How to Retire Tires South Bend IN

The issue of what to do with discarded used tires has become a world-wide environmental problem. Only a fraction of them can be used for asphalt or road construction. They also pose a problem in landfills , since they tend to “rise.” If left in the open, they collect water and mosquitoes use them to breed.

BBM Recycling & Refurbishing
574-259-1572
South Bend, IN
Tri-State Toner Recycling
(574) 238-2358
19553 Darden Rd
South Bend, IN
Nu 2U Pc
(574) 742-8618
1413 W Western Ave
South Bend, IN
General Recycling Corp
(574) 234-7181
1517 High St
South Bend, IN
Industrial Disposal & Recycling
(574) 232-6000
2500 Green Tech Dr
South Bend, IN
Absolute Auto Recyclers, Inc
(574) 302-1773
59756 Market St
South Bend, IN
Industrial Disposal-Recycling
(574) 232-6000
2500 Green Tech Dr
South Bend, IN
Industrial Disposa-Recycling
(574) 232-6000
1420 S Walnut St
South Bend, IN
Concrete Asphalt Recycling
(574) 237-1928
2950 Lathrop St
South Bend, IN
Concrete Recycling Ctr
(574) 233-5420
1702 N Bendix Dr
South Bend, IN
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How to Retire Tires

How Should We Retire Tires?

written by Mark Sneller, PhD | How Should We Retire Tires?The issue of what to do with discarded used tires has become a world-wide environmental problem. Only a fraction of them can be used for asphalt or road construction. They also pose a problem in landfills , since they tend to “rise.” If left in the open, they collect water and mosquitoes use them to breed. In addition, they are unsightly and take up space in storage yards and backyards . The EPA lists one hundred and twelve companies in the United States that burn tires as a sole fuel, or as a fuel supplement added to coal, coke, fuel oil or natural gas. These plants burn tires in the range of 200 to 300 tires per hour.

Generally, tires contain the same level of heavy metals as coal, with the exceptions of chromium and zinc. Chromium is present in steel belted tires and zinc is necessary for the rubber annealing process. Chlorine is also present in tires in higher concentrations than in other fuels.

When tires are added to another fuel source, the general trend is for the amount of carbon monoxide (CO) emissions to increase because of incomplete combustion. More importantly, along with CO production, is the emission of dioxins and furans, the most toxic carcinogens known, which are formed as a result of incomplete combustion in the presence of chlorine. The emissions of dioxins and furans have not been monitored adequately in many cases of tire burning.

The important point here is that a huge number of tires is taken out of the environment and burned for energy. The trade-off is increased atmospheric pollution that is often well above state and federal health standards .

There are a number of possible solutions to the problem of old tire usage with burning them, such as development of new technologies that incorporate tire chips and the creation of their microscopic fragments for home and building construction and water-proofing of clothing and other materials.

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