It is impossible to run a business without technology nowadays. All the organizations, from small to large, use a large number of electronic devices to do their jobs. However, the concerning part about this excessive use of technology is that these devices come with an expiry date. 

Once their lifespan is completed, they stop functioning and become just useless clutter. It is not just that clutter you can get rid of by throwing it in the trash; it is much more than that. 

These discarded electronic devices are called e-waste, and you cannot just throw them in the trash bin. It is because these devices have toxic elements, which can be harmful to the company as well as the environment. Research has also shown that severe health consequences occur when the e-waste is not disposed of properly.

Just think about this. Your one discarded server may have records of thousands of customers and trade secrets that you do not want your competitors to know. And imagine if that falls into the wrong hands. Well, it has happened with many companies, and they had to face the consequences.

Nevertheless, the only way to avoid these hassles is to adopt practices that produce the lowest volumes of e-waste and to ensure that you are disposing of them responsibly. For that, you will need a reliable recycling partner to get the job done. 

In this blog, you will learn about the alarming stats of e-waste and how it is impacting the environment and the companies. More importantly, how e-waste is recycled and what business can do about it. 

Understanding The Global E-Waste Crisis

Why Is E-Waste Growing So Fast?

Solutions come later. First, we need to assess how e-waste is becoming a global crisis that demands your attention.

E-waste is growing at a shocking rate, and it is not just a random claim; the numbers are here to back it. The Global E-Waste Monitor 2024 shows that the world generates around 62 billion kg of e-waste in just one year.

What is even scarier is the fact that these huge volumes of e-waste are not being disposed of properly. Research says that only 20% of those tons of waste is collected and recycled the way they should be, and it will not be wrong to assume that the other 80% goes into the environment or is traded illegally, but either way, it is unethical. 

The world generates 62 billion kg of e-waste in just one year. – Global E-Waste Monitor
Only 20% of those tons of waste are collected and recycled properly. – Science Direct

One of the reasons e-waste is growing so fast is that new devices are released every couple of months, and the old ones are left behind. It is planned obsolescence. Companies essentially create their products to die. Your outdated phone is no longer receiving software updates. The battery runs out. Deliberate obstacles to repairs. So, you simply purchase a new one. 

The price of new electronics is decreasing, which is good. However, there’s a catch. If your device fails, it will cost you more to repair than to replace it. The number of people purchasing electronics has increased manifold. For the first time, millions of people are receiving their first smartphones, laptops, and TVs. It’s a new generation of e-waste that didn’t exist 10 years ago. And it’s only going to get bigger.

This is a serious issue for businesses and the environment, as every year, the amount of old IT equipment continues to grow. Businesses that do not have a recycling program are drowning in old equipment. That translates to data breach dangers and many other issues.

The Hidden Dangers of Your Old Electronics

E-waste isn’t like regular trash. Old electronics contain high levels of heavy metals and toxic chemicals. Lead. Mercury. Cadmium. When these end up in landfills, they seep into the ground. They get into drinking water, harm wildlife, and enter food crop areas. Quietly. Slowly. But consistently.

In many countries, people burn plastic wires and circuit boards only to get the metals, such as copper and gold. It is effective, but it emits harmful gases into the atmosphere. These chemicals are known to cause serious diseases. Some of them are deadly.

That’s why responsible e-waste disposal is no longer an option but a necessity. Any old device that you toss in the trash is a risk. To people. To the planet. To your business.

Partnering with a certified recycling company such as TekNext Global eliminates that risk. They pick up your old equipment, dispose of it responsibly, and ensure the security of your data. You will also get a certificate to ensure you remain compliant with the law. Simple, responsible, and worthwhile.

The Complete E-Waste Recycling Process

Understanding how e-waste recycling works helps you choose the right partner and communicate your needs effectively. It involves multiple stages, specialized equipment, and rigorous safety protocols.

Stage 1: Collection and Secure Logistics

Collection is the first step in the recycling process, and it is typically the most logistically difficult part for businesses. There could be hundreds or thousands of devices in multiple offices, warehouses, or data centers–they need to be transported to recycling facilities.

There are a number of ways to get your e-waste collected by a professional e-waste recycler. Smaller quantities can be dropped off at their locations. Some recyclers also offer pickup by coming to your site with trucks and crews to take care of everything, especially for large-scale decommissioning projects.

