Patents Assigned to HT MATERIALS SCIENCE (IP) LIMITED
  • HEAT TRANSFER MIXTURE AND METHOD
    Publication number: 20240254378
    Abstract: A method of forming a heat transfer fluid includes dispersing an aluminum oxide powder in water to form a slurry; combining the slurry with water to form a first combination; adding a first amount of a chelating agent to the first combination to form a second combination; adding a first amount of a surfactant to the second combination to form a third combination; adding one of the group consisting of propylene glycol and ethylene glycol to the third combination to form a fourth combination; adding a second amount of the chelating agent to the fourth combination to form a fifth combination; adding a second amount of the surfactant to the fifth combination to form a sixth combination; and mixing the sixth combination to form the heat transfer fluid.
    Type: Application
    Filed: January 23, 2023
    Publication date: August 1, 2024
    Applicant: HT MATERIALS SCIENCE (IP) LIMITED
    Inventors: FRANCESCO MICALI, Arturo De Risi, Marco Milanese
  • HEAT TRANSFER MIXTURE
    Publication number: 20240209250
    Abstract: A heat transfer mixture is represented by the formula: 1=Vpg/Vnf+Vw/Vnf+Vpw/Vnf+Vsf/Vnf+Vbs/Vnf+Vac/Vnf+Vci/Vnf. Vnf is a volume of a nanofluid. Vpg is a volume of propylene glycol. Vw is a volume of water. Vpw is a volume of a nanopowder. Vsf is a volume of a surfactant. Vbs is a volume of a base additive. Vac is a volume of an acid additive. Vci is a volume of a corrosive inhibitor.
    Type: Application
    Filed: March 6, 2024
    Publication date: June 27, 2024
    Applicant: HT MATERIALS SCIENCE (IP) LIMITED
    Inventors: Arturo DE RISI, FRANCESCO MICALI, MACRO MILANESE
  • HEAT TRANSFER MIXTURE
    Publication number: 20230348771
    Abstract: A heat transfer mixture is represented by the formula: 1=Vpg/Vnf+Vw/Vnf+Vpw/Vnf+Vsf/Vnf+Vbs/Vnf+Vac/Vnf+Vci/Vnf. Vnf is a volume of a nanofluid. Vpg is a volume of propylene glycol. Vw is a volume of water. Vpw is a volume of a nanopowder. Vsf is a volume of a surfactant. Vbs is a volume of a base additive. Vac is a volume of an acid additive. Vci is a volume of a corrosive inhibitor.
    Type: Application
    Filed: July 11, 2023
    Publication date: November 2, 2023
    Applicant: HT MATERIALS SCIENCE (IP) LIMITED
    Inventors: Arturo De Risi, Francesco Micali, Marco Milanese
  • HEAT TRANSFER MIXTURES
    Publication number: 20230287254
    Abstract: A heat transfer mixture includes a base fluid, a dispersant, a stabilizing agent, aluminum oxide nanoparticles and exfoliated graphite nanoplatelets.
    Type: Application
    Filed: March 8, 2022
    Publication date: September 14, 2023
    Applicant: HT MATERIALS SCIENCE (IP) LIMITED
    Inventors: FRANCESCO MICALI, Arturo De Risi, Piero Megro
  • Heat transfer mixture
    Patent number: 11753570
    Abstract: A heat transfer mixture is represented by the formula: 1=Vpg/Vnf+Vw/Vnf+Vpw/Vnf+Vsf/Vnf+Vbs/Vnf+Vac/Vnf+Vci/Vnf. Vnf is a volume of a nanofluid. Vpg is a volume of propylene glycol. Vw is a volume of water. Vpw is a volume of a nanopowder. Vsf is a volume of a surfactant. Vbs is a volume of a base additive. Vac is a volume of an acid additive. Vci is a volume of a corrosive inhibitor.
    Type: Grant
    Filed: June 18, 2020
    Date of Patent: September 12, 2023
    Assignee: HT MATERIALS SCIENCE (IP) LIMITED
    Inventors: Arturo De Risi, Francesco Micali, Marco Milanese
  • Heat transfer mixture
    Patent number: 11746273
    Abstract: A heat transfer mixture is represented by the formula: 1=Vpg/Vnf+Vw/Vnf+Vpw/Vnf+Vsf/Vnf+Vbs/Vnf+Vac/Vnf+Vci/Vnf. Vnf is a volume of a nanofluid. Vpg is a volume of propylene glycol. Vw is a volume of water. Vpw is a volume of a nanopowder. Vsf is a volume of a surfactant. Vbs is a volume of a base additive. Vac is a volume of an acid additive. Vci is a volume of a corrosive inhibitor.
