Molecular Particle Superior Delivery System

A colorless, odorless, tasteless concentrate containing molecules of H2O each encapsulating a composite nano particle including selected nutrients, the concentrate prepared by a method comprising the steps of:

• collating and combining selected chemical constituents in powder form in a first container, the constituents including selected nutrients;
• mixing the constituents so as to produce a mixture of constituent particles in powder form;
• reducing the size of the mixture constituent particles to nano scale;
• cooling the mixture and allowing it to stand in a motionless, unagitated state;
• combining and mixing the mixture with sealing ingredients;
• allowing the combination of the sealing ingredient mixture to stand in a motionless, unagitated state so as to effect liquid sealing and a first bonding of the constituents;
• combining and mixing the sealed and first bonded mixture with a selected volume of purified H2O, and allowing it to stand in a motionless, unagitated state so as to enable the physical state of the mixed sealing ingredients to transform from relatively solid nano powder form to a relatively thick clear nano liquid form, whereupon completion generally of the physical state transformation, a first bonding protective seal of the constituents is finalized, the nano liquid constituents having a size of about 18 nanometers;
• sterilizing the first bonding protective sealed mixture and allowing it to stand in a motionless, unagitated state;
• combining and mixing selected volumes of H2O between about 7.5 PH and 9.5 PH, saline Aptms, and oleic acid with the sterilized first bonding protective sealed mixture;
• freezing the mixed combination of H2O, saline, oleic acid and protective sealed mixture so as to effect relatively permanent second bonding of the constituents of the protective sealed mixture to interior and/or exterior layers of the H2O molecule;
• thawing the mixed combination so as to form a nano solid liquid water concentrate of constituents;
• and
• combining and mixing the nano solid liquid water concentrate with selected volumes of mesoporous silica and oleic acid so as to stabilize and provide sealing protection to the protective sealed mixture bonded to the exterior layer of the H2O molecule, such that the nano liquid constituents have a size generally within a range of 12 and 16 nanometers, and the protective sealed mixture bonded to the interior and/or exterior layers of the H2O molecule has a stability of approximately 100%.

A colored, fragrant and/or flavored concentrate containing molecules of H2O each encapsulating a composite nano particle including selected nutrients, the concentrate prepared by a method comprising the steps of:

• collating and combining selected chemical constituents in powder form in a first container, the constituents including selected nutrients;
• mixing the constituents so as to produce a mixture of constituent particles in powder form;
• reducing the size of the mixture constituent particles to nano scale;
• cooling the mixture and allowing it to stand in a motionless, unagitated state;
• combining and mixing the mixture with sealing ingredients;
• allowing the combination of the sealing ingredient mixture to stand in a motionless, unagitated state so as to effect liquid sealing and a first bonding of the constituents;
• combining and mixing the sealed and first bonded mixture with a selected volume of purified H2O, and allowing it to stand in a motionless, unagitated state so as to enable the physical state of the mixed sealing ingredients to transform from relatively solid nano powder form to a relatively thick clear nano liquid form, whereupon completion generally of the physical state transformation, a first bonding protective seal of the constituents is finalized, the nano liquid constituents having a size of about 18 nanometers;
• sterilizing the first bonding protective sealed mixture and allowing it to stand in a motionless, unagitated state;
• injection molding the sterilized first bonding protective sealed mixture so as to achieve particle injection;
• combining and mixing selected volumes of H2O between about 7.5 PH and 9.5 PH, saline Aptms, and oleic acid with the particle injected, sterilized first bonding protective sealed mixture;
• freezing the mixed combination of H2O, saline, oleic acid and protective sealed mixture so as to effect relatively permanent second bonding of the constituents of the protective sealed mixture to interior and/or exterior layers of the H2O molecule;
• thawing the mixed combination so as to form a nano solid liquid water concentrate of constituents;
• and combining and mixing the nano solid liquid water concentrate with selected volumes of mesoporous silica and oleic acid so as to stabilize and provide sealing protection to the protective sealed mixture bonded to the exterior layer of the H2O molecule, such that the nano liquid constituents have a size generally within a range of 12 and 16 nanometers, and the protective sealed mixture bonded to the interior and/or exterior layers of the H2O molecule has a stability of approximately 100%.

