Trusted Junk Removal & Hauling Services in Warrington

Simply complete our online enquiry form or contact Ecolamp directly on 01925 230825. We will arrange everything for you including preparing the consignment note for the disposal of your tubes.

Fluorescent light bulbs contain some elemental mercury, like the mercury that is found in an older fever thermometer. The mercury can be in vapor, liquid or solid forms. Mercury is a necessary component to the operation of most energy-efficient lighting. Light bulbs that contain mercury use 75% less energy than regular light bulbs and last up to 10 times longer. Fluorescent light bulbs (including compact fluorescent light bulbs) and high intensity discharge (HID) light bulbs are the two most common types of light bulbs that contain mercury. Fluorescent light bulbs are commonly used for the lighting of schools, office buildings, and businesses.

High intensity discharge (HID) light bulbs contain varying amounts of mercury. The amount of mercury can vary depending on the type of HID light bulb. The three most commonly used types of HID light bulbs are mercury vapor, metal halide, and high pressure sodium. HID light bulbs are typically used when high levels of light are required over large areas and when energy efficiency and/or long life are desired. These areas include gymnasiums, large public areas, warehouses, outdoor activity areas, roadways, parking lots, and pathways. HID light bulbs, especially metal halide, are increasingly used in small retail and residential areas.

The amount of mercury in a CFL or other fluorescent light bulb typically ranges between 3.5 milligrams to 15 milligrams. The amount of mercury varies depending on the type of fluorescent light bulb, the company that makes the light bulb, and when the fluorescent light bulb was made. Although companies have greatly reduced the amount of mercury used in light bulbs over the past 20 years, they are not yet able to completely eliminate the need for mercury. The amount of mercury in a single fluorescent light bulb is small. However, collectively, large numbers of fluorescent light bulbs contribute to the amount of mercury that is released into the environment.

Crushing is the intentional breaking of fluorescent and other mercury lamps for the purpose of volume reduction. Crushing reduces the physical volume of lamps but does not recover any mercury. Crushing is not recycling, but it can be a step in the process when the crushed material is further treated by a recycling process that includes retorting. Generally, hazardous waste lamps should not be land filled as municipal solid waste. It should be noted that lamp crushing can release mercury into the air and pose a health threat to crusher operators and building occupants if the crusher is not operating properly. Lamp crushing can pose a threat if operators do not have the appropriate protective equipment.