Chemical composites made with nanoparticles that were formed from the combination of greenhouse gases and graphite for improved mechanical, nucleation, and thermal properties; chemical coating additive made with nanoparticles that were formed from the combination of ceramics, greenhouse gases and graphite for fire retardation, corrosion protection, structural rehab, and waterproofing; thermosetting materials made with nanoparticles that were formed from the combination of greenhouse gases and graphite, namely, epoxies, thermoplastic polyurethane, and rubber composites; absorbents in the nature of absorbing carbons made with nanoparticles that were formed from the combination of greenhouse gases and graphite for air filtration, agriculture, petrochemicals and advanced material synthesis industries; chemical composites made with nanoparticles that were formed from the combination of greenhouse gases and fly ash for use in the construction, concrete, cement, mortar, and building material industries ; thermosetting materials made with nanoparticles that were formed from the combination of greenhouse gases and fly ash, for use in the construction, concrete, cement, mortar, and building material industries; absorbents in the nature of absorbing carbons made with nanoparticles that were formed from the combination of greenhouse gases and fly ash for use in the construction, concrete, cement, mortar, and building material industries; chemical adsorbents made with nanoparticles that were formed from the combination of greenhouse gases and fly ash for contaminant removal in petrochemical, water and wastewater, and advanced material industries; unprocessed chemical polymers made with nanoparticles that were formed from the combination of greenhouse gases and bottom ash being incinerator ash; unprocessed chemical polymers made with nanoparticles that were formed from the combination of greenhouse gases and petroleum coke; unprocessed chemical polymers made with nanoparticles that were formed from the combination of greenhouse gases and inorganic mineral based material; thermosetting materials made with nanoparticles that were formed from the combination of greenhouse gases and bottom ash being incinerator ash, namely, Polyethylene terephthalate (PET), polypropylene (PP), Polyamides, Polyhydroxyalkanoates (PHA), polyethylene (PE), and engineered plastics; thermosetting materials made with nanoparticles formed from the combination of greenhouse gases and petroleum coke, namely, such as epoxies, thermoplastic polyurethane, and rubber composites; thermosetting materials made with nanoparticles that were formed from the combination of greenhouse gases and inorganic mineral based material, namely epoxies, thermoplastic polyurethane, and rubber composites; absorbents in the nature of absorbing carbons made with nanoparticles that were formed from the combination of greenhouse gases and bottom ash being incinerator ash for use in air filtration, agriculture, petrochemicals and advanced material synthesis industries; absorbents in the nature of absorbing carbons made with nanoparticles that were formed from the combination of greenhouse gases and petroleum coke for use in air filtration, agriculture, petrochemicals and advanced material synthesis industries; absorbents in the nature of absorbing carbons made with nanoparticles that were formed from the combination of greenhouse gases and inorganic mineral based material for use in air filtration, agriculture, petrochemicals and advanced material synthesis industries

(1) chemical composites made with nanoparticles that were formed from the combination of greenhouse gases and graphite; (2) coating additive made with nanoparticles that were formed from the combination of ceramics, greenhouse gases and graphite; (3) industrial lubricants made with nanoparticles that were formed from the combination of greenhouse gases and graphite; enhanced strength concrete made with nanoparticles that were formed from the combination of greenhouse gases and graphite; electrically conductive plastics made with nanoparticles that were formed from the combination of greenhouse gases and graphite; thermosetting materials made with nanoparticles that were formed from the combination of greenhouse gases and graphite; electrically conductive ink made with nanoparticles that were formed from the combination of greenhouse gases and graphite; additive to an adhesive made with nanoparticles that were formed from the combination of greenhouse gases and graphite; flexible conductive film for displays and electrodes made with nanoparticles that were formed from the combination of greenhouse gases and graphite; absorbents made with nanoparticles that were formed from the combination of greenhouse gases and graphite; adsorbents made with nanoparticles that were formed from the combination of greenhouse gases and graphite; durable asphalt made with nanoparticles that were formed from the combination of greenhouse gases and graphite; high-performance electronics made with nanoparticles that were formed from the combination of greenhouse gases and graphite; new pharmaceutical drugs made with nanoparticles that were formed from the combination of greenhouse gases and graphite; (4) chemical composites made with nanoparticles that were formed from the combination of greenhouse gases and fly ash coating additive made with nanoparticles that were formed from the combination of greenhouse gases and fly ash