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Recyclable Phone Batteries Are Now A Reality

Recyclable Phone Batteries Are Now A Reality

Waste is Becoming an Increasingly Important Issue

The disposal of trash and waste is unsurprisingly a mess worldwide. Many problems exist within the structure of trash disposal, with recycling being often neglected in many areas, inconsistent and underdeveloped trash removal infrastructure, and the lack of any trash disposal facilities.

This means it’s relatively common worldwide to see actual rivers of trash.

A component of this issue that is growing daily is the increasing problem of electronic waste, otherwise known as e-waste. E-waste is the garbage created after electronic devices are thrown away after being used.

E-waste makes up anything electronic that goes into the landfill, and the reason this is so problematic because these devices often contain hazardous and toxic chemicals that eventually make their way into our land, water, and atmosphere.

Of the e-waste that is created, 10% of it is made up of cell phone batteries. This specific component of cell phones is increasingly a problem. Beyond the issues I described above, cell phones and other electronics are burned, releasing these dangerous chemicals and creating new ones.

However, many of these issues could be circumvented just by making easily recyclable phone batteries. This is how it could work.

Why Hasn’t This Been Done Already?

One of the major obstacles preventing cellphone batteries from being recycled commonly is that lithium-ion batteries are quite challenging to recycle or reuse.

However, there are many other ways to create cellphone batteries, and one of these ways could present itself as the way forward to create sustainable personal cellular devices.

The RMIT School of Engineering in Australia developed this new recyclable phone battery. The design primarily uses a material called Mxene, a material similar to graphene commonly used in electronics like traditional, not-so-recyclable phone batteries. The primary reason why Mxene isn’t already found in most cell phones is that it rusts easily, which hampers conductivity.

Compared to graphene or lithium-ion batteries, Mxene rusts much quicker, but this property ironically could be the very thing that extends the device’s life. Using sound waves to “brush” off the rust, the researchers estimate that they can extend a conventional phone battery’s life span by three times and create truly recyclable phone batteries.

Hossein Alijani, a Ph.D. student at the university and co-lead researcher of the project, said, “Current methods used to reduce oxidation rely on the chemical coating of the material, which limits the use of the MXene in its native form, in this work, we show that exposing an oxidized MXene film to high-frequency vibrations for just a minute removes the rust on the film. This simple procedure allows its electrical and electrochemical performance to be recovered.”

 

The Future is in Recycling

Reducing waste, period. It is one of the most critical issues facing us. However, in the meantime recycling the waste we are creating is the best solution to the massive amounts of garbage contaminating our planet.

As we continue to move into a world in which electronics play an increasingly important role in our daily lives, we must abandon the disposable electronic-use model. Creating easily removable and recyclable phone batteries is a challenge that is necessary for us to overcome.

With developments in technology like this becoming more common, we will soon see a world without contradiction between electronics and environmental sensitivity. As part of this movement, MXene recyclable phone batteries appear to be the latest and most promising solution to this problem that we have created.

 

 


 

 

Source Happy Eco News

You’re (Probably) Recycling Wrong: Here’s How To Do It Right

You’re (Probably) Recycling Wrong: Here’s How To Do It Right

What Is Recycling?

Recycling is the process of converting waste into reusable materials. There are many examples of recycling that don’t involve putting items into a green bin, like using an old jam jar as a vase for flowers.

 

Why Should You Recycle?

Everyone has their own reasons for recycling, but here are five major reasons why you should make a habit to recycle properly:

  1. Reduce your carbon footprint: Throwing away recyclable materials like aluminum cans or newspapers is a huge waste of energy — equivalent to the annual output of 15 power plants. Recycling cans saves 95% of the energy required to make them from a virgin source.
  2. Preserve our natural resources and wildlife: The process of mining for raw materials is harmful to natural ecosystems and animals.
  3. Reduce landfill waste: Most of us have the luxury of never seeing where our bags of trash end up, but it has to go somewhere. Not only are landfills aesthetically displeasing and have adverse effects on tourism, but they’re also wreaking havoc on our environment.
  4. Prevent pollution: Recycling products to (1) keep them out of landfills and (2) reduce the amount of mining of raw materials prevents air and water pollution.
  5. Create jobs and stimulate the economy: Recycling and reuse activities account for more than 680,000 jobs, $37.8 billion in wages, and $5.5 billion in tax revenues in the U.S. alone.

