Solar Detoxifiers Scarborough ME

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Old Orchard Beach Transfer Station
(207) 934-0138
Old Orchard Beach, ME

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Biddeford Recycling/Transfer Station
(207) 282-1579
371 Hill Street
Biddeford, ME

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Maine Solar Energy Association
PO Box 184
Harrington, ME
 
Bath Landfill
(207) 443-8356
11 Detritus Drive
Bath, ME

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Castine Transfer Station
(207) 326-4502
Route 166A, at 135 The Shore Road
Castine, ME

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Saco Transfer Station
(207) 282-7230
Foss Road
Saco, ME

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Standish Transfer Station
(207) 642-5559
Moody Road
Standish, ME

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MMSWA Transfer Station
(207) 924-3650
63 Airport Road
Corrina, ME

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Waste Management of Maine-Crossroads
(207) 634-2714
357 Mercer Road
Norridgewock, ME

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Pittsfield Transfer/Recycling Station
(207) 487-3361
Peltoma Avenue
Pittsfield, ME

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Solar Detoxification

Solar energy is useful in many different ways. In some industrial and other processes, sunlight is used to detoxify water or air. Solar energy is free heat that can be used to heat water or air to a proper temperature where chemicals are neutralized.

This process takes two basic forms, similar to the two basic forms of solar energy used: solar photovoltaics and solar thermal.

One process uses photochemical reactions where ultra-violet light from the sun is absorbed by chemicals. These chemicals in turn cause a reaction.

Some photocatalysts are hydrogen peroxide, Ferrioxalate and Titanium Dioxide. For example, hydrogen peroxide (still commonly used as an antiseptic) reacts with ultra-violet rays, forming hydroxyl radicals that can rapidly destroy contaminants.

Another process is called thermal reactions. Here, heat is collected and concentrated in conjunction with themalcatalysts, various chemicals that react with the sunlight to create more heat. These thermalcatalysts are aided by solar collectors that concentrate sunlight (sometimes into an oxidation chamber), thus raising water to a very high temperature.

Solar energy can also be used to clean the air. Airborne contaminants are destroyed by a reaction between ultraviolet light and Titanium Dioxide (TiO2).

Air can also be heated naturally to a temperature high enough to destroy pathogens and other contaminants. This is used in processes including indoor air treatment, deodorizing, air disinfe...

Click here to read more from The Solar Guide

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