Best Buy customers are part of the solution to e-waste
[November 15 is America Recycles Day. At Best Buy, we aim to positively impact the world, enrich people’s lives through technology and contribute to the common good. We demonstrate this through our commitment to communities, people and the environment.]
The laptop, phone or tablet you’re reading this on might become part of an airplane one day — that is, if you recycle it.
At Best Buy, we have helped our customers recycle more than 2 billion pounds of electronics and appliances since 2009, making us the largest retail collector of e-waste in the United States.
“We are committed to supporting our customers throughout the lifecycle of their products,” said Tim Dunn, Best Buy’s head of environmental sustainability. “Making electronics recycling easy is one important way we can serve our communities and protect the environment,”
Our goal is to make it really easy. You can drop off old electronics for recycling at any Best Buy store, and our trade-in program provides gift cards for items that still have value. You can also use our haul-away program when you buy new TVs, appliances or fitness equipment.
But what exactly happens next?
After being collected by a Best Buy associate, they are shipped to Regency Technologies or Electronic Recyclers International (ERI), our trusted recycling partners. These facilities wipe any remaining data from devices before determining if the product can be repaired, repurposed or recycled.
Then, they break down materials using shredders, equipment and manpower and ensure the reclaimed commodities are recycled and repurposed into new products like fiber-optic cables and even airplanes. Plastics can be made into new electronics or other items.
A 50 million-ton problem
E-waste is a large waste stream — and an important one — to manage. There are 50 million tons thrown away each year.
Best Buy is committed to being part of the solution. Last year alone, we sent more than 200 million pounds of consumer electronics and appliances to our recycling partners.
And this program is just one of the ways we are working to protect our environment. We have a goal of reducing carbon emissions in our operations by 75% and reducing carbon emissions for our customers by 20% — all by 2030.
We recently signed The Climate Pledge, a commitment to be carbon neutral across our business by 2040 — a decade faster than our previous goal of 2050.
Tips for e-waste recycling
Here’s what you should know before bringing your electronics in to your local Best Buy.
- See if your tech has value by using our Trade-in Calculator.
- Check to see what items are accepted at your local store and what fees might be associated.
- Our recycler renders all data unrecoverable, but you can also wipe your hard drive before coming in. Here’s how to do it.
- Real people collect and sort the recycling, so please clean your items before bringing them in.
- Our stores are subject to local COVID-19 safety measures, so check your store’s hours before heading in.
Read more about Best Buy’s recycling standards here and our commitment to the environment here.
Texas Recycles TVs Program – Texas Commission on Environmental Quality
Texas Recycles TVs Program
For TV recycling opportunities, find the brand of your TV or see the information below.
For TV recycling opportunities, find the brand of your TV or see the information below.
Trying to recycle your computer? Visit www.TexasRecyclesComputers.org.
Texas Recycles TVs Program
New program rules are available at Title 30 Texas Administrative Code, Chapter 328, Subchapter J
. Under the new program, retailers, manufacturers, and recyclers must follow specific requirements to comply with the law.
- Retailer Requirements
- Manufacturer Requirements – NEW The TCEQ has issued a new registration and reporting form, TCEQ Form 20932, which combines the Annual Registration and Reporting Form and Recovery Plan. Please use the new TCEQ Form 20932 (
) | (
) and submit by January 31, 2022.
- Recycler Requirements
Each manufacturer on the TCEQ list has, according to state law
notified the TCEQ that it offers a recycling program—free of charge at the time of recycling—to collect and recycle consumers’ used television equipment.
Find the Results for Manufactures’ Annual Reporting program information, including the
2022 Legislative Report.
How to Recycle Your TV
Please note that the TCEQ does not provide recycling services. Our program only assists with locating local recycling options.
Choosing to recycle used electronics over landfill disposal reduces the need to process raw materials for new products and helps to minimize excessive waste. Below are several tips on how to locate an electronics recycling facility.
- Use the “Find a TV Recycler” below to verify if the brand of your television is listed. Each link will take you directly to the manufacturer’s recycling web page, which contains instructions for recycling your device. Contact the manufacturer directly if an option is not listed. Please note that the manufacturer programs are based on the collection of market share. As such, other manufacturer programs may be able to accept your television.
- Conduct an online search for “Electronic Recyclers Near Me”.
- Certain household hazardous waste (HHW) programs may accept televisions. To search for HHW collection events near you, please visit
HHW Collection Program Contacts.
