decide to sell the elements as raw materials or reuse them for new manufacturing.

Water Separation

The factories use water technology to separate glass from plastics. They then clean the remaining glass fragments to remove any dust extracts, phosphorous and other oxides. Subsequently, they separate leaded glass from unleaded.

The E-waste Components Reuse

After answering your question on where to drop off electronics, you may also want to know what happens to the retrieved components after recycling. The plastic elements go to trays, fence posts, insulators, and other plastic products manufacturers from the electronic drop off center.

The metallic scrap materials manufacture new steel and other metal-based components. Glass mostly retrieved from computer monitors and televisions produces new screens. The lead-containing glass proceeds to smelters who use them to make new batteries, x-ray shields, and CRTs.

Additionally, some gadgets may contain mercury elements sent to recycling companies dealing with fluorescent lighting and metric instruments manufacturing. The centers crush and process hard drives into aluminum ingots for application in the automotive industry. Further, the ink and toner cartridges end up in their respective manufacturing companies for reuse as raw materials.

The retrieved printed circuit boards go back to the accredited companies. They then smelt them to recover some non-renewable resources like gold, palladium, tin, and other valuable metals.

Further, batteries end up with their specialized recyclers who hull them to extract plastics. They then smelt the metal components to recover cadmium, nickel, steel, and cobalt for reuse to manufacture new batteries or steel fabrication.

Benefits Of Recycling E-waste

Recycling is a fundamental electronic equipment disposal method that creates positive impacts globally. More companies are now participating in recycling efforts since the long-term benefits associated outweigh the short term expenses. When you decide on where to drop off electronics, you can help save the universe and its habitats in the following ways.

Conservation Of Natural Resources

The increase in the demand for electronic devices means that more metals need to be mined and processed. Unfortunately, continuous mining poses the risk of depleting the resources left. However, the recycling process helps retrieve valuable materials to make new devices and save on natural resources. It also lowers the amount of energy used in the extraction of virgin materials.

Environmental Protection

The electronic waste may contain toxic elements like lead and mercury that may leach into waterways when left in landfills. The mining, processing, and transportation require a lot of energy and result in carbon IV oxide emissions. Besides, it results in severe damages to the environment and the surrounding habitats. Nevertheless, recycling takes place under controlled conditions, which reduces pollution and greenhouse gas emissions.

To Save On Landfills

As a result of high electronic equipment disposal, there is a desperate search for landfill spaces. By recycling these gadgets, we reduce the amount of waste that ends up in dumpsites minimizing the amount of space required to dispose of trash. Therefore, you create more spaces for agricultural and housing purposes.

Job Creation

By supporting the electronic drop off centers, you create jobs for professional recyclers. In your search for where to drop off electronics, you probably came across numerous facilities. An increase in the number of recycling factories will help reduce the rate of unemployment.

To Promote Economic Growth

As the recycling industry hires more employees, it helps boost the economy. Further, it opens up more market for recycled items; thus, the government and other corporations spends less on deforestation and mining. Besides, the government can choose to spend these funds to develop other vital sectors.

Also, the reduction of destructive activities boosts the country’s level of resources, promoting economic gains. Additionally, most of these electronic drop off centers will pay for the collected appliances based on quantity and value. It increases money circulation in a country, and you can use the cash to settle bills or buy new devices.

To Improve Data Security

Improper electronic equipment disposal may lead to security breaches or identity theft. The majority of these devices are functional and just outdated. Therefore, if you forget to clear all your personal information, the details may land to unauthorized individuals. Nonetheless, recycling involves the destruction of the gadgets, which wipes off all the information.

Promotion Of Good Health

Long-term exposure to toxic elements like mercury, lithium, and nickel may adversely affect human health. In some extreme cases, it may result in cancer development. Other than humans, it may also affect pets and livestock. The meat products will thus pose health effects to both kids and grown-ups. Yet, recycling prevents toxic leaks that bring about healthier outcomes. Besides, it helps the earth to replenish, creating a healthier living environment.

Building The Community

While searching for where to drop off electronics, there are various local groups where people come together for a common cause. Most concerned citizens start recycling initiatives to protect the environment. Besides, it helps create a determined society focused on developing sustainable practices.

Tips To Help Choose The Right Electronic Recycling Center

With many recycling centers coming up, it might be challenging to pick up a trustworthy facility. Are you still wondering where to drop off your electronics? Here are a few tips to help you pick the right organization.

