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Most of the batteries that we use everyday do not require any special preparation before recycling, however we do recommend that precautionary measures be taken when recycling certain types of batteries to reduce any risk of short-circuit.
Rechargeable Batteries
Rechargeable batteries come in all the common sizes like AA, AAA, C, D and 9 volt and you'll find them in many different household devices. They're also used in cellphones, laptops and tools. Carefully inspect rechargeable batteries for damage. Please ensure any exposed terminals or wires are taped or bagged during storage and prior to recycling.
Primary Lithium "Button" Cell Batteries (non-rechargeable)
Special consideration must be taken to ensure all primary lithium "button" cell batteries have their positive terminals taped prior to recycling. We recommend taping both the positive and negative terminals by simply placing a single piece of tape around the top and bottom of the button cell covering both terminal ends.
Button cell batteries are used in many applications such as musical greeting cards, watches and hearing aids.
Other Primary Lithium Cell Batteries (non-rechargeable)
Aside from the various button cell sizes, there are the more common AAA, AA, C, D and 9 Volt varieties. All of these batteries must have their positive terminals taped before recycling.
Sealed Lead Acid Batteries (SLA)
Sealed Lead Acid batteries are commonly used to power emergency lighting systems, UPS power units, remote control cars and vehicles. The sizes of these batteries vary depending on the application and each must have their positive terminals taped before recycling.
6 Volt Batteries
6 Volt batteries are the type used in larger flashlights and lanterns. Although not subject to the Transportation of Dangerous Goods Act, we recommend that the protective caps or masking tape be placed over its terminals prior to being recycled as well.
All 9 Volt (Including Alkaline)
9 Volt batteries are the type usually found in smoke detectors and alarm clocks. Simply place a piece of masking tape over the terminal ends to secure both the positive and negative terminals.
Broken or Damaged Batteries
Carefully place broken and or leaking batteries into a separate baggie or UN approved container with protective gloves and eyewear. Mark the container if it contains broken batteries. Do not bring broken or damaged batteries to E360S collection sites, please contact us to make recycling arrangements.
The positive terminal on a battery is marked with a + symbol or may be identified as the red terminal on the Sealed Lead Acid variety.
To properly secure a battery, simply place a piece of masking tape over the positive terminal end so that it may not come into contact with metal or other batteries.
On 6 Volt batteries, place a piece of masking tape around the terminal springs to prevent smaller button cell types from being wedged in-between the terminal.
Consider reusing the package from the replacement battery to secure the used battery. Simply place the used battery inside the package and if needed, seal the package with a piece of tape.
Stacking Button Cell Batteries Prior to Taping
If multiple button cell batteries need to be prepared for recycling, simply use a longer piece of packing tape and place each button cell side by side with the positive terminal against the tape. To ensure that the batteries stay together, place another length of packing tape over the negative terminal ends.
Taping Different Chemistries Together
Contact us to discuss your requirements of flashlight battery recycling. Our experienced sales team can help you identify the options that best suit your needs.
Every battery that is recycled at Environmental 360 Solutions Ltd. is sorted by type and chemistry. Place enough tape to safely cover the positive terminal. Avoid wrapping the entire battery in tape or taping different chemistries together.
Most of us have a place (or several) where we store our used batteries before we make the trip to our local retail recycling location. Below, we've listed some useful suggestions and considerations about storing your used batteries.
Out of Reach
All batteries should be kept safely out of reach of small children. Lithium button cell batteries found in musical birthday cards can be an attractive item for an inquisitive child. This type of battery is known to cause severe burns of the esophagus when swallowed which has in some cases resulted in death.
If you suspect your child has swallowed a battery of any type, you should contact your local emergency services immediately.
Store in a Cool, Dry Area
Store used batteries in a cool and dry area. Batteries should not be stored in extreme heat, near flammable materials or in locations where there is moisture or humidity.
Use a Plastic or Cardboard Container
As an added safety precaution, use a non-conductive storage container such as a plastic pail or cardboard box rather than using a metal coffee can for storage. Do not store batteries with flammable materials or conductive materials like metal, paperclips and staples, etc.
Ensure coin, 9 volt, sealed lead acid and lithium batteries are taped or individually bagged prior to storing.
Secure Positive Terminals
Remember to tape the positive terminal ends on all of the battery types listed above to reduce any risk of short-circuit.
If you're a resident of Ontario, you can recycle non-embedded primary and rechargeable batteries weighing less than 5 kilograms for free at many stores and municipal facilities across the Province. Simply type your postal code or city name into our search tool. If you live outside of Ontario, check with your local municipality to find your closest recycling point.
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Whether powering household electronics, or essential camera equipment, batteries are as fundamental as they are diverse. With one of the worlds largest range of batteries, GP Batteries has designed and optimised an array of batteries with your needs in mind. Below are a few helpful insights into how to choose the right battery and how to properly dispose of or recycle them once they have reached the end of their lifespan.
What is a battery? A battery is a store of chemical energy that can be easily inserted and removed from electronic devices, instantly providing the power needed to accomplish a task.
Picking out the right battery type can often be confusing, especially when faced with a variety of options. For example, should you choose single-use or rechargeable batteries? To help you select the right battery, weve broken down the essentials you need to know about each battery type.
Alkaline batteries deliver more power.
Preferred for the increasing power demand of everyday devices, our alkaline batteries are a great fit for an array of low to high-drain devices, such as toys, headlamps, game controllers and smoke detectors. That said, not all alkaline batteries are created equal, and performance will vary depending on the devices drain rating.
Lithium batteries are best suited for extreme temperatures and long use times.
Durable, lightweight yet powerful, Lithium batteries are well-matched for high-tech devices that require prolonged use (e.g. smoke detectors and sensors), high-power input (e.g. photoflashes and portable motor-driven devices) and extreme temperatures (e.g. flashlights in severe cold conditions).
Rechargeable NiMH (Nickel Metal Hydride) batteries offer an eco-friendly charge.
Preferred for the increasing power demand of everyday devices, our alkaline batteries are a great fit for an array of low to high-drain devices, such as toys, headlamps, game controllers and smoke detectors. That said, not all alkaline batteries are created equal, and performance will vary depending on the devices drain rating.
Voltage is especially important.
When picking out the right battery, voltage is also crucial to consider. Thats because some devices will not operate properly (or will only operate for a short time) if paired with less-than-ideal voltage. Heres something to remember: While alkaline batteries typically have a nominal voltage of 1.5 volts, rechargeable batteries have 1.2 volts; on the other hand, an alkaline battery will start its initial charge at 1.5 volts before tapering down to 1.2 volts in later charges.
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