A colorless, odorless, tasteless concentrate containing molecules of H2O each encapsulating a composite nano particle including selected nutrients, the concentrate prepared by a method comprising the steps of:

• collating and combining selected chemical constituents in powder form in a first container, the constituents including selected nutrients;
• mixing the constituents in the first container for approximately 1 minute at ambient pressure and a temperature generally within a range of 70° F. and 75° F. so as to produce a first premix of constituent particles in powder form;
• transferring the first premix from the first container to a chamber of an apparatus for mechanically reducing the size of the constituent particles to nano scale;
• operating the size reduction apparatus so as to produce a second premix comprising a nano emulsion of constituent particles between about 6 nanometers and about 20 nanometers in size;
• transferring the second premix to a nano cooling apparatus;
• cooling the second premix in the nano cooling apparatus for about 10 minutes to about 30 minutes at ambient pressure and a temperature generally within a range of 7° C. and 12° C.;
• transferring the second premix to a second container;
• collating and combining a plurality of sealing ingredients including a selected anti-solvent, sodium oleate and tetra methlyammonium-dodeyclamine each in liquid form and in amounts of between about 500 ml and about 700 ml in a third container;
• mixing the sealing ingredients for approximately 1 minute;
• allowing the mixed sealing ingredients to remain stationary for about 10 minutes to about 15 minutes at ambient temperature and pressure;
• transferring the mixed sealing ingredients to a fourth container;
• collating and combining in the fourth container the second premix from the second container in and with the mixed sealing ingredients from the third container;
• allowing the combination of the second premix and mixed sealing ingredients in the fourth container to remain stationary and without influence from electrical shock for about 20 minutes to about 40 minutes at ambient pressure and a temperature generally within a range of 60° F. and 80° F., so as to effect liquid sealing and a first bonding of the constituents;
• collating and combining about 1 liter of H2O purified by reverse osmosis with the sealed and first bonded combination of the second premix and mixed sealing ingredients in the fourth container;
• mixing the purified H2O with the sealed and first bonded combination of the second premix and mixed sealing ingredients for approximately 1 minute;
• allowing the mixed purified H2O and sealed and first bonded combination to remain stationary for about 30 minutes to about 60 minutes at ambient temperature and pressure so as to enable the physical state of the mixed sealing ingredients to transform from relatively solid nano powder form to a relatively thick clear nano liquid form, whereupon completion generally of the physical state transformation, a first bonding protective seal of the constituents is finalized, the nano liquid constituents having a size of about 18 nanometers;
• transferring the finalized first bonding protective sealed mixture of purified H2O and sealed and first bonded combination to a sterilization homogenization apparatus;
• sterilizing the first bonding protective sealed mixture;
• allowing the sterilized first bonding protective sealed mixture to remain stationary for about 20 minutes to about 40 minutes at ambient temperature and pressure;
• transferring the sterilized first bonding protective sealed mixture to a fifth container;
• collating and combining about 3.785 liters of H2O between about 7.5 PH and 9.5 PH, about 250 ml of 3-aminopropyltrimethoxysilane (saline Aptms), and about 250 ml of oleic acid with the sterilized first bonding protective sealed mixture in the fifth container;
• mixing the combination of H2O, saline, oleic acid and protective sealed mixture for about 15 minutes to about 30 minutes;
• freezing the mixed combination of H2O, saline, oleic acid and protective sealed mixture in the fifth container at ambient pressure and a temperature generally within a range of 25° F. and 32° F. for about 3 hours to about 4 hours so as to effect relatively permanent second bonding of the constituents of the protective sealed mixture to interior and/or exterior layers of the H2O molecule;
• thawing the contents of the fifth container for about 4 hours to about 5 hours at ambient temperature and pressure, so as to form nano solid liquid water concentrate of constituents;
• collating and combining the nano solid liquid water concentrate with about 500 ml of mesoporous silica and about 500 ml of oleic acid;
• and
• mixing the combination of nano solid liquid water concentrate, mesoporous silica and oleic acid at ambient pressure and temperature for up to about 2 minutes, so as to stabilize and provide sealing protection to the protective sealed mixture bonded to the exterior layer of the H2O molecule, such that the nano liquid constituents have a size generally within a range of 12 and 16 nanometers, and the protective sealed mixture bonded to the interior and/or exterior layers of the H2O molecule has a stability of approximately 100%.