 

What Can Be Recycled?

Specifics can vary depending on the rules at your local recycling center or curbside recycling program, but the following items can generally be recycled:

Aluminum/Metal

Recycling aluminum cans save 95% of the energy required to make the same amount of aluminum from its virgin source.10 You can recycle the following aluminum materials, but make sure they’re free of residue.

  • Beverage cans
  • Food cans
  • Tin foil
  • Scrap metal

If there’s a hard-to-clean substance stuck to an item, you’re better off throwing it away.

Paper Products/Cardboard

Paper and cardboard have a 68% recycling rate in the U.S., which is pretty high compared to other materials. Again, make sure the material is free of food residue before putting it in the recycling bin. And be sure to check with your curbside recycling program’s policy, as some only accept corrugated cardboard.

  • Cardboard boxes
  • Milk or juice cartons
  • Newspaper
  • Printer paper
  • Frozen food boxes
  • Ream wrappers
  • File folders
  • Poster Board

Plastics

Sadly, only 5–6% of the 46 million tons of plastic generated in the U.S. gets recycled.11 You can help increase that statistic by properly cleaning and recycling the following plastic products:

  • Water bottles
  • Soda bottles
  • Plastic beverage jugs
  • Takeout containers
  • Plastic jugs and tubs labeled No. 1 or 2*

*Typically, those with the numbers 1 or 2 inside the triangle can be recycled curbside, though some may have to be taken to a recycling center. Plastics numbers 3–7 must be taken to a specific recycling facility.

 

What Can’t Be Recycled

To avoid wishful recycling, you should trash (or explore alternative options) for the following waste:

  • Food scraps (look into composting instead).
  • Plastic shopping bags (most retailers offer bag recycling).
  • Food-tainted items (pizza boxes, dirty food takeout containers, used paperware, etc.)
  • Snack bags or candy wrappers
  • Paint buckets
  • Ceramics and kitchenware
  • Glassware (non-bottles or jars)
  • Broken glass
  • Windows or mirrors
  • Plastic wrap
  • Bubble wrap or packing peanuts
  • Styrofoam
  • Photographs
  • Medical waste
  • Wood
  • Yard waste
  • Six-pack rings
  • Frozen food bags

Other Materials and Recycling

There are other materials that can be recycled but must be taken to a special recycling center to do so properly. (In other words, don’t put these items in your recycling bin.)

These items may include:

  • Textiles/clothing
  • Light bulbs
  • Fluorescent tubes
  • Batteries
  • Computers/electronics

A quick internet search of “how to recycle [item] near me” should direct you toward the proper recycling facility or drop-off center for these items.

 

Do’s and Don’ts of Recycling

We cannot stress this enough: the rules of recycling vary based on your local recycling center or curbside recycling program, so be sure to check what guidelines you need to follow to avoid recycling contamination.

However, the following are common dos and don’ts when it comes to proper recycling.

Recycling Do’s:

  • Check with your local recycling center for guidelines.
  • Empty and clean all containers before recycling, making sure there’s no leftover food or beverage residue.
  • Break down cardboard boxes.
  • Keep the lid of metal cans attached and fold them inwards so the sharp edge isn’t exposed.
  • Separate your materials by type.

Recycling Don’ts:

  • Put any of the materials listed in the above section, “What can’t be recycled,” into a recycling bin.
  • Recycle plastics No. 3, 4, 5, 6, and 7 in a curbside recycling bin (these plastics must be taken to a specific recycling facility).
  • Flatten cartons or bottles.
  • Recycle the glass from windows, mirrors, vases, or drinkware.

 

How Are Products Recycled?

You now know what can and cannot be recycled, but have you ever wondered how things are recycled? Let’s take a look at some of the processes for the most common items below.