Determine Your Needs

Before reaching out to an electronic drop off center, ensure that you understand your recycling requirements. Start by assessing the amount of e-waste accumulates in your home or facility in a specific period. Also, make a list of the type of waste, whether TVs, cables, or laptops, since the recycling facilities charge and pay for some items. These particulars will help you determine whether you will plan weekly, monthly, or annual collection.

Ask About Environmental Commitments

Keeping in mind that your main aim is to conserve the environment, you may want to partner with a committed facility. Also, improper recycling may negatively impart life, the environment, and reduce access to recycled products. Therefore, choose a transparent electronic drop off center by determining their credibility.

Work only with permitted recyclers with the appropriate certification. It shows that the company is thoroughly verified and has the required experience to undertake the recycling tasks. Before receiving the certificate, the center undertakes training to perform the job with high professionalism. Additionally, look out for facilities that educated the public about e-waste. Remember that committed recycling companies should be part of the solution.

Check The Facilities And The Premises

While searching up on where to drop off electronics, ensure that your preferred institution has the necessary equipment for efficient recycling. It will help to go through the organization’s website and ensure that it’s big enough to accommodate more recycling. Also, look out to confirm whether they avail in a productive working environment. Additionally, ensure that they use up-to-date machines and advanced technology to recycle.

Find Out More About Data Security

Whether you seek electronic equipment disposal for your gadgets or those of your clients, they may contain sensitive data. You wouldn’t want this information shared, and you, therefore, need to pick a facility with favorable data destruction policies.

Ask the recyclers how they handle data and choose one that offers shredding, data wiping, or degaussing services. Some even provide a certificate, at a fee to prove that they have destroyed your data. In any case, include a line in your contract specifying that you wish to have all data wiped off from the devices.

Set Up Meetings

While still looking for where to drop off electronics, it would be wise to hold face-to-face meetings with your recycler. Here, you will be able to interact with their staff. Remember that a sufficient electronic drop off center should employ qualified experts with vast knowledge in effective e-waste recycling processes.

You can also confirm whether the company offers training to the employees, which is an added perk. Check out their customer services, and the right-center should have employees who handle their clients professionally to satisfy their needs. They should also be in a position to offer any relevant information concerning the firm.

Negotiate

Note that recyclers may offer to charge or pay for their services. It would help if you talked about pricing with the company to avoid later misunderstanding. Choose a favorable price, but remember that cheap is not always the best, and the facility must maintain the bets recycling quality.

Let them tell you upfront what they pay for or charge. The fee differs based on the weight and the nature of the materials involved. Additionally, you can sort out the items at your facility to earn more. The electronic drop off center will be more willing to pay extra for well-cleaned items that reduce labor costs.

Also, always check price fluctuations to ensure that you negotiate at the current rate. Additionally, enquire about their address. Find out more about their operation, and if they provide false information, they most likely participate in global dumping. Avoid this since it might result in more significant problems.

Remember to inquire about transportation. Some organizations may collect your e-waste for free while others include the shipping fee. While searching for where to drop off your electronics, you can ask the recycler basic questions including;

• How often they pick up
• If they require a minimum volume
• If there are specific items, they don’t accept
• How much they pay for certain types, including computers and TVs
• Whether they have environmental certifications

Conclusion

As we continue to become more integrated with technology, e-waste is becoming a growing concern for the universe and its inhabitants. Gadgets keep breaking down as new models emerge. If they end up in landfills, these gadgets contain toxic elements that may reach groundwater and vaporize into the atmosphere. As a result, humans will begin to experience fatal health problems.

Nonetheless, recycling is an eco-friendly electronic equipment disposal method that helps transform the e-waste into value-adding products. The above guideline aims at answering your question on where to drop off electronics to help protect the community. However, remember to back up your data and then perform a factory reset before handing over your devices to the recycler.

The post Electronic Drop Off Solutions: What Should You Do With Your Old Electronics? appeared first on CJD E-Cycling.

Copper or 29Cu is the 29th atomic number on the periodic table of elements. Copper is a naturally occurring metal. This means it occurs in a way that makes it usable as metal and made into any number of items. Throughout history, copper has appeared in building materials and weapons. Copper gets used in buildings, electronics, and wood preservatives in the modern age. It is also an essential element for the function of the human body. 

What has Copper in it?