A colored, fragrant and/or flavored concentrate containing molecules of H2O each encapsulating a composite nano particle including selected nutrients, the concentrate prepared by a method comprising the steps of:

• collating and combining selected chemical constituents in powder form in a first container, the constituents including selected nutrients;
• mixing mechanically the constituents in the first container for approximately 1 minute at ambient pressure and a temperature generally within a range of 70° F. and 75° F. so as to produce a first premix of constituent particles in powder form;
• transferring the first premix from the first container to a chamber of an apparatus for mechanically reducing the size of the constituent particles to nano scale;
• operating the size reduction apparatus so as to produce a second premix comprising a nano emulsion of constituent particles between about 6 nanometers and about 20 nanometers in size;
• transferring the second premix to a nano cooling apparatus;
• cooling the second premix in the nano cooling apparatus for about 10 minutes to about 30 minutes at ambient pressure and a temperature generally within a range of 7° C. and 12° C.;
• transferring the second premix to a second container;
• collating and combining a plurality of sealing ingredients including a selected anti-solvent, sodium oleate and tetra methlyammonium-dodeyclamine each in liquid form and in amounts of between about 500 ml and about 700 ml in a third container;
• mixing the sealing ingredients for approximately 1 minute;
• allowing the mixed sealing ingredients to remain stationary for about 10 minutes to about 15 minutes at ambient temperature and pressure;
• transferring the mixed sealing ingredients to a fourth container;
• collating and combining in the fourth container the second premix from the second container in and with the mixed sealing ingredients from the third container;
• allowing the combination of the second premix and mixed sealing ingredients in the fourth container to remain stationary and without influence from electrical shock for about 20 minutes to about 40 minutes at ambient pressure and a temperature generally within a range of 60° F. and 80° F., so as to effect liquid sealing and a first bonding of the constituents;
• collating and combining about 1 liter of H2O purified by reverse osmosis with the sealed and first bonded combination of the second premix and mixed sealing ingredients in the fourth container;
• mixing the purified H2O with the sealed and first bonded combination of the second premix and mixed sealing ingredients for approximately 1 minute;
• allowing the mixed purified H2O and sealed and first bonded combination to remain stationary for about 30 minutes to about 60 minutes at ambient temperature and pressure so as to enable the physical state of the mixed sealing ingredients to transform from relatively solid nano powder form to a relatively thick clear nano liquid form, whereupon completion generally of the physical state transformation, a first bonding protective seal of the constituents is finalized, the nano liquid constituents having a size of about 18 nanometers;
• transferring the finalized first bonding protective sealed mixture of purified H2O and sealed and first bonded combination to a sterilization homogenization apparatus;
• sterilizing the first bonding protective sealed mixture;
• allowing the sterilized first bonding protective sealed mixture to remain stationary for about 20 minutes to about 40 minutes at ambient temperature and pressure;
• injection molding the sterilized first bonding protective sealed mixture so as to achieve particle injection;
• transferring the particle injected, sterilized first bonding protective sealed mixture to a fifth container;
• collating and combining about 3.785 liters of H2O between about 7.5 PH and 9.5 PH, about 250 ml of 3-aminopropyltrimethoxysilane (saline Aptms), and about 250 ml of oleic acid with the particle injected, sterilized first bonding protective sealed mixture in the fifth container;
• mixing the combination of H2O, saline, oleic acid and protective sealed mixture for about 15 minutes to about 30 minutes;
• freezing the mixed combination of H2O, saline, oleic acid and protective sealed mixture in the fifth container at ambient pressure and a temperature generally within a range of 25° F. and 32° F. for about 3 hours to about 4 hours so as to effect relatively permanent second bonding of the constituents of the protective sealed mixture to interior and/or exterior layers of the H2O molecule;
• thawing the contents of the fifth container for about 4 hours to about 5 hours at ambient temperature and pressure, so as to form a nano solid liquid water concentrate of constituents;
• collating and combining the nano solid liquid water concentrate with about 500 ml of mesoporous silica and about 500 ml of oleic acid;
• and
• mixing the combination of nano solid liquid water concentrate, mesoporous silica and oleic acid at ambient pressure and temperature for up to about 2 minutes, so as to stabilize and provide sealing protection to the protective sealed mixture bonded to the exterior layer of the H2O molecule, such that the nano liquid constituents have a size generally within a range of 12 and 16 nanometers, and the protective sealed mixture bonded to the interior and/or exterior layers of the H2O molecule has a stability of approximately 100%.