Find a TV Recycler
A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z
|Amazon Fire TV||Amazon.com Services LLC|
|Curtis||Curtis International Ltd|
|Element||Element TV Company|
|GoldStar||LG Electronics USA, Inc.|
|LG||LG Electronics USA, Inc.|
|LG Signature||LG Electronics USA, Inc.|
|Naxa||Naxa Electronics, Inc.|
|Back to top|
|Polaroid||PLR IP Holdings, LLC|
|Proscan||Curtis International Ltd|
|RCA||Curtis International Ltd|
|Samsung||Samsung Electronics Co.|
|Sansui||EliteLux Technologies, Inc.|
|Scenium||Curtis International Ltd|
|Skyworth||Skyworth USA Corporation|
|Sony||Sony Electronics, Inc.|
|Sunbrite TV||Sunbrite TV, LLC|
|Sylvania||Curtis International Ltd.|
|TCL||TTE Technology, Inc.|
|Westinghouse||Westinghouse Electronics USA, Inc|
|Zenith||LG Electronics USA, Inc.|
|Back to top|
Can’t find your brand on the list? Link not working?
E-mail us at [email protected]
Manufacturers that have reported collecting their full market share allocation for the year have fulfilled their obligations under the program. Under the rules, these manufacturers are not required to offer additional collection opportunities, so their TV recycling link has been removed and denoted with a symbol.
Utilization of CRT monitors and TVs / Sudo Null IT News
Many of us still remember those recent times when cathode ray tube (CRT) monitors were used to visually present information on a PC, and CRT TVs can still be found in almost every home. However, the age of kinescopes came to an end, and they were replaced by more advanced liquid crystal and plasma displays. The reverse side of this progress was an unusually large number of unnecessary CRT monitors and televisions. According to some estimates, from several thousand to one million monitors and televisions are thrown away every year in various countries, and the total amount of obsolete equipment that is still stored in the homes of owners can be in the millions. It is predicted that the flow of this “electronic garbage” will dry up only by 2020-2025. However, the main problem is that kinescopes require special disposal.
To answer this question, let’s look at the design of CRT equipment and the kinescope itself, as well as the materials used to make it.
The main components of a computer monitor or TV are a kinescope, a plastic case, printed circuit boards, wires, a deflection system, and protective elements. The kinescope makes up approximately two-thirds of the mass fraction of the entire monitor or TV, as can be seen from the pie chart below.
Fractional composition of a CRT monitor or TV
In turn, the main structural elements of a kinescope are a CRT, a cone, a screen and an internal magnetic screen with a mask.
Simplified schematic representation of the kinescope
Fractional composition of the kinescope in mass percent has the following form:
Fractional composition of the kinescope The screen surface is covered with four layers. The first layer is a carbon coating with various additives of surfactants. The second layer forms a coating of phosphors, on which a wax-like layer is applied to level and protect the surface. The aluminum coating forms the fourth layer applied to increase brightness. In the case of a kinescope cone, its inner side is covered with a layer of iron oxide, and the outer side is covered with graphite. The screen and the cone of the kinescope are interconnected with the help of glass cement.
It is widely known that the kinescope is made of glass, the chemical composition of which varies depending on the functions of the elements of the kinescope. One of the main functions of glass is protection from x-rays. To do this, about 34 wt.% PbO is usually injected into the glass of the electron gun. A somewhat smaller amount of lead oxide contains a kinescope cone (22 wt.% PbO). In the case of a kinescope screen, its glass is specially made thicker to absorb dangerous X-rays. In addition, this glass must have good optical properties, so it is made from barium-strontium glass (it absorbs X-rays about one and a half times worse than lead glass). Note that in the screens of color TVs released before 19For 95 years, glass containing up to 5 wt.% PbO was used. However, thanks to the efforts of the German Central Association of the Electrical and Electronics Industry (ZVEI) to increase the volume of recycling of kinescopes, since 1996, most manufacturers have completely switched to the production of screens without the use of lead oxide. American manufacturers Corning and Corning Asahi Video only did not follow this example (Thompson RCA moved in 1998).
In black-and-white television sets, the screen and the kinescope cone are made from the same type of glass, which usually contains up to 4 wt.% PbO. This difference in the chemical composition of glasses of different types of TVs is due to more powerful X-ray radiation in color TVs due to an increase in the accelerating voltage to 20–30 kV versus 10–20 kV for a black and white TV. The average chemical composition of the kinescope glasses is given in the table below (depending on the manufacturer, the composition of the glass may vary somewhat).