industrial lubricants made with nanoparticles that were formed from the combination of greenhouse gases and fly ash; enhanced strength concrete made with nanoparticles that were formed from the combination of greenhouse gases and fly ash; electrically conductive plastics made with nanoparticles that were formed from the combination of greenhouse gases and fly ash; thermosetting materials made with nanoparticles that were formed from the combination of greenhouse gases and fly ash; electrically conductive ink made with nanoparticles that were formed from the combination of greenhouse gases and fly ash; additive to an adhesive made with nanoparticles that were formed from the combination of greenhouse gases and fly ash; flexible conductive film for displays and electrodes made with nanoparticles that were formed from the combination of greenhouse gases and fly ash; absorbents made with nanoparticles that were formed from the combination of greenhouse gases and fly ash; adsorbents made with nanoparticles that were formed from the combination of greenhouse gases and fly ash; durable asphalt made with nanoparticles that were formed from the combination of greenhouse gases and fly ash; high-performance electronics made with nanoparticles that were formed from the combination of greenhouse gases and fly ash; new pharmaceutical drugs made with nanoparticles that were formed from the combination of greenhouse gases and fly ash; (5) chemical polymers made with nanoparticles that were formed from the combination of greenhouse gases and bottom ash (incinerator ash); coating additive made with nanoparticles that were formed from the combination of greenhouse gases and bottom ash (incinerator ash); industrial lubricants made with nanoparticles that were formed from the combination of greenhouse gases and bottom ash (incinerator ash); enhanced strength concrete made with nanoparticles that were formed from the combination of greenhouse gases and bottom ash (incinerator ash); electrically conductive plastics made with nanoparticles that were formed from the combination of greenhouse gases and bottom ash (incinerator ash); thermosetting materials made with nanoparticles that were formed from the combination of greenhouse gases and bottom ash (incinerator ash); electrically conductive ink made with nanoparticles that were formed from the combination of greenhouse gases and bottom ash (incinerator ash); additive to an adhesive made with nanoparticles that were formed from the combination of greenhouse gases and bottom ash (incinerator ash); flexible conductive film for displays and electrodes made with nanoparticles that were formed from the combination of greenhouse gases and bottom ash (incinerator ash); absorbents made with nanoparticles that were formed from the combination of greenhouse gases and bottom ash (incinerator ash); adsorbents made with nanoparticles that were formed from the combination of greenhouse gases and bottom ash (incinerator ash); durable asphalt made with nanoparticles that were formed from the combination of greenhouse gases and bottom ash (incinerator ash); high-performance electronics made with nanoparticles that were formed from the combination of greenhouse gases and bottom ash (incinerator ash); new pharmaceutical drugs made with nanoparticles that were formed from the combination of greenhouse gases and bottom ash (incinerator ash); (6) chemical polymers made with nanoparticles that were formed from the combination of greenhouse gases and petroleum coke; coating additive made with nanoparticles that were formed from the combination of greenhouse gases and petroleum coke; industrial lubricants made with nanoparticles that were formed from the combination of greenhouse gases and petroleum coke; enhanced strength concrete made with nanoparticles that were formed from the combination of greenhouse gases and petroleum coke; electrically conductive plastics made with nanoparticles that were formed from the combination of greenhouse gases and petroleum coke; thermosetting materials made with nanoparticles that were formed from the combination of greenhouse gases and petroleum coke; electrically conductive ink made with nanoparticles that were formed from the combination of greenhouse gases and petroleum coke; additive to an adhesive made with nanoparticles that were formed from the combination of greenhouse gases and petroleum coke; flexible conductive film for displays and electrodes made with nanoparticles that were formed from the combination of greenhouse gases and petroleum coke; absorbents made with nanoparticles that were formed from the combination of greenhouse gases and petroleum coke; adsorbents made with nanoparticles that were formed from the combination of greenhouse gases and petroleum coke; durable asphalt made with nanoparticles that were formed from the combination of greenhouse gases and petroleum coke; high-performance electronics made with nanoparticles that were formed from the combination of greenhouse gases and petroleum coke; new pharmaceutical drugs made with nanoparticles that were formed from the combination of greenhouse gases and petroleum coke; (7) chemical polymers made with nanoparticles that were formed from the combination of greenhouse gases and inorganic mineral based material; coating additive made with nanoparticles that were formed from the combination of greenhouse gases and inorganic mineral based material; industrial lubricants made with nanoparticles that