A method of producing a colorless, odorless, tasteless molecule of H2O encapsulating a composite nano particle including selected nutrients, the method comprising the steps of:

• collating and combining selected chemical constituents in powder form in a first container, the constituents including selected nutrients;
• mixing mechanically the constituents in the first container for approximately 1 minute at ambient pressure and a temperature generally within a range of 70° F. and 75° F. so as to produce a first premix of constituent particles in powder form;
• transferring the first premix from the first container to a chamber of an apparatus for mechanically reducing the size of the constituent particles to nano scale;
• operating the size reduction apparatus so as to produce a second premix comprising a nano emulsion of constituent particles between about 6 nanometers and about 20 nanometers in size;
• transferring the second premix to a nano cooling apparatus;
• cooling the second premix in the nano cooling apparatus for about 10 minutes to about 30 minutes at ambient pressure and a temperature generally within a range of 7° C. and 12° C.;
• transferring the second premix to a second container;
• collating and combining a plurality of sealing ingredients including a selected anti-solvent, sodium oleate and tetra methlyammonium-dodeyclamine each in liquid form and in amounts of between about 500 ml and about 700 ml in a third container;
• mixing the sealing ingredients for approximately 1 minute;
• allowing the mixed sealing ingredients to remain stationary for about 10 minutes to about 15 minutes at ambient temperature and pressure;
• transferring the mixed sealing ingredients to a fourth container;
• collating and combining in the fourth container the second premix from the second container in and with the mixed sealing ingredients from the third container;
• allowing the combination of the second premix and mixed sealing ingredients in the fourth container to remain stationary and without influence from electrical shock for about minutes to about 40 minutes at ambient pressure and a temperature generally within a range of 60° F. and 80° F., so as to effect liquid sealing and a first bonding of the constituents;
• collating and combining about 1 liter of H2O purified by reverse osmosis with the sealed and first bonded combination of the second premix and mixed sealing ingredients in the fourth container;
• mixing the purified H2O with the sealed and first bonded combination of the second premix and mixed sealing ingredients for approximately 1 minute;
• allowing the mixed purified H2O and sealed and first bonded combination to remain stationary for about 30 minutes to about 60 minutes at ambient temperature and pressure so as to enable the physical state of the mixed sealing ingredients to transform from relatively solid nano powder form to a relatively thick clear nano liquid form, whereupon completion generally of the physical state transformation, a first bonding protective seal of the constituents is finalized, the nano liquid constituents having a size of about 18 nanometers;
• transferring the finalized first bonding protective sealed mixture of purified H2O and sealed and first bonded combination to a sterilization homogenization apparatus;
• sterilizing the first bonding protective sealed mixture;
• allowing the sterilized first bonding protective sealed mixture to remain stationary for about 20 minutes to about 40 minutes at ambient temperature and pressure;
• transferring the sterilized first bonding protective sealed mixture to a fifth container;
• collating and combining about 3.785 liters of H2O between about 7.5 PH and 9.5 PH, about 250 ml of 3-aminopropyltrimethoxysilane (saline Aptms), and about 250 ml of oleic acid with the sterilized first bonding protective sealed mixture in the fifth container;
• mixing the combination of H2O, saline, oleic acid and protective sealed mixture for about 15 minutes to about 30 minutes;
• freezing the mixed combination of H2O, saline, oleic acid and protective sealed mixture in the fifth container at ambient pressure and a temperature generally within a range of 25 OF and 32° F. for about 3 hours to about 4 hours so as to effect relatively permanent second bonding of the constituents of the protective sealed mixture to interior and/or exterior layers of the H2O molecule;
• thawing the contents of the fifth container for about 4 hours to about 5 hours at ambient temperature and pressure, so as to form a nano solid liquid water concentrate of constituents;
• collating and combining the nano solid liquid water concentrate with about 500 ml of mesoporous silica and about 500 ml of oleic acid;
• and
• mixing the combination of nano solid liquid water concentrate, mesoporous silica and oleic acid at ambient pressure and temperature for up to about 2 minutes, so as to stabilize and provide sealing protection to the protective sealed mixture bonded to the exterior layer of the H2O molecule, such that the nano liquid constituents have a size generally within a range of 12 and 16 nanometers, and the protective sealed mixture bonded to the interior and/or exterior layers of the H2O molecule has a stability of approximately 100%.

