Hui Tong Chua

View Scopus Profile

Hui Tong Chua

HonFIEAust, CPEng, EngExec, NER, APEC Engineer, IntPE(Aus), FIChemE, CEng, CSci, RPEQ, Professor

 https://orcid.org/0000-0001-7923-6857

  • The University of Western Australia (M050), 35 Stirling Highway,

    6009 Perth

    Australia

Calculated based on number of publications stored in Pure and citations from Scopus
Filter
Patent

Search results

  • 2024

    BORON NITRIDE NANOSTRUCTURES

    Eshon, S. (Inventor), Chua, H. T. (Inventor) & Zhang, W. (Inventor), 13 Aug 2024, IPC No. C01B21/064, B82Y40/00, United States Patent and Trademark Office, Patent No. US 12060267 B2, 15 Nov 2019, Priority date 16 Nov 2018, Priority No. AU 2018904384 A

    Research output: Patent › peer-review

  • 氮化硼纳米结构

    Translated title of the contribution: Boron nitride nanostructuresEshon, S. (Inventor), Chua, H. T. (Inventor) & Zhang, W. (Inventor), 13 Sept 2024, IPC No. C01B21/064, B82Y30/00, B82Y40/00, China Intellectual Property Administration, Patent No. CN 113631501 B, 15 Nov 2019, Priority date 16 Nov 2018, Priority No. AU 2018904384 A

    Research output: Patent › peer-review

    Open Access
    File
    3 Downloads (Pure)
  • 2023

    PROCESO PARA CONTROLAR LA MORFOLOGÍA DEL GRAFITO

    Translated title of the contribution: A PROCESS OF CONTROLLING THE MORPHOLOGY OF GRAPHITECornejo, A. (Inventor), Lu, H. (Inventor) & Chua, H. T. (Inventor), 20 Oct 2023, IPC No. B01J23/70, B01J23/745, C01B32/162, D01F9/127, Instituto Mexicano de la Propiedad Industrial, Patent No. 407364, 26 Aug 2016, Priority date 26 Aug 2015, Priority No. AU 2015903458 A

    Research output: Patent › peer-review

    Open Access
    File
    24 Downloads (Pure)

  • Processo De Produção De Hidrogênio E Carbono Grafítico a Partir De Hidrocarbonetos

    Cornejo, A. (Inventor) & Chua, H. T. (Inventor), 21 Mar 2023, IPC No. C01B3/26, B01J23/745, C01B3/02, C01B3/24, C01B3/28, C01B3/30, C21B15/00, Patent No. BR 112017021057 B1, 31 Mar 2016, Priority date 31 Mar 2015, Priority No. AU 2015901175 A

    Research output: Patent › peer-review

  • Process of controlling the morphology of graphite

    Cornejo, A. (Inventor), Lu, H. (Inventor) & Chua, H. T. (Inventor), 4 Jul 2023, IPC No. B01J23/745, B01J35/00, C01B32/15, C01B32/162, C01B32/18, C01B32/184, C01B32/186, C01B32/205, D01F9/127, Patent No. US 11691126 B2, 26 Aug 2016, Priority date 26 Aug 2015, Priority No. AU 2015903458 A

    Research output: Patent › peer-review

  • UN PROCESO PARA LA PRODUCCIÓN DE HIDRÓGENO Y CARBONO GRAFÍTICO A PARTIR DE HIDROCARBUROS

    Translated title of the contribution: A PROCESS FOR PRODUCING HYDROGEN AND GRAPHITIC CARBON FROM HYDROCARBONSCornejo, A. (Inventor) & Chua, H. T. (Inventor), 30 Aug 2023, IPC No. C01B3/26, B01J23/745, C01B3/02, C01B3/24, C01B3/28, C01B3/30, C21B15/00, Instituto Mexicano de la Propiedad Industrial, Patent No. 405723, 31 Mar 2016, Priority date 31 Mar 2015, Priority No. AU 2015901175 A

    Research output: Patent › peer-review

    Open Access
    File
    40 Downloads (Pure)

  • 탄화수소로부터 수소 및 흑연 탄소의 제조 방법

    Cornejo, A. (Inventor) & Chua, H. T. (Inventor), 25 Aug 2023, IPC No. C01B3/26, B01J19/00, B01J19/24, B01J23/745, C01B32/205, Patent No. KR 102571186 B1, 31 Mar 2016, Priority date 31 Mar 2015, Priority No. AU 2015901175 A

    Research output: Patent › peer-review

  • 흑연의 모폴로지(morphology)를 조절하는 방법

    Cornejo, A. (Inventor), Lu, H. (Inventor) & Chua, H. T. (Inventor), 27 Oct 2023, IPC No. C01B32/205, C01B32/18, C01B32/184, D01F9/127, Patent No. KR 102595258 B1, 26 Aug 2016, Priority date 26 Aug 2015, Priority No. AU 2015903458 A

