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The most commonly offered environmental cleaning services involve chemicals like ammonia, peroxide and chlorine. Pretty nasty stuff, but who wants to play nice with mold? However, a comparison shows what really gets the job done. |
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CHEMICALS |
CATALYTIC ENZYMES |
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STABILITY |
Chemicals such as bleach and peroxide are highly reactive and lose effectiveness within hours.
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Enzymes are non-reactive and very stable.Their effectiveness can remain for months, even years. |
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SPECIFICITY |
Chemicals are non-specific; their effects are not limited to a single material. Anything in contact with these chemicals may be harmed. |
Enzymes in the XSpor formulation are highly specific, developed to interact with contaminants and harmless to other substances. |
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PROCESS |
Chemicals are consumed as they react. When used up, their effectiveness is over. Contaminants may remain; no further cleaning will take place. |
Enzymes work catalytically, meaning that they enable reactions, but are not consumed in the process. Enzymes remain active and retain their effectiveness. |
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TOXICITY |
Chemicals like ammonia, peroxide, and chlorine often have active ingredients that pose a degree of health risk. |
Enzymes are organic and totally safe. Everything in the XSpor formulation is recognized as "Generally Regarded As Safe" (GRAS) by the FDA / USDA. |
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PENETRATION |
Chemicals, because they are consumed as they work, are not well-suited to penetrate and reach subsurface contamination. |
Enzyme formulations can be tailored for maximum penetration. This delivers active ingredients deeper into affected areas. |
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