As the reader has probably already guessed, the main environmental hazard is lead oxide, which is part of the kinescope glass. The amount of lead oxide in one kinescope depends on its size and can vary from 0.5 to 2.9 kg with an increase in its measurements from 13 to 32 inches, respectively.
The content of lead(II) oxide depending on the size of the kinescope
A feature of these glasses is that lead ions are relatively easy to leach out of the glass and enter the environment. For example, with improper disposal of a kinescope, leaching of lead ions can occur under the action of organic acids, which are formed at a landfill for household waste. Of all the lead-containing kinescope components, glass cement is the most easily leached.
Lead, like its compounds, is a toxicant with a pronounced cumulative effect, causing changes in the nervous system, blood and blood vessels. This circumstance implies the need for proper disposal of kinescopes by burying them in special landfills or recycling them.
Let’s consider the existing ways of utilization of kinescopes.
As a rule, the recycling process begins with the manual dismantling of televisions or computer monitors. In this operation, the case, printed circuit boards, speakers, wires, protective metal casing, deflection system and electron gun are dismantled. Also, for safety reasons, during this operation, a vacuum is released from the kinescope by making a hole in the place of the high-voltage output or through the neck of the electron gun. The protective iron clamp over the connection of the kinescope cone with the screen is also cut off. All these components are sent for further processing. As a result, only a kinescope remains, which must be divided into a cone and a screen due to their different chemical composition, which is important for their subsequent disposal.
In practice, the separation of the cone and shield is most often done with a diamond saw, hot nichrome wire or laser. After that, an internal magnetic screen with a mask is removed from the cut kinescope, and the screen itself is sent to a chamber in which a phosphor is collected with a vacuum cleaner (buried at a special landfill). Thus, two types of glass are obtained at the output – lead and barium-strontium.
This process is shown in the video below.
There is also a slightly different way of separating lead and barium-strontium glasses. This method consists of the following technological operations: kinescope crushing, magnetic fraction isolation, mechanical removal of coatings, glass washing with water, drying, and, finally, separation into lead, barium-strontium and mixed glass using special analyzers (X-ray fluorescent or ultraviolet) and air guns . Note that in this technology, water is used in a closed cycle, and the amount of waste is 0.5% (glass dust, phosphor, coatings). This method of glass separation is used by Swissglas AG (Switzerland), RTG GmbH (Germany), SIMS (Great Britain).
Now let’s move on to the most important issue – the disposal of lead and barium-strontium glass. Until recently, these glasses were mainly sent to factories for the manufacture of new kinescopes. However, with the advent of liquid crystal and plasma displays, the production of kinescopes ceased, which made this method of processing practically irrelevant. However, there are three enterprises in China (Shaanxi IRICO Electronic Glass, Henan AnCai Hi-Tech and Henan AnFei Electronic Glass) that can use up to 100 thousand tons of glass per year, which is only a small part of the total (5.2 million tons according to a report by Qinghua University).
It should be noted that barium-strontium glass has found application in the production of building materials due to the low leaching of barium and strontium ions, the concentration of which does not exceed the permissible limits. Therefore, further we will focus only on the disposal of lead glass.
Today, the single most common method of processing lead glass is to use it as a recyclable material to produce lead. For this, metallurgical melting furnaces for lead are used, in which the flux is partially replaced by lead glass. However, the number of furnaces that use lead glass in their technological process is rather small in the whole world. For example, Doe Run (USA), Xstrata and Teck Cominco (Canada), Boliden Rönnskär Smelter (Sweden), Metallo-Chimique (Belgium).
Due to the small number of furnaces and the high cost of transporting recyclable materials to them, it was easier to send lead glass to a landfill. However, some e-waste companies have chosen a different path.
For example, to solve this problem, SWEEEP Kuusakoski Ltd. (Great Britain) together with Nulife Glass, the University of Sheffield and Aalto University developed and put into operation on November 30, 2012 a furnace for the production of lead from glass. The furnace is heated by electricity, and the raw material used is pre-crushed and mixed with a reducing agent lead glass (crumb up to 3 mm in size). After the recovery process at 1200 o With the output, lead granules and glass are obtained. This furnace can process up to 10 tons of glass or up to 2,000 large TVs per day.