were formed from the combination of greenhouse gases and inorganic mineral based material; enhanced strength concrete made with nanoparticles that were formed from the combination of greenhouse gases and inorganic mineral based material; electrically conductive plastics made with nanoparticles that were formed from the combination of greenhouse gases and inorganic mineral based material; thermosetting materials made with nanoparticles that were formed from the combination of greenhouse gases and inorganic mineral based material; electrically conductive ink made with nanoparticles that were formed from the combination of greenhouse gases and inorganic mineral based material; additive to an adhesive made with nanoparticles that were formed from the combination of greenhouse gases and inorganic mineral based material; flexible conductive film for displays and electrodes made with nanoparticles that were formed from the combination of greenhouse gases and inorganic mineral based material; absorbents made with nanoparticles that were formed from the combination of greenhouse gases and inorganic mineral based material; adsorbents made with nanoparticles that were formed from the combination of greenhouse gases and inorganic mineral based material; durable asphalt made with nanoparticles that were formed from the combination of greenhouse gases and inorganic mineral based material; high-performance electronics made with nanoparticles that were formed from the combination of greenhouse gases and inorganic mineral based material; new pharmaceutical drugs made with nanoparticles that were formed from the combination of greenhouse gases and inorganic mineral based material

recycling of greenhouse gases in the nature of combining greenhouse gases with graphite to create nanoparticles for industrial and research applications, namely, where the nanoparticles are used in chemical composites; recycling of greenhouse gases in the nature of combining greenhouse gases with graphite to create nanoparticles for industrial and research applications, namely, where the nanoparticles are used as an additive to a coating; recycling of greenhouse gases in the nature of combining greenhouse gases with graphite to create nanoparticles for industrial and research applications, namely, where the nanoparticles are used in industrial lubricants, used in strengthening concrete, used to increase electrical conductivity of plastics, used as an additive for thermosetting materials, used in electrically conductive ink, used as an additive to an adhesive, used for tertiary or enhanced oil recovery, used in transparent, flexible conductive film for displays and electrodes, used as adsorbents or absorbents, used to add durability to asphalt, used in producing membranes for air and water purification, used in the manufacturing of high-performance electronics and used in the creation of new pharmaceutical drugs; recycling of greenhouse gases in the nature of combining greenhouse gases with fly ash to create nanoparticles for industrial and research applications, namely, where the nanoparticles are used in industrial lubricants, used in chemical polymers, used in strengthening concrete, used to increase electrical conductivity of plastics, used as an additive for thermosetting materials, used as an additive to a coating or adhesive, used in electrically conductive ink, used for tertiary or enhanced oil recovery, used in transparent, flexible conductive film for displays and electrodes, used as adsorbents or absorbents, used to add durability to asphalt, used in producing membranes for air and water purification, used in the manufacturing of high-performance electronics and used in the creation of new pharmaceutical drugs; recycling of greenhouse gases in the nature of combining greenhouse gases with bottom ash being incinerator ash to create nanoparticles for industrial and research applications, namely, where the nanoparticles are used in industrial lubricants, used in chemical polymers, used in strengthening concrete, used to increase electrical conductivity of plastics, used as an additive for thermosetting materials, used as an additive to a coating or adhesive, used in electrically conductive ink, used for tertiary or enhanced oil recovery, used in transparent, flexible conductive film for displays and electrodes, used as adsorbents or absorbents, used to add durability to asphalt, used in producing membranes for air and water purification, used in the manufacturing of high-performance electronics and used in the creation of new pharmaceutical drugs; recycling of greenhouse gases in the nature of combining greenhouse gases with petroleum coke to create nanoparticles for industrial and research applications, namely, where the nanoparticles are used in industrial lubricants, used in chemical polymers, used in strengthening concrete, used to increase electrical conductivity of plastics, used as an additive for thermosetting materials, used as an additive to a coating or adhesive, used in electrically conductive ink, used for tertiary or enhanced oil recovery, used in transparent, flexible conductive film for displays and electrodes, used as adsorbents or absorbents, used to add durability to asphalt, used in producing membranes for air and water purification, used in the manufacturing of high-performance electronics and used in the creation of new pharmaceutical drugs; recycling of greenhouse gases in the nature of combining greenhouse