    Type: Grant
    Filed: June 18, 2020
    Date of Patent: September 5, 2023
    Assignee: HT MATERIALS SCIENCE (IP) LIMITED
    Inventors: Arturo De Risi, Francesco Micali, Marco Milanese
  • HEAT TRANSFER MIXTURE
    Publication number: 20210246350
    Abstract: A heat transfer mixture is represented by the formula: 1=Vpg/Vnf+Vw/Vnf+Vpw/Vnf+Vsf/Vnf+Vbs/Vnf+Vac/Vnf+Vci/Vnf. Vnf is a volume of a nanofluid. Vpg is a volume of propylene glycol. Vw is a volume of water. Vpw is a volume of a nanopowder. Vsf is a volume of a surfactant. Vbs is a volume of a base additive. Vac is a volume of an acid additive. Vci is a volume of a corrosive inhibitor.
    Type: Application
    Filed: March 18, 2021
    Publication date: August 12, 2021
    Applicant: HT MATERIALS SCIENCE (IP) LIMITED
    Inventors: Arturo DE RISI, Francesco MICALI, Marco MILANESE
  • HEAT TRANSFER MIXTURE
    Publication number: 20210222041
    Abstract: A heat transfer mixture is represented by the formula: 1=Vpg/Vnf+Vw/Vnf+Vpw/Vnf+Vsf/Vnf+Vbs/Vnf+Vac/Vnf+Vci/Vnf. Vnf is a volume of a nanofluid. Vpg is a volume of propylene glycol. Vw is a volume of water. Vpw is a volume of a nanopowder. Vsf is a volume of a surfactant. Vbs is a volume of a base additive. Vac is a volume of an acid additive. Vci is a volume of a corrosive inhibitor.
    Type: Application
    Filed: March 18, 2021
    Publication date: July 22, 2021
    Applicant: HT MATERIALS SCIENCE (IP) LIMITED
    Inventors: Arturo De Risi, Francesco Micali, Marco Milanese
  • HEAT TRANSFER MIXTURE
    Publication number: 20210087448
    Abstract: A heat transfer mixture is represented by the formula: 1=Vpg/Vnf+Vw/Vnf+Vpw/Vnf+Vsf/Vnf+Vbs/Vnf+Vac/Vnf+Vci/Vnf. Vnf is a volume of a nanofluid. Vpg is a volume of propylene glycol. Vw is a volume of water. Vpw is a volume of a nanopowder. Vsf is a volume of a surfactant. Vbs is a volume of a base additive. Vac is a volume of an acid additive. Vci is a volume of a corrosive inhibitor.
    Type: Application
    Filed: June 18, 2020
    Publication date: March 25, 2021
    Applicant: HT MATERIAL SCIENCE (IP) LIMITED
    Inventors: Arturo DE RISI, Francesco Micali, Marco Milanese
  • HEAT TRANSFER MIXTURE
    Publication number: 20210087449
    Abstract: A heat transfer mixture is represented by the formula: 1=Vpg/Vnf+Vw/Vnf+Vpw/Vnf+Vsf/Vnf+Vbs/Vnf+Vac/Vnf+Vci/Vnf. Vnf is a volume of a nanofluid. Vpg is a volume of propylene glycol. Vw is a volume of water. Vpw is a volume of a nanopowder. Vsf is a volume of a surfactant. Vbs is a volume of a base additive. Vac is a volume of an acid additive. Vci is a volume of a corrosive inhibitor.
    Type: Application
    Filed: June 18, 2020
    Publication date: March 25, 2021
    Applicant: HT MATERIALS SCIENCE (IP) LIMITED
    Inventors: Arturo DE RISI, Francesco MICALI, Marco MILANESE
  • Heat transfer mixture
    Patent number: 10723928
    Abstract: A heat transfer mixture is represented by the formula: 1=Vpg/Vnf+Vw/Vnf+Vpw/Vnf+Vsf/Vnf+Vbs/Vnf+Vac/Vnf+Vci/Vnf. Vnf is a volume of a nanofluid. Vpg is a volume of propylene glycol. Vw is a volume of water. Vpw is a volume of a nanopowder. Vsf is a volume of a surfactant. Vbs is a volume of a base additive. Vac is a volume of an acid additive. Vci is a volume of a corrosive inhibitor.
    Type: Grant
    Filed: September 20, 2019
    Date of Patent: July 28, 2020
    Assignee: HT MATERIALS SCIENCE (IP) LIMITED
    Inventors: Arturo De Risi, Francesco Micali, Marco Milanese
  • Heat transfer mixture
    Patent number: 10723927
    Abstract: A heat transfer mixture is represented by the formula: 1=Vpg/Vnf+Vw/Vnf+Vpw/Vnf+Vsf/Vnf+Vbs/Vnf+Vac/Vnf+Vci/Vnf. Vnf is a volume of a nanofluid. Vpg is a volume of propylene glycol. Vw is a volume of water. Vpw is a volume of a nanopowder. Vsf is a volume of a surfactant. Vbs is a volume of a base additive. Vac is a volume of an acid additive. Vci is a volume of a corrosive inhibitor.
    Type: Grant
    Filed: September 20, 2019
    Date of Patent: July 28, 2020
    Assignee: HT MATERIALS SCIENCE (IP) LIMITED
    Inventors: Arturo De Risi, Francesco Micali, Marco Milanese