A method of producing a colorless, odorless, tasteless nano vitamin H2O, including molecules of H2O each encapsulating a composite nano particle with selected nutrients, the method comprising the steps of:

• collating and combining selected chemical constituents in powder form in a first container, the constituents including selected nutrients;
• mixing mechanically the constituents in the first container for approximately 1 minute at ambient pressure and a temperature generally within a range of 70° F. and 75° F. so as to produce a first premix of constituent particles in powder form;
• transferring the first premix from the first container to a chamber of an apparatus for mechanically reducing the size of the constituent particles to nano scale;
• operating the size reduction apparatus so as to produce a second premix comprising a nano emulsion of constituent particles between about 6 nanometers and about 20 nanometers in size;
• transferring the second premix to a nano cooling apparatus;
• cooling the second premix in the nano cooling apparatus for about 10 minutes to about 30 minutes at ambient pressure and a temperature generally within a range of 7° C. and 12° C.;
• transferring the second premix to a second container;
• collating and combining a plurality of sealing ingredients including a selected anti-solvent, sodium oleate and tetra methlyammonium-dodeyclamine each in liquid form and in amounts of between about 500 ml and about 700 ml in a third container;
• mixing the sealing ingredients for approximately 1 minute;
• allowing the mixed sealing ingredients to remain stationary for about 10 minutes to about 15 minutes at ambient temperature and pressure;
• transferring the mixed sealing ingredients to a fourth container;
• collating and combining in the fourth container the second premix from the second container in and with the mixed sealing ingredients from the third container;
• allowing the combination of the second premix and mixed sealing ingredients in the fourth container to remain stationary and without influence from electrical shock for about 20 minutes to about 40 minutes at ambient pressure and a temperature generally within a range of 60° F. and 80° F., so as to effect liquid sealing and a first bonding of the constituents;
• collating and combining about 1 liter of H2O purified by reverse osmosis with the sealed and first bonded combination of the second premix and mixed sealing ingredients in the fourth container;
• mixing the purified H2O with the sealed and first bonded combination of the second premix and mixed sealing ingredients for approximately 1 minute;
• allowing the mixed purified H2O and sealed and first bonded combination to remain stationary for about 30 minutes to about 60 minutes at ambient temperature and pressure so as to enable the physical state of the mixed sealing ingredients to transform from relatively solid nano powder form to a relatively thick clear nano liquid form, whereupon completion generally of the physical state transformation, a first bonding protective seal of the constituents is finalized, the nano liquid constituents having a size of about 18 nanometers;
• transferring the finalized first bonding protective sealed mixture of purified H2O and sealed and first bonded combination to a sterilization homogenization apparatus;
• sterilizing the first bonding protective sealed mixture;
• allowing the sterilized first bonding protective sealed mixture to remain stationary for about 20 minutes to about 40 minutes at ambient temperature and pressure;
• transferring the sterilized first bonding protective sealed mixture to a fifth container;
• collating and combining about 3.785 liters of H2O between about 7.5 PH and 9.5 PH, about 250 ml of 3-aminopropyltrimethoxysilane (saline Aptms), and about 250 ml of oleic acid with the sterilized first bonding protective sealed mixture in the fifth container;
• mixing the combination of H2O, saline, oleic acid and protective sealed mixture for about 15 minutes to about 30 minutes;
• freezing the mixed combination of H2O, saline, oleic acid and protective sealed mixture in the fifth container at ambient pressure and a temperature generally within a range of 25° F. and 32° F. for about 3 hours to about 4 hours so as to effect relatively permanent second bonding of the constituents of the protective sealed mixture to interior and/or exterior layers of the H2O molecule;
• thawing the contents of the fifth container for about 4 hours to about 5 hours at ambient temperature and pressure, so as to form a nano solid liquid water concentrate of constituents;
• collating and combining the nano solid liquid water concentrate with about 500 ml of mesoporous silica and about 500 ml of oleic acid;
• mixing the combination of nano solid liquid water concentrate, mesoporous silica and oleic acid at ambient pressure and temperature for up to about 2 minutes, so as to stabilize and provide sealing protection to the protective sealed mixture bonded to the exterior layer of the H2O molecule, such that the nano liquid constituents have a size generally within a range of 12 and 16 nanometers, and the protective sealed mixture bonded to the interior and/or exterior layers of the H2O molecule has a stability of approximately 100%;
• and
• blending about 5 ml of the stabilized and sealed nano solid liquid water concentrate with about 1 liter of filtered bottled H2O, so as to produce colorless, odorless, tasteless nano vitamin H2O.