Aluminum/Metal

Aluminum cans and other metal materials are taken to special treatment plants. After being sorted and cleaned, the metals are remelted to remove colorings, coatings, and shapes.

Once in liquid form, the aluminum is then made into giant blocks called “ingots.” Ingots get shipped out to mills, where they get rolled out into sheets before being fashioned into their new shapes. In all, it takes just a few weeks for aluminum to be recycled.

Cardboard

Cardboard is first sorted by type, either boxboard (i.e., a cereal box) or corrugated (i.e., a standard shipping box). The material is then shredded and poured into big water tanks to be turned into a pulp, with all other materials (metal, tape, etc.) getting filtered out in this process.

After the filtering process, more water and chemicals are added to further pulverize the material before it gets rolled, dried, and pressed into sheets. The sheets are then cut into the proper shapes and sizes.

Paper (Office and Newspaper)

Similar to cardboard, newspapers or magazine paper are brought to a mill, where they are fed into a fiber preparation plant. From there, the paper is mixed in with water and chemicals that dissolve the ink and contaminants and turns into a soggy, mushy pulp.

The pulp is then injected between mesh sheets to form a wet sheet of paper. Once dried, the paper gets polished and rolled into big reels, later to be cut into smaller sizes and sold off.

Plastic

Once sorted by type, plastics are cleaned and then ground up and shredded. Once in bits, the plastic gets melted down and formed into small pellets about the size of a grain of rice.

The plastic pellets are then sold to companies to melt and mold into whatever container or shape they need to create.

 

How to Create a Home Recycling System

Having an organized and functional recycling system is important to promote proper recycling habits while also maintaining a healthier home (and planet). Here are a few steps to help get you started:

Step 1: Find Out the Recycling Pickup Schedule and Guidelines

If your city offers curbside recycling, make sure you’re aware of what items it accepts and what day your recycling pickup is.

Step 2: Figure Out Which Bins to Use and Label Them

Many cities require that curbside recycling be separated into separate bins. If you’re in charge of bringing recyclables to a recycling center, you’re better off buying separate recycling bins and labeling them by type (i.e., plastic, cans, cardboard, paper).

Step 3: Analyze (and Reduce) Your Waste

Do you get a lot of junk mail? Do you buy unnecessary plastic products? Perhaps you have a lot of items shipped to your home? There are ways you can reduce your waste to create fewer recycling headaches.

  • See if you can get a “no junk mail” sticker for your mailbox.
  • Opt out of junk mail by going to the website DMAchoice.org or calling 1-888-5-OPTOUT to stop receiving credit card offers.
  • When you order a product online, see if there are options for reduced shipping materials (Amazon offers this).
  • Sign up for e-notifications or statements for your bank or other service providers.

Reducing your home waste (especially ridding of those cardboard boxes) can help keep your home free of pests as well.

Step 4: Keep It Organized

Stay on top of your recycling by breaking down your materials and sorting them into their respective bins. If you have curbside recycling, set a phone reminder to move your bins to the curb the night before pickup.

 

Teaching Kids How To Recycle

Maintaining a home recycling system is a great chore for children, but the chore doesn’t have to be a bore. Here are some tips to make recycling more exciting for kids.

Make Smaller Recycling Bins Just for Kids

If possible, make smaller recycling bins for your kids’ bedrooms or playroom and teach them how to break down materials and properly sort them. The night before recycling day, they can add their separate stashes to the bigger bins.

Go on a Recycling Scavenger Hunt

A recycling scavenger hunt is a sneaky way to get your kids to help you clean the house. Have them go around your home and find different items that can be recycled, like the opened boxes from online purchases or the soda cans left in the TV room.

You can also hide recycled materials around the house to make it a little more interactive.

Create DIY Projects With Recyclable Materials

There are plenty of ways to upcycle recycled materials, especially those that can’t go into curbside recycling. You could make seed starters out of egg cartons, sew door drafts, or heating pads from old clothing. If you use recycled materials for general arts and crafts, the possibilities are endless.