Expert Tip: Your recycler should have GPS-tracked vehicles, sealed containers, and trained staff to ensure that your assets are not stolen or lost during transport.

A checklist should be provided that includes a description of all items before they are removed from your premises.

Stage 2: Sorting and Intake Assessment

The e-waste enters the recycling center and goes through a process. The materials are sorted by trained technicians by category: computers, data-bearing devices, monitors, printers, networking equipment, and servers. Hazardous batteries and lamps are separated too.

During sorting, technicians also assess the condition of each device. This evaluation is used to decide on the next step. If the device is relatively new and still working, it can be directed to refurbishment and resale.

Devices that are broken but have valuable parts may be sent for dismantling. Outdated or irreparable devices are shredded, and metals are recovered.

This sorting step is time-consuming but necessary. Sorting ensures that valuable materials are recovered to the maximum extent and that hazardous materials are dealt with safely. To boost efficiency, many recyclers employ a mix of manual sorting and automated systems.

Stage 3: Data Destruction Methods

Data destruction is not a standalone service for businesses. It is an important part of the recycling process. Your recycler should have several options for data destruction, and you should be able to select the option that best suits your security needs.

Data wiping (overwriting): A specific type of software that overwrites all the sectors of a hard drive with meaningless data. This leaves the original data irretrievable. Wiping is quick and doesn’t damage the drive, so it can be sold or used again. But wiping is only possible on active drives.

Degaussing: A degausser is a machine that produces a strong magnetic field to remove the magnetic domains from the platter of a hard drive. This permanently and instantly wipes out all data. But degaussing also eradicates the drive, and it cannot be reused. Degaussing is best used for obsolete drives or drives with very sensitive data.

Physical shredding: The hard drive is placed into an industrial shredder that breaks the drive into small pieces, usually two inches or smaller. This ensures that no data can be retrieved in any way. For high-security organizations, physical shredding is the benchmark. It is frequently needed for government, defense, and health care contracts.

A Certificate of Data Destruction will be issued by a professional recycler at the end of the process. This certificate provides the serial numbers of all destroyed devices and verifies the method of destruction. Maintain these certificates in your records. They are the evidence you have to show that you are compliant with the law.

Stage 4: Dismantling and Component Separation

Once the data is destroyed, the remaining materials go on to the dismantling phase. Individuals remove components from devices by hand to isolate various components. Plastics are separated from metals. Circuit boards are taken out. Wires and cables are removed. Batteries, fans, and heat sinks are removed.

This manual disassembly enables recyclers to extract parts that can be used. Copper wire can be removed and sold. Gold, silver, palladium, and other precious metals in circuit boards, and even aluminium, are melted down. Plastic housings can be ground and converted to pellets to make new products.

Dismantling also eliminates dangerous parts that must be handled differently. For instance, old monitors have lead in the cathode-ray tubes. PCBs are a known carcinogen that can be found in capacitors. Mercury switches and backlights need to be processed separately. The elimination of these hazards before shredding will help keep workers and the environment safe

Stage 5: Shredding and Material Liberation

After hazardous material extraction and valuable parts recovery, they are sent to industrial shredders. These shredders employ large rotating hammers that crush electronics into small pieces, usually 1-2 inches.

The shredding systems have several stages to get the correct particle size. Initial size reduction is done by primary shredders. The material is further reduced by secondary shredders and granulators. Ferrous metals and dust are removed at different stages of the process by magnets and air classifiers.

Stage 6: Advanced Material Separation

This is where recycling really gets high-tech. The mixed material stream is then subjected to a series of separation processes, each of which removes a particular type of material.

• Magnetic separation: Ferrous materials such as steel and iron are separated by strong magnets located overhead. These are the most prevalent metals in electronics and are a large percentage of the recycled metal.
  
• Eddy current separation: A fast-spinning magnetic rotor generates electrical currents in non-ferrous metals such as aluminum and copper. The magnets produce a magnetic field that repels the metals, which fall into a separate collection bin.
  
• Optical sorting: Some plants employ optical sorters, which detect materials by reflectivity or color. Others use density separation, where materials are floated in liquid solutions to separate based on specific gravity.
  
• Sensor-based sorting: X-ray fluorescence sensors are able to detect certain metals and alloys. Different types of plastic can be distinguished by near-infrared sensors. These high-tech sorters allow recyclers to get back materials with an unprecedented level of purity, making them more valuable to manufacturers.