    Research output: Patent

  • 2022

    A Process for Producing Hydrogen and Graphitic Carbon from Hydrocarbons

    Cornejo, A. (Inventor) & Chua, H. T. (Inventor), 31 Jul 2022, IPC No. B01J8/0005, B01J8/26, B01J19/0013, B01J19/2445, B01J19/245, B01J23/745, B01J2203/061, B01J2219/00162, C01B3/26, C01B3/30, C01B32/205, C01B2203/0277, C01B2203/06, C01B2203/1047, C01B2203/1241, C21B15/00, Patent No. SA 517390046 B1, 28 Sept 2017, Priority date 31 Mar 2015, Priority No. AU 2015901175 A

    Research output: Patent › peer-review

  • A Process of Controlling the Morphology of Graphite

    Cornejo, A. (Inventor), Lu, H. (Inventor) & Chua, H. T. (Inventor), 26 Aug 2022, IPC No. B01J23/70, B01J23/745, D01F9/127, Patent No. CA 2996940 C, 26 Aug 2016, Priority date 26 Aug 2015, Priority No. AU 2015903458 A

    Research output: Patent › peer-review

  • Process for producing hydrogen and graphitic carbon from hydrocarbons

    Cornejo, A. (Inventor) & Chua, H. T. (Inventor), 22 Nov 2022, IPC No. C01B3/26, B01J8/00, B01J8/26, B01J19/00, B01J19/24, B01J23/745, C01B3/30, C01B32/205, C21B15/00, Patent No. US 11505458 B2, 31 Mar 2016, Priority date 31 Mar 2015, Priority No. AU 2015901175 A

    Research output: Patent › peer-review

  • Processo De Controle Da Morfologia De Grafite

    Cornejo, A. (Inventor), Lu, H. (Inventor) & Chua, H. T. (Inventor), 30 Aug 2022, IPC No. B01J23/70, B01J23/745, D01F9/127, Patent No. BR 112018003639 B1, 26 Aug 2016, Priority date 26 Aug 2015, Priority No. AU 2015903458 A

    Research output: Patent › peer-review

  • Process of Controlling the Morphology of Graphite

    Cornejo, A. (Inventor), Lu, H. (Inventor) & Chua, H. T. (Inventor), 8 May 2022, IPC No. B01J23/745, D01F9/127, C01B32/15, C01B32/162, C01B32/18, C01B32/186, B01J35/002, C01B32/205, Y02P20/133, Y02P20/52, C01B32/184, D01F9/1272, Patent No. SA 518391006 B1, 25 Feb 2018, Priority date 26 Aug 2015, Priority No. AU 2015903458 A

    Research output: Patent › peer-review

  • 炭化水素から水素及び黒鉛状炭素を生成するプロセス

    Translated title of the contribution: A Process For Producing Hydrogen And Graphitic Carbon From HydrocarbonsCornejo, A. (Inventor) & Chua, H. T. (Inventor), 24 Jan 2022, IPC No. C01B3/26, B01J23/745, C01B32/05, C22B1/00, Patent No. JP 7007256 B2, 31 Mar 2016, Priority date 31 Mar 2015, Priority No. AU 2015901175 A

    Research output: Patent › peer-review

  • 2021

    A Process for Producing Hydrogen and Graphitic Carbon From Hydrocarbons

    Cornejo, A. (Inventor) & Chua, H. T. (Inventor), 28 Dec 2021, IPC No. B01J23/745, C01B3/02, C01B3/24, C01B3/26, C01B3/28, C01B3/30, C21B15/00, Patent No. MY 188748 A, 31 Mar 2016, Priority date 31 Mar 2015, Priority No. AU 2015901175 A

    Research output: Patent › peer-review

  • A Process of Controlling the Morphology of Graphite

    Cornejo, A. (Inventor), Lu, H. (Inventor) & Chua, H. T. (Inventor), 17 May 2021, IPC No. B01J23/745, D01F9/127, C01B32/15, C01B32/162, C01B32/18, C01B32/186, B01J35/002, C01B32/205, C01B32/184, D01F9/1272, Patent No. MY 185388 A, 26 Aug 2016, Priority date 26 Aug 2015, Priority No. AU 2015903458 A

    Research output: Patent › peer-review

  • 用于从碳氢化合物生产氢气和石墨碳的方法

    Translated title of the contribution: Process For Producing Hydrogen And Graphitic Carbon From HydrocarbonsCornejo, A. (Inventor) & Chua, H. T. (Inventor), 6 Aug 2021, IPC No. C01B3/26, B01J23/745, C01B3/02, C01B3/24, C01B3/28, C01B3/30, C01B32/205, C21B15/00, Patent No. CN 108064214 B, 31 Mar 2016, Priority date 31 Mar 2015, Priority No. AU 2015901175 A