Report from the opening ceremony
Alternative methods for the disposal of lead glass have also been proposed. In general, they all boil down to the idea of using glass for the manufacture of building materials (foam glass, for example) or as an additive in building materials such as brick, concrete, cement, decorative tiles, etc. Building materials with a high content of lead glass can be used to protect against x-ray radiation. It has also been suggested that lead glass be used in the ceramics industry to create glazes that are resistant to leaching.
The main disadvantage of building materials with lead glass additives is the decrease in their mechanical properties. In addition, the results of the leaching tests showed that the concentration of lead ions in most cases exceeds the permissible limits (according to American standards, the concentration of lead ions should not exceed 5 mg/l). We also note that in many countries the use of toxic substances in building materials is prohibited by law.
The above problem can be solved by special chemical treatment of glass, the essence of which is the preliminary leaching of lead. In this method, leaching is typically carried out with nitric acid for one hour, followed by washing and drying of the ground glass. Further, the leaching products are sent to a chemical plant for further processing, and the resulting glass chips can be used in building materials. This lead glass recycling method is used in Hong Kong.
In conclusion, it should be said that the problem of recycling old CRT TVs and monitors will be relevant for at least another decade. The situation with the solution of this problem can differ significantly in different countries of the world, which is primarily due to the lack or availability of technologies and processing enterprises, state support, and a recycling culture. In the CIS countries, as well as in Ukraine, the state of affairs in this regard can be said to be deplorable. Only in not many cases do kinescopes end up at special landfills, and one can only dream of their processing.
What to do with the old kinescope TV
CRT televisions have already outlived their lives. If you still have such a TV, then it is easier to sell or dispose of it.
Cathode ray tube televisions are almost out of use. From living rooms and bedrooms, they have long migrated to summer cottages, rented apartments, supply rooms and other places where it is a pity or not economically feasible to install a modern TV. However, more and more often, old equipment becomes completely useless, so it needs to be attached somewhere or thrown away. If you do not have a dacha where the old TV could still serve, then there are not so many other options.
It should be noted that you can’t just throw away the TV. As well as other electronic devices, household appliances, light bulbs and batteries. All of them contain harmful substances that can harm the environment.
Large retail chains often hold promotions with the acceptance of old equipment. You can bring old, and even faulty, equipment and get a discount on a new one. Also, if you bring a TV, you don’t necessarily need to buy a TV. There is a list of goods participating in the promotion, which includes a variety of equipment from smartphones to refrigerators. Please note that promotion rules may vary. Specify in advance what exactly you can get a discount on, what can be handed over and in what condition.
Some electronics retailers also have a “Recycling” service. Unlike a promotion, it is paid, so there is no benefit for the buyer. However, in this way you help to save nature. But in any case, it is better than taking out old equipment somewhere on your own. However, it is better to wait for the action.
In addition to retail chains, specialized companies also deal with recycling. There are quite a few of them, it is enough to drive in the search query “utilization of household appliances” or “export of household appliances”. Of course, few people are willing to pay for disposal, because it is much easier to take the equipment to the nearest garbage collection point.
A more troublesome, but often equally profitable way to get rid of an old TV is to sell it. A lot depends on the device itself. You won’t get much for a simple model. Sellers on ad sites ask for quite ridiculous money from 500 to 1000 rubles. It will still be more profitable to hand over the stock to an electronics store. A little more expensive you can sell a big-screen TV of a famous brand.
It is worth noting that there are a lot of offers. You will most likely have to wait before someone responds. In addition, you can try to give away TV for nothing. You won’t earn anything, but you won’t have to dispose of it.
But there are also really expensive models costing 15,000 rubles and more. You can argue for a long time who and why needs a TV for such an amount, but there are many such proposals. A quality CRT TV is great for standard-definition terrestrial television, and can be used with VCRs and older game consoles.
For viewing terrestrial TV and standard definition content, this TV is perfect. Expensive models not only have a contrasting and clear image, but also powerful built-in sound.
If the TV is an expensive brand, with additional video inputs, flat screen, 100 Hz, then it can be relatively expensive. Therefore, perhaps you should not rush to sell and set the minimum price, and even more so to hand over such a TV for recycling. Wait until a buyer shows up who really needs a quality CRT.
Special mention should be made of television sets that have a collection value. Of course, it is unlikely that something like this is just gathering dust in your apartment. However, vintage television receivers can cost a lot.