Copper gets used commercially in most electrical products as superfine wire or circuits. If the circuits and wires are maintained during use and they have no flaws than they are perfect for recycling as scrap metal. Circuit board recycling is a common way to get high-quality copper This also means the surface of the copper is in excellent condition. Recycling copper for the best price and future repurposing is getting designated a grade ‘A’ quality product.

Copper acquired from power cables is also a fine wire with high connectivity. The quality is slightly less high than for commercial electronics, but it has a reduced amount of impurities. This type of wire will have a minimum amount of impurities, but when heated and mixed with a higher grade copper the high-grade copper will be diluted. This makes the wire reusable.

If the copper is not to be used for any products with connectivity, it can be repurposed into plumbing tubes, heat exchanges, and roofing sheets. The diluted copper is secondary copper, which has less connectivity than ‘A’ quality product so it can be used in products where connectivity is not a factor in its use.

Copper is commonly used in circuit boards and computers. Circuit board recycling and computer recycling is a growing concern for the number of hazardous materials they both contain. The disposal or repurposing of those materials is at the forefront of environmental concern. There are companies that make it their business to properly dispose of copper and other materials that occur in many electronics. This is a process known as ecycling and it can help you recycle copper and other materials safely.

How Does Copper get Recycled?

Recycling or ecycling electronics is easy when you visit licensed facilities with the right equipment. Most professional recycling or ecycling centers have special machines that can extract the copper directly from the product. Circuit board recycling is one of the most common ways people get copper out of a product. It is a fairly common practice as there is a growing awareness for the need to recycle more of the products we use. It also is something the casual recycler can profit off of. Many of the facilities that recycle copper will pay almost as much for used copper as they will for new. It is expensive to buy new copper because it is expensive to mine it so most places will pay top dollar for good quality copper.

Recycling copper starts with collecting any scrap copper from used devices or appliances. Computer recycling and circuit board recycling is quite common. Copper wiring is what can be obtained from most computer recycling and circuit board recycling. Copper pipes can be had from home remodels and can be found at rummage sales.

How much money you can make from copper recycling and the price you will receive for your copper depends on the grade of copper. The grade can be determined by where the copper came from or the degree of wear the copper shows.

What is the Value of Copper?

The grades of copper are one of the main things that determine the value of the copper and how much money you can get for it. The current market for copper will dictate what kind of a price you can get for the copper. If the copper market is not doing well, it can be more economical to wait to recycle the copper if you have the time to wait. http://www.asm-recycling.co.uk/blog/understanding-grades-of-copper-scrap/

• ‘A’ grade Copper

This is the highest grade of copper. The copper is clean and shiny and shows little wear. There will be few or no signs of tarnish or soldering. It should also not be coated copper. This is the highest grade of copper and a scrap metal buyer will pay the highest for the quality of the copper. The copper should be 16 gauge or larger in diameter and should be almost bare of flaws. Most copper pipe is not included in this grade.

• First Grade Copper

This type of copper is almost the most profitable type of copper. To be classified as first-grade copper, it should be the wire that is at least 1/16th of an inch in diameter, commutator segments, clippings, or bus bars.

The copper should appear to be clean, uncoated and unalloyed. Copper pipe that is clean can qualify has first-grade copper as long as it does not show any other materials such as paint, soldering, insulation, or fittings. There should be few or no signs of corrosion and any fittings it may have had should have been removed.

• Second Grade Copper

Coated copper has very little value. It is usually made of the lowest grade of copper and it often requires additional work to strip it from insulation or be in areas or items where it is difficult to get to it. It is easy to identify by the dirty appearance of it. The size of it should not exceed 16th of an inch in diameter. The metal should also be 94-96 percent copper content. If it has fittings or oxidation as will appear on some tubes, wires, or pipes this is acceptable as long as the damage to the product is not extensive.

• ‘A’ grade Copper Wire

This is the best type of copper wire for recycling. It is like regular copper pipe and pieces. If it is bright, shiny, and clean than it is more valuable and will pay more. It must be completely clean with no unalloyed wire, uncoated, and 16 gauges or greater in diameter.

• First Grade Copper Wire

This wire is also clean or nearly so. It is uncoated, unalloyed, and has not been mixed with other materials like tin. It can be plastic insulated with a gauge or 16 ore larger. It does not need to be stripped, but it should be as shiny and bright as the highest grade of copper wire with few flaws.

