Black Toxic Mold Removal and
Black Toxic Mold Remediation

More and more people are becoming aware of the hazards of mold infestation. There are many who look for more information about the health effects of mold and how to remove mold. Some are lucky enough to get rid of their mold problem in time. Some are less fortunate, learning about toxic mold only when it has affected their health, destroyed their home and interrupted their normal way of living; not to mention give them both financial and legal problems.

When mold problems are discovered, homeowners, landlords and property managers fall prey to inadequate, unprofessional mold remediation services because mold contractors often untrained and inexperienced mold remediators.

Instead of making the situation better, the so-called "mold remediators" leave homes, buildings and real estate in worse condtion than before they began mold remediation and removal. This leaves home owners, landlords and property managers frustrated because their expectations and requirements are not met. They pay for expensive mold removal but are often left with even bigger mold problems.

On the other hand, there are knowledgeable, capable, and experienced Certified Mold Inspectors and Certified Mold Remediators who are well trained and experts in mold inspection and mold removal. Home owners, landlords and property managers can hire them to do thorough mold testing and mold remediation of their home, office, apartment, condo, building or real estate property. For cost-effective mold remediation, more homeowners and property managers are doing their own mold removal.

Do It Yourself Mold Remediation

Learn the 25 do it yourself mold removal steps to your own effective mold remediation at low cost by visiting mold removal.

Knowing the correct techniques to remove mold also helps you to supervise in mold remediation if you decide to hire a professional to do mold remediation and mold removal for you. You can also learn how to do your own mold remediation and mold removal from by reading the in depth ebook Do-It-Best-Yourself Mold Prevention, Inspection, Testing, and Remediation. Crawl Space Mold Remediation.
     Find a professional mold contractor and remediator in your state, city or locality to do professional mold removal for you: Certified Mold Inspector.
     

Mold and Environmental Certification Training

Enroll and be trained and certified as a
Certified Mold Remediator, Certified Mold Inspector, and/or Certified Environmental Hygienist with the Professional Certification Institute (P.C.I.). Study mold at home with P.C.I.'s Distance Learning Program.

How Mold Grows
by William B. Rose, in his book Water In Buildings: An Architect’s Guide to Moisture and Mold, pp. 236-237

Mold spores are the principal means of mold reproduction. Most mold spores are transported in the air, in order to find new sites for colonization. Spores may carry toxins capable of disposing of previous colonizing organisms. Penicillium mold, for example, may poison bacteria in the neighborhood with penicillin. Stachybotrys spores may…contain toxins such as tricothecenes to wipe out the indigenous local bacteria or simpler fungi.

All organisms digest food; mold does its digestion outside the organism itself. It excretes enzymes capable of breaking down long-chain hydrocarbons. Those enzymes need to travel by diffusion in a thin water film to the food molecules, which they break down into simpler sugars and starches. These water-soluble simpler compounds then diffuse outward from the site where they were created, and some of them migrate back to the hungry mold organism. Mold relies to a great extent on having a thin film of water several molecules thick that can transport the enzymes outward, but not too far, and transport the broken-down compounds back to the organism. The film, of course, is nothing like a flat membrane because the surface of materials at the microscopic level is mountainous and cavernous. The mold organism grows hyphae, which are thin strands the tips of which are capable of conducting the same reactions where they touch the upholstery (or other cellulose-based surfaces) on which the organism resides. The strands of hyphae form a mat called a mycelium. The mycelium creates a buffer that helps to regulate the wetness of the surface. It retards evaporation of the surface, helping to guarantee a stable moisture film necessary for digestion. Mold needs an edible substrate, air, and a multi-molecular film at the surface.

The conditions for initial mold growth on a surface may be quite different from the conditions under which growth continues,, or under which growth recurs on affected but scrubbed surfaces. Generally, initial growth requires higher levels of moisture than is required for continued growth. Mold continues to grow on surfaces:

►Where the moisture content of the substrate provides a dependable water source.
►Where the air humidity is high. This ensures that the water film is thick enough to permit diffusion of enzymes
    outward and simple hydrocarbons back to the organism.
►Where there is no water flow on the surface.
►Where sufficient food can be found.
►Where there are no significant inhibiting chemicals or treatments.

Different (mold) organisms require different thicknesses of films. The phylloplane (leaf-inhabiting) fungi, such as Penicillium and Cladosporium, get by with rather thin films. Thehy can thrive where the relative humidity in the air is 80% or greater. Stachybotrys requires more water and a thicker film; it requires a surface relative humidity around 95% or greater.