gases with mineral-based material comprising inorganic materials, namely, oxides and silicates, olivine, talc, yellowstone, serpentine, saw dust and amorphous powder to create nanoparticles for industrial and research applications, namely, where the nanoparticles are used in industrial lubricants, used in chemical polymers, used in strengthening concrete, used to increase electrical conductivity of plastics, used as an additive for thermosetting materials, used as an additive to a coating or adhesive, used in electrically conductive ink, used for tertiary or enhanced oil recovery, used in transparent, flexible conductive film for displays and electrodes, used as adsorbents or absorbents, used to add durability to asphalt, used in producing membranes for air and water purification, used in the manufacturing of high-performance electronics and used in the creation of new pharmaceutical drugs

(1) Carrying on the business of combining greenhouse gases with graphite to create nanoparticles for industrial and research applications, namely, where the nanoparticles are used in chemical composites; (2) Carrying on the business of combining greenhouse gases with graphite to create nanoparticles for industrial and research applications, namely, where the nanoparticles are used as an additive to a coating; (3) Carrying on the business of combining greenhouse gases with graphite to create nanoparticles for industrial and research applications, namely, where the nanoparticles are used in industrial lubricants, used in strengthening concrete, used to increase electrical conductivity of plastics, used as an additive for thermosetting materials, used in electrically conductive ink, used as an additive to an adhesive, used for tertiary or enhanced oil recovery, used in transparent, flexible conductive film for displays and electrodes, used as adsorbents or absorbents, used to add durability to asphalt, used in producing membranes for air and water purification, used in the manufacturing of high-performance electronics and used in the creation of new pharmaceutical drugs; (4) Carrying on the business of combining greenhouse gases with fly ash to create nanoparticles for industrial and research applications, namely, where the nanoparticles are used in industrial lubricants, used in chemical polymers, used in strengthening concrete, used to increase electrical conductivity of plastics, used as an additive for thermosetting materials, used as an additive to a coating or adhesive, used in electrically conductive ink, used for tertiary or enhanced oil recovery, used in transparent, flexible conductive film for displays and electrodes, used as adsorbents or absorbents, used to add durability to asphalt, used in producing membranes for air and water purification, used in the manufacturing of high-performance electronics and used in the creation of new pharmaceutical drugs; (5) Carrying on the business of combining greenhouse gases with bottom ash (incinerator ash) to create nanoparticles for industrial and research applications, namely, where the nanoparticles are used in industrial lubricants, used in chemical polymers, used in strengthening concrete, used to increase electrical conductivity of plastics, used as an additive for thermosetting materials, used as an additive to a coating or adhesive, used in electrically conductive ink, used for tertiary or enhanced oil recovery, used in transparent, flexible conductive film for displays and electrodes, used as adsorbents or absorbents, used to add durability to asphalt, used in producing membranes for air and water purification, used in the manufacturing of high-performance electronics and used in the creation of new pharmaceutical drugs; (6) Carrying on the business of combining greenhouse gases with petroleum coke to create nanoparticles for industrial and research applications, namely, where the nanoparticles are used in industrial lubricants, used in chemical polymers, used in strengthening concrete, used to increase electrical conductivity of plastics, used as an additive for thermosetting materials, used as an additive to a coating or adhesive, used in electrically conductive ink, used for tertiary or enhanced oil recovery, used in transparent, flexible conductive film for displays and electrodes, used as adsorbents or absorbents, used to add durability to asphalt, used in producing membranes for air and water purification, used in the manufacturing of high-performance electronics and used in the creation of new pharmaceutical drugs; (7) Carrying on the business of combining greenhouse gases with mineral-based material comprising inorganic materials, namely, oxides and silicates, olivine, talc, yellowstone, serpentine, saw dust and amorphous powder to create nanoparticles for industrial and research applications, namely, where the nanoparticles are used in industrial lubricants, used in chemical polymers, used in strengthening concrete, used to increase electrical conductivity of plastics, used as an additive for thermosetting materials, used as an additive to a coating or adhesive, used in electrically conductive ink, used for tertiary or enhanced oil recovery, used in transparent, flexible conductive film for displays and electrodes, used as adsorbents or absorbents, used to add durability to asphalt, used in producing membranes for air and water purification, used in the manufacturing of high-performance electronics and used in the creation of new pharmaceutical drugs