De Simone Fuel Ret Fuel Oil Dealer Plumbing/Heating/Air Cond Contractor
208 Marshall Ave, Gibbstown, NJ 08027 8564233742
Michael Simone Deputy Director
Judiciary Courts of The State of New Jersey Court · Regulation/Administrative Transportation · State Court System · State Court · State Courts · Nonclassifiable Establishments
6092926356, 6092924691, 6092924982, 6092924822
Michael J Simone Other officer
BECHTEL INFRASTRUCTURE AND POWER CORPORATION
2390 E Camelback Rd, Phoenix, AZ 85016 1209 Orange St, Wilmington, DE 19801 12011 Sunset Hl Rd, Reston, VA 20190
Coated particles of metal (such as calcium) silicate that exhibit excellent odor neutralization and sebum absorption properties when present within certain cosmetic and/or personal care formulations and suspensions are provided. Uncoated calcium silicate exhibits a high pH level that may have a deleterious effect upon such cosmetic and/or personal care compositions, thereby rendering the overall composition ineffective for its intended purpose, particularly if the calcium silicate is present in its usual state at high loading levels. Alternatively, if certain materials present within personal care compositions exhibit a sufficiently low pH level, the effectiveness of such calcium silicates may be compromised as well. Such novel coated/treated calcium silicates thus permit high loadings of this beneficial odor neutralizing/sebum absorbing additive within cosmetic and/or personal care formulations without causing any appreciable instability issues or viscosity modification concerns or allow for coexistence with such low pH materials without any appreciable reduction in performance capabilities of the calcium silicates themselves. Certain personal care compositions comprising these novel coated calcium silicate particulates are encompassed within this invention as well.
Personal Care Compositions Comprising Coated/Treated Metal Silicate Absorbent Particles
Coated particles of metal (such as calcium) silicate that exhibit excellent odor neutralization and sebum absorption properties when present within certain cosmetic and/or personal care formulations and suspensions are provided. Uncoated calcium silicate exhibits a high pH level that may have a deleterious effect upon such cosmetic and/or personal care compositions, thereby rendering the overall composition ineffective for its intended purpose, particularly if the calcium silicate is present in its usual state at high loading levels. Alternatively, if certain materials present within personal care compositions exhibit a sufficiently low pH level, the effectiveness of such calcium silicates may be compromised as well. Such novel coated/treated calcium silicates thus permit high loadings of this beneficial odor neutralizing/sebum absorbing additive within cosmetic and/or personal care formulations without causing any appreciable instability issues or viscosity modification concerns or allow for coexistence with such low pH materials without any appreciable reduction in performance capabilities of the calcium silicates themselves. Certain personal care compositions comprising these novel coated calcium silicate particulates are encompassed within this invention as well.
Hydrophobically Coated/Treated Metal Silicate Absorbent Particles And Personal Care Compositions Thereof
Coated particles of metal (such as calcium) silicate that exhibit excellent odor neutralization and sebum absorption properties when present within certain cosmetic and/or personal care formulations and suspensions are provided. Uncoated calcium silicate exhibits a high pH level that may have a deleterious effect upon such cosmetic and/or personal care compositions, thereby rendering the overall composition ineffective for its intended purpose, particularly if the calcium silicate is present in its usual state at high loading levels. Alternatively, if certain materials present within personal care compositions exhibit a sufficiently low pH level, the effectiveness of such calcium silicates may be compromised as well. Such novel coated/treated calcium silicates thus permit high loadings of this beneficial odor neutralizing/sebum absorbing additive within cosmetic and/or personal care formulations without causing any appreciable instability issues or viscosity modification concerns or allow for coexistence with such low pH materials without any appreciable reduction in performance capabilities of the calcium silicates themselves. Certain personal care compositions comprising these novel coated calcium silicate particulates are encompassed within this invention as well.
Michael Withiam - Landenberg PA, US Donald Conley - Conowingo MD, US Michael Simone - North East MD, US
International Classification:
A61K007/32 A61L009/00 A61L009/01
US Classification:
424/065000
Abstract:
Disclosed is a fluid personal care composition comprising calcium silicate and a vehicle, wherein the calcium silicate is capable of absorbing a malodorous compound. These fluid personal care compositions that provide effective, long-lasting suppression of the malodors associated with human perspiration. The personal care composition may be in the form of a solid stick deodorants, liquid roll-on deodorants, aerosol, and pump spray deodorants, semi-solid gel deodorants, soap bars, and deodorant lotions and creams
Compositions Comprising Odor Neutralizing Metal Oxide Silicates
Michael Withiam - Landenberg PA, US Donald Conley - Conowingo MD, US Michael Simone - North East MD, US
International Classification:
A61K007/32 A61K007/36
US Classification:
424065000, 424067000
Abstract:
Disclosed is a fluid personal care composition comprising a metal oxide silicate and a vehicle, wherein the metal oxide silicate is capable of absorbing a malodorous compound. These fluid personal care compositions that provide effective, long-lasting suppression of the malodors associated with human perspiration. The personal care composition may be in the form of a solid stick deodorants, liquid roll-on deodorants, aerosol, and pump spray deodorants, semi-solid gel deodorants, soap bars, and deodorant lotions and creams.
Michael de Simone (1984-1988), Gopal Patil (2003-2007), Jay Blender (1949-1953), Susan Coe (1948-1952), Jessica Breslin (2003-2007), Jamie Pseudonym (1996-2000)
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Selective breeding sustainably protects honey bees from Varroa mite
about this particular trait is that we've learned honey bees of all types express it at some level, so we know that with the right tools, it can be promoted and selected for in everyone's bees," said research molecular biologist Dr. Michael Simone-Finstrom, of the USDA Agricultural Research Service.
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Michael Simone
Michael Simone
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Michael is an Interactive Marketing & Web Analytics professional.