PATENT:
- PATENT No. : My-145848-A : “Synthesis of Nano Metal Oxide”
- PATENT No. : MY-146371-A : “Flow Injection Technique to Determine Acid Sites of Solid Catalyst”
- PATENT No. : MY-144569-A : “Volcano Mud Adsorbent”
INTELLECTUAL PROPERTY:
- PI2016702379 : A Mesoporous Titania Nanoparticle
- UI2014701038 : Rapid Synthesis of Highly Ordered and Uniform Mesostructured Silica Nanoparticles (MSN) for Removal of Dye Wastewater
- PI2015701568 : Colloidal FeOOH Supported On Mesostructured Silica Framework And Method For Producing The Same
- PI2014703720 : Mesoporous Silica Nanoparticles And Preparation Method Thereof
- PI2013702300 : Photocatalyst for dye degradation and methods of preparation thereof
- PI2013700202 : A Lauric Acid Treated Oil Palm Leaves Adsorbent
- PI2011000688 : Quantitative Analysis of Acidic Sites of Solid Material by Pyridine Pre-adsorbed FTIR Spectroscopy
- PI2010002434 : A Method of Producing a Zeolite (from Lapindo)
- PI2010005593 : An Adsorbent Material And Use Thereof
- PI2010005591 : A Method Of Treating Waste Effluents Containing Metal Ions
- PI2010700071 : A one-pot sonodetoxifier system for dioxin and furans precursor
- PI2010700065 : A method of measuring density of shapeless material
- PI2010004924 : A Method Of Producing Zinc Peroxide Nanoparticles
- PI2010005140 : A Method Of Producing Magnetite Nanoparticles
- PI20091677 : Preparation of NanoZinc Oxide by self-combustuion technique
- PI20091756 : Preparation of NanoMetal Oxide by electrogeneration technique
- PI20094509 : Method of Preparing A Nano Metal Zeolite Catalyst
- PI20094511 : LAPINDO Volcano Mud Adsorbent
- PI20092887 : An Improved Fourier Transform Infrared (FTIR) Cell for Real Time Monitoring
- PI20097004 : Flow Injection Technique to Determine Acid Sites of Solid Catalyst