A method of producing a colored, fragrant and/or flavored molecule of H2O encapsulating a composite nano particle including selected nutrients, the method comprising the steps of:

• collating and combining selected chemical constituents in powder form in a first container, the constituents including selected nutrients;
• mixing mechanically the constituents in the first container for approximately 1 minute at ambient pressure and a temperature generally within a range of 70° F. and 75° F. so as to produce a first premix of constituent particles in powder form;
• transferring the first premix from the first container to a chamber of an apparatus for mechanically reducing the size of the constituent particles to nano scale;
• operating the size reduction apparatus so as to produce a second premix comprising a nano emulsion of constituent particles between about 6 nanometers and about 20 nanometers in size;
• transferring the second premix to a nano cooling apparatus;
• cooling the second premix in the nano cooling apparatus for about 10 minutes to about 30 minutes at ambient pressure and a temperature generally within a range of 7° C. and 12° C.;
• transferring the second premix to a second container;
• collating and combining a plurality of sealing ingredients including a selected anti-solvent, sodium oleate and tetra methlyammonium-dodeyclamine each in liquid form and in amounts of between about 500 ml and about 700 ml in a third container;
• mixing the sealing ingredients for approximately 1 minute;
• allowing the mixed sealing ingredients to remain stationary for about 10 minutes to about 15 minutes at ambient temperature and pressure;
• transferring the mixed sealing ingredients to a fourth container;
• collating and combining in the fourth container the second premix from the second container in and with the mixed sealing ingredients from the third container;
• allowing the combination of the second premix and mixed sealing ingredients in the fourth container to remain stationary and without influence from electrical shock for about 20 minutes to about 40 minutes at ambient pressure and a temperature generally within a range of 60° F. and 80° F., so as to effect liquid sealing and a first bonding of the constituents;
• collating and combining about 1 liter of H2O purified by reverse osmosis with the sealed and first bonded combination of the second premix and mixed sealing ingredients in the fourth container;
• mixing the purified H2O with the sealed and first bonded combination of the second premix and mixed sealing ingredients for approximately 1 minute;
• allowing the mixed purified H2O and sealed and first bonded combination to remain stationary for about 30 minutes to about 60 minutes at ambient temperature and pressure so as to enable the physical state of the mixed sealing ingredients to transform from relatively solid nano powder form to a relatively thick clear nano liquid form, whereupon completion generally of the physical state transformation, a first bonding protective seal of the constituents is finalized, the nano liquid constituents having a size of about 18 nanometers;
• transferring the finalized first bonding protective sealed mixture of purified H2O and sealed and first bonded combination to a sterilization homogenization apparatus;
• sterilizing the first bonding protective sealed mixture;
• allowing the sterilized first bonding protective sealed mixture to remain stationary for about 20 minutes to about 40 minutes at ambient temperature and pressure;
• injection molding the sterilized first bonding protective sealed mixture so as to achieve particle injection;
• transferring the particle injected, sterilized first bonding protective sealed mixture to a fifth container;
• collating and combining about 3.785 liters of H2O between about 7.5 PH and 9.5 PH, about 250 ml of 3-aminopropyltrimethoxysilane (saline Aptms), and about 250 ml of oleic acid with the particle injected, sterilized first bonding protective sealed mixture in the fifth container;
• mixing the combination of H2O, saline, oleic acid and protective sealed mixture for about 15 minutes to about 30 minutes;
• freezing the mixed combination of H2O, saline, oleic acid and protective sealed mixture in the fifth container at ambient pressure and a temperature generally within a range of 25° F. and 32° F. for about 3 hours to about 4 hours so as to effect relatively permanent second bonding of the constituents of the protective sealed mixture to interior and/or exterior layers of the H2O molecule;
• thawing the contents of the fifth container for about 4 hours to about 5 hours at ambient temperature and pressure, so as to form a nano solid liquid water concentrate of constituents;
• collating and combining the nano solid liquid water concentrate with about 500 ml of mesoporous silica and about 500 ml of oleic acid;
• and
• mixing the combination of nano solid liquid water concentrate, mesoporous silica and oleic acid at ambient pressure and temperature for up to about 2 minutes, so as to stabilize and provide sealing protection to the protective sealed mixture bonded to the exterior layer of the H2O molecule, such that the nano liquid constituents have a size generally within a range of 12 and 16 nanometers, and the protective sealed mixture bonded to the interior and/or exterior layers of the H2O molecule has a stability of approximately 100%.

A method of producing a colored, fragrant and/or flavored nano vitamin beverage including molecules of H2O each encapsulating a composite nano particle with selected nutrients, the method comprising the steps of:

• collating and combining selected chemical constituents in powder form in a first container, the constituents including selected nutrients;
• mixing mechanically the constituents in the first container for approximately 1 minute at ambient pressure and a temperature generally within a range of 70° F. and 75° F. so as to produce a first premix of constituent particles in powder form;
• transferring the first premix from the first container to a chamber of an apparatus for mechanically reducing the size of the constituent particles to nano scale;
• operating the size reduction apparatus so as to produce a second premix comprising a nano emulsion of constituent particles between about 6 nanometers and about 20 nanometers in size;
• transferring the second premix to a nano cooling apparatus;
• cooling the second premix in the nano cooling apparatus for about 10 minutes to about 30 minutes at ambient pressure and a temperature generally within a range of 7° C. and 12° C.;
• transferring the second premix to a second container;
• collating and combining a plurality of sealing ingredients including a selected anti-solvent, sodium oleate and tetra methlyammonium-dodeyclamine each in liquid form and in amounts of between about 500 ml and about 700 ml in a third container;
• mixing the sealing ingredients for approximately 1 minute;
• allowing the mixed sealing ingredients to remain stationary for about 10 minutes to about 15 minutes at ambient temperature and pressure;
• transferring the mixed sealing ingredients to a fourth container;
• collating and combining in the fourth container the second premix from the second container in and with the mixed sealing ingredients from the third container;
• allowing the combination of the second premix and mixed sealing ingredients in the fourth container to remain stationary and without influence from electrical shock for about 20 minutes to about 40 minutes at ambient pressure and a temperature generally within a range of 60° F. and 80° F., so as to effect liquid sealing and a first bonding of the constituents;
• collating and combining about 1 liter of H2O purified by reverse osmosis with the sealed and first bonded combination of the second premix and mixed sealing ingredients in the fourth container;
• mixing the purified H2O with the sealed and first bonded combination of the second premix and mixed sealing ingredients for approximately 1 minute;
• allowing the mixed purified H2O and sealed and first bonded combination to remain stationary for about 30 minutes to about 60 minutes at ambient temperature and pressure so as to enable the physical state of the mixed sealing ingredients to transform from relatively solid nano powder form to a relatively thick clear nano liquid form, whereupon completion generally of the physical state transformation, a first bonding protective seal of the constituents is finalized, the nano liquid constituents having a size of about 18 nanometers;
• transferring the finalized first bonding protective sealed mixture of purified H2O and sealed and first bonded combination to a sterilization homogenization apparatus;