Donate Toys and Clothes

Make a habit of going through the toys and clothes that your children have outgrown and asking them how these items may better serve other children in your community. Whether that be a neighbor or schoolmate or drop off at a donation center or thrift store.

Make a Bird Feeder

You can use plastic jugs or bottles to make homemade bird feeders. All you need is a pair of scissors or X-acto knife, a long stick, a piece of used wire (or string or twine), a nail, and some birdseed.

  1. Cut a hole in the side and the top of the bottle or jug.
  2. Poke a hole through the plastic with the nail.
  3. Put the long stick through both holes (this will act as the t perch for the birds to stand on).
  4. Use the nail again to poke holes in the top of the feeder.
  5. Insert the string through the top hole to make a hanger.
  6. Fill the bottom of the bottle with birdseed.
  7. Hang your bird feeder outside!

Play Zero Waste Games

You can recycle materials to make games for children. Many of these work best in bigger group settings, ideal for the classroom or parties. Here are some ideas:

  • Fill empty bottles with sand for bottle bowling.
  • Create towers with aluminum cans and see who can make theirs the tallest.
  • Do a recycling relay, where you give each kid a pile of mixed recyclables and trash and see who can properly sort their items into the correct bin the fastest.
  • Make three signs (plastic, glass, paper) and put them in different areas of the room. Call out different recycled items (like, “milk carton”) and have the kids run to whichever sign resembles the bin that item would go in.

 

Recycling and Eco Terms Glossary

Below are some helpful recycling and eco terms to know and teach to your kids.

  • Bin: A small container used to hold limited amounts of waste, typically specified by type (compost bin, paper bin, plastics bin, etc.)
  • Biodegradable: When a material can naturally be broken down by microorganisms and turned into water or carbon dioxide.
  • Commingled container: A single waste container that holds a blended collection of recyclable materials (any combination of paper, cardboard, aluminum, steel, glass, and plastic).
  • Compactor: A machine that uses pressure to compress materials into a dense mass.
  • Conserve: Protect something (especially an environmentally or culturally important place or thing) from harm or destruction.
  • Decompose: To rot or break down into essential elements.
  • E-waste: Electronic components that can be disassembled and recycled (including computers, monitors, keyboards, computer mice, TVs, cell phones, etc.)
  • Fossil fuels: Compound mixtures made of fossilized plant and animal remnants (coal, oil, and natural gas) that are extracted from the earth and burned as a fuel source.
  • Hazardous waste: Poisonous or toxic materials that can cause harm to humans, ecosystems, and wildlife if not properly disposed of.
  • Landfill: A place where trash and solid waste are dumped, buried, controlled, and managed. This trash can take decades or even centuries to break down.
  • Renewable energy: Alternative forms of energy from natural resources, like the sun (solar power), wind or water (hydropower).
  • Textiles: A type of cloth or fiber-based that may be composed of woven fabrics, yarns, or threads.

 

 


 

 

Source Today’s Homeowner

Plans in the works for UK’s first lithium refinery and largest battery recycling facility

Plans in the works for UK’s first lithium refinery and largest battery recycling facility

Business Secretary Grant Shapps has been in the North East today (7 November) for both of the announcements, made by Green Lithium and Altiluim respectively.

Green Lithium has announced that Teesport, Middlesborough, will be the location for its refinery. The facility will provide materials to industries such as automotive, energy storage and consumer technology. It will employ around 1,000 people during the construction phase and 250 in its operations.

 

 

The UK Government has provided Green Lithium with more than £600,000 of grant funding for its work, in a bid to ensure that the UK remains competitive as the net-zero transition continues, and to help make supply chains more resilient. 89% of the world’s lithium processing currently takes place in East Asia.

Shapps said: “We know that geopolitical threats and global events beyond our control can severely impact the supply of key components that could delay the rollout of electric vehicles in the UK.”

Green Lithium has stated that the proposed facility will produce 50,000 tonnes of battery-grade lithium each year once it enters full operations. It wants to begin production in 2025. The firm takes its name from the fact that its refining process claims to produce 80% less greenhouse gas emissions.

