Electronics Information

Batteries have been around since the 1800s, and since then they have become ubiquitous in virtually every household. Creating electrical energy from a chemical reaction inside the battery cell is done by utilizing electrochemical cells. A primary or secondary battery are the different kinds of batteries in which the first being disposable and the secondary being rechargeable. Rechargeable is precisely what the name suggests, they are able to be recharged and used again until they need to be replaced while the other type of battery is used once and then disposed of hence the use of the word disposable.

There are a few battery manufacturers in the United States currently. Of these, one is Duracell, who has rather recently come forth with their Procell battery line. Side by side, its tough to see the difference between Duracell Coppertop batteries and Duracell Procell batteries. The nominal voltage, weight, volume along with other specifications are all the same.

One of the main differences between Duracells regular Coppertop battery and the Duracell Procell batteries is the totally different target consumer for these lines. While the Coppertop line is created for the average consumer, Procell batteries are designed and marketed specifically for industrial and professional use.

The Procell battery is more acceptable for a more professional environment even though a side-by-side comparison between the Coppertop and Procell lines are hardly apparent. In the industrial and professional setting, battery life is much more important because of the high demand and necessary functions they are relied upon for. Because of this vital need, Duracell created the Procell battery line to ensure reliability. Developing a more dependable product that would be more durable was accomplished through Duracell’s rigorous process of testing. Considering an environment like hospitals or other medical setting, guaranteeing life sustaining equipment function is critical for patient care.

The result of such extensive and rigorous testing is that Duracell is able to provide a long lasting battery. They have come up with a very thorough analysis that details regular battery usage. To create the best battery, these tests have provided Durcell with important information in regards to how they can make their batteries far better. While Procell batteries are given a somewhat higher charge, that is also an indicator of the difference of the Coppertop and Procell batteries A standard 9 volt Duracell battery is given a 9 volt charge, while a 9 volt Procell battery has a 9.5 volt charge.

Typically, consumers will be unable to locate the Procell batteries in stores because they are for a more industrial type use. To be able to purchase Procell batteries, you must search online or order them through a supplier and you will likely need to purchase them in bulk with the minimum purchase volume differing depending on the supplier. In addition to being more difficult to find, Procell batteries can be more expensive than regular consumer batteries, but they are also more reliable and have a longer life than consumer grade batteries.

It might be worth considering buying the Durcell Procell batteries if you are looking for batteries. Many reviewers rave about their longevity and dependability versus regular consumer batteries. People can use them for their CD players until finally they cant work anymore, then transfer them to hand-held game consoles until they dont work for those, then to their television remote’s, all while lasting longer than the regular batteries they can purchase at the store. Worth looking into, Procell batteries can be used in so many everyday electronic while offering you a longer life cycle as well.

When you think about consumer electronics, you may think of equipment you use every day; like televisions, mobile phones and personal computers. What you may not even consider is that each year, the United States alone generates almost 3 million tons of commodity and electronic waste (or e-waste) through the disposal of damaged, defective and obsolete devices, such as that cordless phone that quit working for you or those mobile phones you threw away because you wanted the latest models. Let’s look at where that e-waste ends up after it’s tossed away and the effects it has on you and the environment.

Because of the difficulty and cost of recycling electronics, as well as spotty enforcement of legislation regarding e-waste exports, vast amounts of used electronics have been sent to countries such as China, Kenya and India. Lower environmental standards and working conditions make processing e-waste more profitable yet dangerously hazardous in those countries. Being mindful of e-waste disposal is a big concern. There are facilities out there that specifically deal with this hazardous material correctly.

When electronics are handled and sorted properly, e-waste is a valuable source of secondary raw materials. However, they are a major contributor of toxins and carcinogens when clumsily treated.

Fast paced technology changes, low initial cost and actual planned obsolescence have given way to a growing problem around the globe. Uncontrolled burning, disassembly without safety measures in place, and haphazard disposal practices are causing environmental and health problems.

Toxic and carcinogenic substances in waste from consumer electronics include lead, cadmium, mercury and polychlorinated biphenyls (PCBs). When not handled properly, these substances can seep into soil where food is grown. They can be eaten or absorbed by animals in our food chain. Illegal burning of these electronics causes toxic fumes to be emitted, which are inhaled by animals and humans and depletes the ozone.

There are many ways in which these substance cause serious health risks. Lead, cadmium and mercury levels can build up in the body over time causing damage to the central nervous system, renal failure and cell damage. PCBs are known carcinogens.

Think about it the next time you indiscriminately throw away those cordless phone batteries or that camcorder that is older than your parents. Proper disposal through an e-waste recycler helps save our environment. With the potential for mercury, cadmium and lead leaching into the soil and contaminating the food chain, as well as PCB exposure causing cancer, some thoughtful consideration of use, reuse and disposal of consumer electronics is essential.

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