• sterilizing the first bonding protective sealed mixture;
• allowing the sterilized first bonding protective sealed mixture to remain stationary for about 20 minutes to about 40 minutes at ambient temperature and pressure;
• injection molding the sterilized first bonding protective sealed mixture so as to achieve particle injection;
• transferring the particle injected, sterilized first bonding protective sealed mixture to a fifth container;
• collating and combining about 3.785 liters of H2O between about 7.5 PH and 9.5 PH, about 250 ml of 3-aminopropyltrimethoxysilane (saline Aptms), and about 250 ml of oleic acid with the particle injected, sterilized first bonding protective sealed mixture in the fifth container;
• mixing the combination of H2O, saline, oleic acid and protective sealed mixture for about 15 minutes to about 30 minutes;
• freezing the mixed combination of H2O, saline, oleic acid and protective sealed mixture in the fifth container at ambient pressure and a temperature generally within a range of 25° F. and 32° F. for about 3 hours to about 4 hours so as to effect relatively permanent second bonding of the constituents of the protective sealed mixture to interior and/or exterior layers of the H2O molecule;
• thawing the contents of the fifth container for about 4 hours to about 5 hours at ambient temperature and pressure, so as to form a nano solid liquid water concentrate of constituents;
• collating and combining the nano solid liquid water concentrate with about 500 ml of mesoporous silica and about 500 ml of oleic acid;
• mixing the combination of nano solid liquid water concentrate, mesoporous silica and oleic acid at ambient pressure and temperature for up to about 2 minutes, so as to stabilize and provide sealing protection to the protective sealed mixture bonded to the exterior layer of the H2O molecule, such that the nano liquid constituents have a size generally within a range of 12 and 16 nanometers, and the protective sealed mixture bonded to the interior and/or exterior layers of the H2O molecule has a stability of approximately 100% and
• blending about 5 ml of the stabilized and sealed nano solid liquid water concentrate with about 1 liter of filtered bottled H2O, so as to produce a colorless, odorless, tasteless nano vitamin beverage.

A method of treatment using a nano nutraceutical composition, the method comprising the steps of:

• preparing a stabilized and sealed nano solid liquid H2O concentrate comprising a protective sealed mixture bonded to interior and/or exterior layers of H2O molecules, such that the nano liquid constituents have a size generally within a range of 12 and 16 nanometers, and the protective sealed mixture has a stability of approximately 100%;
• blending about a first selected volume of the stabilized and sealed nano solid liquid water concentrate with a second selected volume of filtered bottled H2O, so as to produce a colorless, odorless, tasteless nano vitamin beverage;
• and
• dispensing to a patient a selected daily dosage of the vitamin beverage in the amount of at least 1 liter.