Stage 7: Refining And Material Recovery

The separated materials are then processed into forms suitable for the manufacturers. This is the purifying process. Chemical processes are used to extract precious metals, such as gold and silver, from circuit board concentrates and then melt them into bars.

• Metals end up in smelters and refineries. 
• Steel is melted and recast into new beams, rebar, or sheet metal. 
• Melting and casting aluminum into ingots. 
• Copper is melted and cast into wire rod or cathode sheets.

The U.S. Environmental Protection Agency (EPA) estimates that one metric ton of circuit boards has 40 to 800 times more gold than one metric ton of ore from a gold mine.

This is known as urban mining and is much more efficient than conventional mining. It consumes less energy, generates less pollution, and does not involve forest or mountain excavation.

Plastics are broken down into flakes, washed, dried, and melted into pellets. The pellets are called regrind and can be turned into new electronics casings, car components, building materials, and so much more. But not every e-waste plastic can be recycled. Plastic streams may be polluted with flame retardants and other additives, which can restrict reusability.

Stage 8: Safe Disposal Of Residual Waste

No matter how efficient the recycling process is, there is always some waste remaining. Some materials are not economically and technically recyclable. Others are too dangerous to be reintroduced to manufacturing. This leftover waste needs to be disposed of correctly.

Residual waste is sent to permitted hazardous waste facilities by responsible recyclers. These facilities have multiple layers of lining, leachate collection systems, and groundwater monitoring. They are under strict environmental control and frequent inspection.

Why E-Waste Recycling Is Important For Businesses?

Data Security Risk 

Commercial businesses operate for profit, and no company would want to waste its profits by paying hefty fines. However, improper disposal can be a huge liability for you. If we were to take a look at the average cost of a data breach, it is around 2.88 million dollars as per the IBM Cost of a Data Breach Report.

And you know what? Many of those attacks were carried out by a high-tech hacker. Many second-hand hard drives that are sold in the market are the kind you might see at an online auction. According to an article, a large percentage of those drives still have recoverable data on them. We’re talking about taxes, medical records, corporate network login information, etc. 

No one is prone to these. It can happen to anyone and eat all their profits. We have the example of Morgan Stanley.  The Securities and Exchange Commission imposed a penalty of $35 million on this financial business for improper disposal of e-waste. And this resulted in severe consequences as the private data was leaked from their electronics.

Legal And Regulatory Compliance

Data security is not the only issue. There are several e-waste regulations in place, which are complex for companies to comply with. There are states in the U.S. where legislation regarding e-waste disposal is being passed.

For instance, the Electronic Waste Recycling Act is a regulation passed in the state of California that imposes fees for the sale of specified electronics, while requiring recycling of the waste by certified companies. In the state of Illinois, it is illegal to dump computers, monitors, printers, and TVs in landfills.

The major concern here is that it is very difficult for U.S. companies to comply with these regulations. The most efficient solution here is to partner with a certified recycler who is experienced in dealing with the laws of all jurisdictions served.

This will ensure that the recycler will provide you with all kinds of documents confirming compliance, including Certificates of Recycling and Certificates of Data Destruction.

Corporate Social Responsibility And Brand Reputation

Other than the law and environmental regulations, it is a matter of corporate social responsibility as well. Consumers, investors, and employees are increasingly demanding that companies be sustainable.

McKinsey found out in a survey that 65%-75% of consumers think about sustainability when making buying decisions. This percentage of environmentally conscious individuals is even higher among Gen Z and Millennial consumers. 

Investors are taking note, too. Environmental, Social, and Governance (ESG) criteria are now a familiar indicator for measuring corporate performance. Trillion-dollar asset managers use ESG scores to determine where to invest their money. By not managing e-waste effectively, you may negatively impact your ESG rating and make your company less appealing to responsible investors.

Your staff may be concerned about sustainability, too. According to a survey by Deloitte, almost half of Gen Z and Millennial employees have either refused to take on an assignment or an employer due to a lack of shared values on environmental matters. Proactively recycling e-waste demonstrates your commitment to sustainable practices, which can also draw in and keep the best employees.

How to Build A Corporate E-Waste Program?

Establishing a formal e-waste recycling program doesn’t need to be a complicated process. By following a structured approach, you can create a program that will help protect your organization, recover value, and help meet your sustainability objectives.