    Research output: Patent › peer-review

  • 黒鉛の形態を制御するプロセス

    Translated title of the contribution: The process of controlling the morphology of graphiteCornejo, A. (Inventor), Lu, H. (Inventor) & Chua, H. T. (Inventor), 22 Dec 2021, IPC No. B01J23/745, D01F9/127, C01B32/15, C01B32/162, C01B32/18, C01B32/186, B01J35/002, C01B32/205, C01B32/184, D01F9/1272, Patent No. JP 6986009 B2, 26 Aug 2016, Priority date 26 Aug 2015, Priority No. AU 2015903458 A

    Research output: Patent › peer-review

  • 2020

    A process for producing hydrogen and graphitic carbon from hydrocarbons

    Cornejo, A. (Inventor) & Chua, H. T. (Inventor), 7 Jan 2020, IPC No. C01B3/26, C01B3/24, C0B3/28, C01B3/30, B01J23/745, C21B15/00, C01B3/02, Patent No. 735781, 22 Sept 2017, Priority date 31 Mar 2015, Priority No. 2015901175

    Research output: Patent › peer-review

  • A process for producing hydrogen and graphitic carbon from hydrocarbons

    Cornejo, A. (Inventor) & Chua, H. T. (Inventor), 9 Jan 2020, IPC No. C01B3/26, C01B3/24, C01B3/28, C01B3/30, B01J23/745, C21B15/00, C01B3/02, C01B31/04, Patent No. 11201707907S, 31 Mar 2016, Priority date 31 Mar 2015, Priority No. AU2015901175

    Research output: Patent › peer-review

  • A process of controlling the morphology of graphite

    Cornejo, A. (Inventor), Lu, H. (Inventor) & Chua, H. T. (Inventor), 28 Jan 2020, IPC No. B01J23/70, B01J23/745, D01F9/127, Patent No. 740136, 22 Feb 2018, Priority date 26 Aug 2015, Priority No. 2015903458

    Research output: Patent › peer-review

  • Process For Producing Hydrogen And Graphitic Carbon From Hydrocarbons

    Cornejo, A. (Inventor) & Chua, H. T. (Inventor), 20 Aug 2020, IPC No. C01B3/26, B01J23/745, C01B3/02, C01B3/24, C01B3/28, C01B3/30, C21B15/00, Patent No. EA 035857 B1, 31 Mar 2016, Priority date 31 Mar 2015, Priority No. AU 2015/901175 A

    Research output: Patent › peer-review

  • Process For Producing Hydrogen From Hydrocarbons

    Chua, H. T. (Inventor), Cornejo, A. (Inventor), Raston, C. (Inventor) & Gao, L. (Inventor), 21 Apr 2020, IPC No. H01M8/0612, B01J23/745, B01J23/83, B01J23/883, B01J37/02, B82Y30/00, B82Y40/00, C01B3/26, C01B3/40, C01B32/05, C01B32/16, C01B32/20, H01M8/0662, H01M8/1007, H01M8/1018, Patent No. US 10629933 B2, Priority date 10 Sept 2009, Priority No. AU 2009/904346 A

    Research output: Patent › peer-review

  • System And Method For Desalination

    Rahimi, B. (Inventor), Chua, H. T. (Inventor) & Christ, A. (Inventor), 2 Jan 2020, IPC No. B01D1/26, B01D3/14, C02F1/04, C02F103/08, Patent No. AU 2015/245944 B2, Priority date 11 Apr 2014, Priority No. AU 2014/901335 A

    Research output: Patent › peer-review

  • 2019

    A Process for Producing Hydrogen and Graphitic Carbon From Hydrocarbons

    Cornejo, A. (Inventor) & Chua, H. T. (Inventor), 31 Jul 2019, IPC No. B01J8/0005, B01J8/26, B01J19/0013, B01J19/2445, B01J19/245, B01J23/745, B01J2203/061, B01J2219/00162, C01B3/26, C01B3/30, C01B2203/0277, C01B2203/06, C01B2203/1047, C01B2203/1241, C21B15/00, C01B32/205, Patent No. ZA 201706455 B, 26 Sept 2017, Priority date 31 Mar 2015, Priority No. AU2015901175A

    Research output: Patent › peer-review

  • A Process For Producing Hydrogen And Graphitic Carbon From Hydrocarbons

    Cornejo, A. (Inventor) & Chua, H. T. (Inventor), 3 Jan 2019, IPC No. C01B3/26, B01J23/745, C01B3/02, C01B3/24, C01B3/28, C01B3/30, C21B15/00, Patent No. AU 2016/240393 B2, Priority date 31 Mar 2015, Priority No. AU 2015/901175 A