 

Battery recycling

Green Lithium’s plan, in the long-term, is to co-locate the refinery with battery recycling capacity.

In related news, cleantech start-up Altilium has announced plans to build the UK’s “largest planned recycling facility” for electric vehicle batteries after the Government confirmed a total of £3m of grant funding.

A decision for the final location of the plant will be made in 2023, the company has stated, and an 18-month construction period is envisioned. As such, it is aiming for a 2025 start-date for production.

Altilium has stated that Teesside’s status as a freeport, the support of local authorities and the fact that there are skilled workers in chemical processing in the region were all key factors in its decision on location.

Just last week, Britishvolt, which is currently constructing a gigafactory for car batteries near Blyth, avoided collapse by securing £1.7bn of additional funding. The gigafactory is now set to open in the last half of 2025. The firm blamed “difficult external economic headwinds including rampant inflation and rising interest rates,” for its challenges.

 


 

Source edie

Singapore startup claims breakthrough in Lithium-ion battery recycling

Singapore startup claims breakthrough in Lithium-ion battery recycling

A Singapore-based startup claims to have found a solution to the world’s electronic waste problem—a new way to recycle the rechargeable batteries that power portable electronics and electric vehicles.

The company, called Green Li-ion, says its technology can recycle Lithium-ion (Li-ion) batteries much faster than conventional processes, using less energy and producing less waste. It is touted as the only technology in the world capable of fully recovering the precious metals in the cathode component of batteries.

Green Li-ion says its GLMC-1 system could be a game-changer for electronics manufacturers and the energy storage industry, which faces a looming waste crisis and increasing scrutiny from regulators.

Some two million metric tonnes of Li-ion battery waste is projected to be generated annually by 2030 as demand for portable gadgets and electric cars balloons.

The lifespan of Li-ion batteries is typically one to three years, and 95 per cent of portable power packs end up in landfill as flammable toxic waste that can contaminate soil and groundwater.

Though recyclable, Li-ion batteries are difficult and expensive to recycle, and the electronics industry has focused on extending battery life and charge capacity rather than recyclability.

Green Li-ion’s technology can recover precious metals two to three times faster than conventional recycling methods and produce recycled content that is freer of impurities.

Typically, electronics recyclers need to ship battery waste to Japan, the global hub for the battery industry, where the precious metals are separated and recovered. Green Li-ion’s technology uses a chemical process that does not separate out the metals, so the raw material can be re-used in a fraction of the time.

The chemical process used is a special form of co-precipitation, a method for refining chemicals.

The technology is also unique in that it can handle various types of Li-ion batteries, so no sorting is required.

The GLMC-1 system increases the efficiency of battery recycling by more than 200 per cent with a carbon footprint that is eight times lower than if the raw materials were mined, its developers say.

An individual machine can process two tonnes of spent batteries a day, costs in the region of US$2 million and takes around six months to install.

The technology was developed by Dr Reza Katal, who graduated from the National University of Singapore with a doctorate in environmental engineering in 2016, and co-founded Green Li-ion in February this year.

It is backed by NUS Professor Seeram Ramakrishna, who chairs the university’s Circular Economy Taskforce. He said the system is noteable for driving recycling efficiency and lowering the carbon footprint of recycling technologies.

Green Li-ion raised US$400,000 in pre-seed funding from investors including incubator Entrepreneur First, and says it is in talks with a number of e-recyclers in Singapore to get its machines up and running.

“We’re modest but ambitious,” Green Li-ion co-founder Leon Farrant told Eco-Business. “We want to have three machines deployed in 2021. And we want to sell 93 machines by 2025, which would cover all of the world’s major recycling locations globally.”

Farrant said that he hopes to have a machine operational in Singapore ahead of the introduction of a planned extended producer responsibility (EPR) scheme next year, which makes electronics manufacturers responsible for the collection and recycling of their products after they’ve been used.

 


 

By Robin Hicks

Source: Eco-business