• Second Grade Copper Wire

This type of copper wire should be plastic wrapped or double insulated. It must be 16 gauge or thinner and unalloyed. This type of wire is generally found in electronics like extension cords or electronics like outlets. For this lower grade of wire, it is fine to have trace amounts of tin or nickel as well as some corrosion. You will not be paid as much for it as if it were clean wire, but still meets the right degree of classification.

Increase the grade by stripping any insulation off the copper as insulation decreases the value of any copper it covers. It is also worth the time in some cases to try to brush up and out many of the visual impurities to get the most for the copper. You can determine the grade of copper you have by appearance, but also by using a magnet to determine whether you have a ferrous or non-ferrous metal.

• Ferrous Metal

Ferrous metal is not worth very much. If a magnet sticks to the metal than you have ferrous metal. This type of metal is usually common such as steel or iron. It will be accepted for scraping and it will be recycled properly, but you will not receive much money for it.

• Non-Ferrous Metal

Non-Ferrous metals can be common as well, but they are worth more than ferrous metal. A magnet should not stick to these metals. They are usually copper, aluminum, stainless steel, bronze, and brass. These are valuable and you will get more for recycling them properly.

The Environment and Copper

Computer Recycling

Computer recycling is something that needs to be done carefully. A computer has thousands of little pieces that need to be that can be repurposed or remade into other items. Doing so keeps these pieces out of the landfills and keeps the cycle of reusing items going. A good computer recycling center will be able to remove all the toxic substances within a computer. They will also be able to remove the large amounts of copper that are worked into the motherboards and wires that make up a computer.

A good computer recycling center will remove the components that can be salvaged, including a large amount of copper a computer has. They will also make sure that any data still left on the computer gets removed so no trace amount of personal information gets left on them. This is a growing responsibility for recycling companies everywhere as more computer recycling is needed.

Circuit Board Recycling

Circuit Board Recycling is good for the environment. It is a way to reclaim multiple types of metals and plastics that make up the circuit board, melt them down and re-purpose them into other products and materials. This helps to reduce the impact these materials have on the environment and help reduce the amount of energy that gets spent to reduce these materials back into working forms. Circuit board recycling is particularly needed because of the number of components that go into their manufacturing. Circuit board recycling is a growing need with the number of electronics being released that eventually end up in landfills.

Many of the metals and materials that make up circuit boards are harmful to the environment. They are full of metals that are precious metals like gold, silver, platinum, and palladium. These metals are easily repurposed into other electronics. The base metals extracted from a circuit board are where you have to be careful. The copper, iron, zinc, tin, nickel, and aluminum need to be separated into their individual components to prevent harmful elements such as barium, beryllium, and polyvinyl chloride (PVC) from ending up in the environment.

Circuit board recycling occurs when it is reduced back to these original components. These original components can then be used in other products. This reduces the need to mine for more of these metals. Copper mining is particularly harmful to the environment, so many recycling centers will pay almost the same price for recycled ‘A’ grade copper as they would for newly mined copper.

E-cycling

E-cycling is one of the latest ways of managing the large numbers of electronics hitting landfills and disposal markets. E-cycling reuses, donates, or redistributes electronics that are no longer wanted to areas that can properly dispose of them or repurpose them. The U.S. Environmental Protection Agency (EPA) allows for the following items to be e-cycled:

• Computers
• CDs
• DVDs
• Stereos
• Mobile Phones
• Vacuum Cleaners
• Computer Peripheral
• Microwave Ovens
• Televisions

If the items are still functional and in good working conditions, they are often recirculated to organizations that can make sure people who need them can get them. If they are completely unusable, ecycling facilities have been set up to make sure these items – especially “smart” items – are dissembled correctly and completely for accurate disposal. Circuit board recycling and computer recycling are also e-cycling.

Many of the components of all of these products should not be part of the environment. Find correct and safe ways to handle the large amounts of electronics that are no longer wanted or needed is a growing concern all over the world. Landfills across the globe are filling up with electronics that are not being properly disposed of. There are companies that are taking this concern seriously.

About CJD E-Cycling

CJD E-Cycling is there for you when you need your electronics recycled in a safe and environmentally stable way. They are available to take computers and electronics and reduce them into their components to safely recycle all of them. CJD E-Cycling is a family-owned business that services the Metro East/St. Louis area. They follow the laws and regulations for the State of Illinois. 

They take the security and disposal of electronics seriously. They want to make sure your data is disposed of in a way that keeps you secure while being able to purchase your used scrap metal for a price that works for you. They take computer and circuit board recycling seriously. They know that you depend on them to take care of personal information and the environment.

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