    Research output: Patent › peer-review

  • A Process of Controlling the Morphology of Graphite

    Cornejo, A. (Inventor), Lu, H. (Inventor) & Chua, H. T. (Inventor), 26 Jun 2019, IPC No. B01J23/745, B01J35/002, C01B32/15, C01B32/162, C01B32/18, C01B32/186, C01B32/205, D01F9/127, C01B32/184, D01F9/1272, Patent No. ZA 201801820 B, 19 Mar 2018, Priority date 26 Aug 2015, Priority No. AU 2015903458 A

    Research output: Patent › peer-review

  • A Process Of Controlling The Morphology Of Graphite

    Cornejo, A. (Inventor), Lu, H. (Inventor) & Chua, H. T. (Inventor), 7 Mar 2019, IPC No. B01J23/70, B01J23/745, D01F9/127, Patent No. AU 2016/312962 B2, Priority date 26 Aug 2015, Priority No. AU 2015/903458 A

    Research output: Patent › peer-review

  • Method for desalination

    Rahimi, B. (Inventor), Chua, H. T. (Inventor) & Christ, A. (Inventor), 29 Oct 2019, IPC No. C02F1/16, B01D1/00, B01D3/06, B01D3/14, C02F1/04, C02F1/06, C02F103/08, Patent No. US 10457568 B2, Priority date 11 Apr 2014, Priority No. AU 2014/901335 A

    Research output: Patent › peer-review

  • 2018

    A Process of Controlling the Morphology of Graphite

    Cornejo, A. (Inventor), Lu, H. (Inventor) & Chua, H. T. (Inventor), 29 Aug 2018, IPC No. B01J23/70, B01J23/745, D01F9/127, Patent No. PH 12018500400 B1, 22 Feb 2018, Priority date 26 Aug 2015, Priority No. AU 2015903458 A

    Research output: Patent › peer-review

  • 2016

    Desalination Plant

    Chua, H. T. (Inventor), Wang, X. (Inventor) & Regenauer-Lieb, K. (Inventor), 14 Jun 2016, IPC No. B01D3/14, C02F1/04, Patent No. US 9365438 B2, Priority date 9 Jul 2010, Priority No. AU 2010/903053 A

    Research output: Patent › peer-review

  • 2007

    High Sensitivity Scanning Probe System

    Ng, T. W. (Inventor), Chua, H. T. (Inventor) & Sasaki, O. (Inventor), 12 Jun 2007, IPC No. G01B11/02, G01B9/02, G01Q20/02, G01Q30/02, G01Q60/24, Patent No. US 7230719 B2, Priority date 2 Dec 2003, Priority No. US 72627603 A

    Research output: Patent › peer-review

  • 2006

    A Vessel For Use In Multi-effect Distillation And /or Separation Process

    Wee, T. H. (Inventor), Chua, H. T. (Inventor) & Ng, W. J. (Inventor), 1 Nov 2006, IPC No. F16J12/00, G21C13/093, Patent No. GC 0000269 A, Priority date 16 Feb 2000, Priority No. SG 0000024 W

    Research output: Patent › peer-review

  • 2003

    A Regenerative Adsorption Process And Multi-reactor Regenerative Adsorption Chiller

    Chua, H. T. (Inventor), Ng, K. C. (Inventor), Malek, A. (Inventor), Kashiwagi, T. (Inventor), Akisawa, A. (Inventor) & Saha, B. B. (Inventor), 30 Sept 2003, IPC No. F25B17/08, F25B27/02, Patent No. 82589, 10 Dec 1998

    Research output: Patent › peer-review

  • 2002

    A Vessel For Use In Multi-effect Distillation And/or Separation Processes

    Wee, T. H. (Inventor), Chua, H. T. (Inventor) & Ng, W. J. (Inventor), 21 Jul 2002, IPC No. F16J12/00, G21C13/093, Patent No. TW 495366 B, Priority date 16 Feb 2000, Priority No. SG 0000024 W

    Research output: Patent › peer-review

  • Regenerative adsorption process and multi-reactor regenerative adsorption chiller

    Chua, H. T. (Inventor), Ng, K. C. (Inventor), Malek, A. (Inventor), Kashiwagi, T. (Inventor), Akisawa, A. (Inventor) & Saha, B. B. (Inventor), 10 Dec 2002, IPC No. F25B17/08, F25B27/02, Patent No. US 6,490,875 B2, 8 Jun 2001, Priority date 10 Dec 1998, Priority No. SG 1998004792 A

    Research output: Patent › peer-review