Step 1: Conduct An E-Waste Audit

The first step in developing a program is to know what e-waste you have.

Walk through your facilities and inspect IT storage rooms, warehouses, and workstations. Check for old electronic devices that are no longer in use and note the number and their state. 

Then interview department heads to know how e-waste is being managed currently. Are old devices being thrown in the regular trash? Do they take them to a local recycler? Are they waiting in limbo?

Calculate the amount of e-waste you generate each year according to your equipment refresh cycles. If you replace 20% of your computers each year and you have 500 computers, you will be retiring about 100 computers each year. Having an estimate of the e-waste volume can help you with the further steps.

Step 2: Establish A Clear E-Waste Policy

Your e-waste policy should be written and formalized, and should be applicable to all your employees. You can include the following in it:

• Explain the reason for the policy (statement of purpose). Your reasons can be data security, legal requirements, environmental considerations, and corporate ethics.
• Identify devices and materials included. These can be computers, monitors, printers, servers, mobile devices, batteries, cables, and other electronic equipment.
• State this in a clear manner that no electronic device will be put in the regular trash or dumpster.
• Identify the individual or department that will oversee e-waste.
• Mandate that all e-waste be collected by certified vendors or equivalent.
• Certified data destruction for all devices storing data and Certificates of Destruction should be kept.
• Ensure all employees are trained in the policy. Document that training.

Step 3: Train Your Employees

If employees are not aware of a policy and don’t understand it, then it’s not effective. Create a training program that teaches the importance of e-waste recycling. Discuss the dangers of data security and the environment when disposing of items improperly.

What devices are covered? 
Provide examples and pictures. Educate staff on the fact that printers, copiers, and network equipment can also hold information like computers.

How to request a pickup? 
Provide a straightforward procedure for the removal of used equipment. This could be a web form, email address, or phone number.

What not to do? 
Make sure to stress that electronics should never be disposed of in the regular trash. Discuss that personal devices brought from home are not included in the corporate program.

When should data security reminders be sent?
Encourage workers not to store sensitive information on their local hard drives unless it is required. Use network drives and cloud storage to make data destruction at the end of life easier. Ensure that all new employees and all employees each year are trained.

Step 4: Choose And Onboard A Recycling Partner

After selecting a partner, develop a service agreement and operating procedures with the partner.

• Define pickup frequency. Do you need monthly, quarterly or annual pickups?
• Establish chain of custody procedures. Insist on signed manifests for each shipment.
• Set reporting requirements. You should at least be given a Certificate of Data Destruction, a Certificate of Recycling, and a list of the assets that have been processed.
• Agree on a revenue-sharing arrangement. The industry standard is 60% to 80% to the customer, and the rest to the recycler.
• Have a written service contract and make sure to get it signed by your lawyer.

Step 5: Monitor And Improve

For its proper implementation, you need to monitor certain indicators. These include the overall weight of processed waste, reuse rates, and profits made due to the recovery of precious metals.

It is also essential to conduct regular inspections and reviews. Go through your warehouse and make sure there is no accumulation of outdated equipment, and carefully analyze your data on the disposal of these devices.

Annually assess the performance of your e-recycling partners in terms of their timeliness and the compliance of measures taken by them with security standards.

The best strategy, however, is to produce less e-waste. This can be achieved by increasing the lifespan of devices through more effective service or by donating used but working equipment to schools and other institutions.

Finally, when purchasing new equipment, prefer those brands that have high recycled metal content.

Conclusion

The recycling of e-waste is no longer the exclusive domain of environmental activists. It is an essential business process of good companies.

The volume of electronic waste is growing every year. The consequences of mishandling data, such as data breaches, fines for regulatory compliance, and reputational damage, are growing. And the opportunities are significant. You will be able to save costs, recover value, and be a sustainable leader. 

A professional e-waste recycling program can help your business safeguard sensitive data and meet environmental standards. You can generate revenue from the sale of retired equipment as well. By following proper practice, you can show customers, investors, and employees that your company is responsible.

So, are you ready to start your corporate e-waste recycling program? TekNext Global provides businesses of all sizes with secure and responsible e-waste pickup services. Their staff is responsible for all logistics, data destruction, reporting, and certification. Keep data safe, recover value, and recycle responsibly.

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