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Empowering Communities For Holistic Well-being In New York

Our Mission is to help create healthy homes and workplaces free of toxic mold and other indoor air quality problems. We are committed to health as we assist our community and clients by developing a greater awareness of environmental problems that affect their homes and offices. Our goal translates from making awareness into something positive by correcting such problems. Our remediation methods and the products we use are
effective and yet harmless. We don’t want the cure to be worse than the mold. Want the peace of mind that your home is as healthy as it can be? We are here for you! Though based out of Brooklyn, our team travels and has worked with clients as far away as Alexandria, VA, State College, PA, and Hartford, CT.

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Heavy dust and debris inside a galvanized metal duct.

Visible black mold growth on a paper schematic diagram attached on a blower wheel cage inside an HVAC system.

Heavy dust and debris inside a galvanized metal duct.

Visible mold growth, and deteriorated fiberglass insulation inside the evaporator coil compartment of an HVAC system.

Visible mold growth, and deteriorated fiberglass insulation inside the evaporator coil compartment of an HVAC system.

Visible mold growth and dead insects in the interior surface of insulated flexible ducting

A supply galvanized metal duct with fiberglass exterior wrap, extended with branches of insulated flexible ducting serving a two floor family house.

Visible black mold growth (Stachybotrys) on sheetrock wall.

Visible mold growth extends behind ceramic tiles.

Visible mold growth hidden inside wall cavity.

Visible mold growth in between the fins of a typical evaporator coil.

A typical residential HVAC system with opened access panels.

Heavy dust and debris inside a galvanized metal duct.

Visible mold growth on sheetrock wall.

Visible mold growth and dead insects in the interior surface of insulated flexible ducting

Visible mold growth hidden on back side of tiled wall. While ceramic tiles do not absorb water, at least on their surfaces, when water penetrates the underneath substrate materials to which they are attached, the substrate materials will eventually develop mold growth.

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