Disposing of fluorescent tubes, lamps and bulbs is a selected concern as they include the highly toxic metal, mercury.
At any given second there are billions of light globes and fluorescent tubes lighting up our lives, but old light bulbs and tubes ultimately quit the ghost and create a mountain of waste. Fortuitously, lamp recycling just isn't only attainable; it’s also highly desirable. That’s the place Ecocycle comes in.
The Fluorescent Lamp Recycling Process
Even immediately, with all our data of the hazards posed by mercury, such because the deadly minamata illness, most fluorescent lighting waste is dumped in landfill. From there, the mercury leaks into our environment and might even end up in our food. So safely recycling fluorescent bulbs and tubes needs to be completed by experienced and licenced lamp recyclers.
But lamp recycling is about more than just mercury. With our specialist light recycling equipment we also recover metals reminiscent of aluminium, glass, phosphor powder and, relying on the type of lamp, plastic.
Fluoro tube recycling must occur within an enclosed surroundings because of the mercury they contain. With our state-of-the-art system, tubes and globes go into one end of our state of the art lighting processing plant and the separated components come out the other.
Crushed and Separated
First, the globes are crushed and non-hazardous supplies are removed. Aluminium is the primary metal recovered through tube recycling. It’s a commodity metal in high demand, and can end up in anything from soft drink cans to aeroplanes.
Glass is the next merchandise recovered. It’s highly recyclable, and the glass we recover from the recycling of fluorescent tubes goes back to industry. That’s a double win for the environment.
Things get tough with the phosphor powder. It incorporates a lot of the mercury and its recovery and remedy is among the most essential steps in fluorescent lamp recycling. Once it has been separated from the opposite parts, it goes into one in all our distillers. Because the phosphor powder is heated, the mercury turns into a vapour which is then condensed to produce pure metal. The mercury we recover is used in industry. The phosphor powder, now with out its burden of mercury, can be used to make new fluorescent tubes and/or recycled further to remove additional rare earth metals.
Responsible Disposal of Fluorescent Lights
It’s pretty clear that recycling lamps and tubes offers many benefits. Mercury is stored out of the setting and our meals supply, and valuable supplies are recovered for reuse. If all of us maintain this in mind when disposing of fluorescent bulbs, the world will likely be all the higher for it. It’s down to every of us to make sure that our fluorescent lamps and tubes, and different types of lighting, are safely recycled.
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