UPM Engineering Technology for Commercialisation
Mo re info http://www.sciencepark.upm.edu.my/industry/available_technology_for_licensing-6211
Mo re info http://www.sciencepark.upm.edu.my/industry/available_technology_for_licensing-6211
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PROSPERING THROUGH<br />
INNOVATION<br />
<strong>Engineering</strong> and Advance<br />
<strong>Technology</strong>
Single Layer Graphene Oxide<br />
(Gra-O)<br />
Assoc. Prof. Dr. Nor Azowa Ibrahim<br />
Invention<br />
Usefulness &<br />
Applications<br />
Benefits<br />
Market<br />
Potential<br />
• Graphene Oxide (GO) played a prominent role in the development of<br />
graphene and its derivatives<br />
• Possess a high surface area monolayer and can be chemically modified<br />
(both covalently and non-covalently) in ways that allow <strong>for</strong> new<br />
functionalities or conjugates to be introduced.<br />
• Simple protocol as no additional extraneous chemical agents are<br />
required<br />
• Single layer / high surface area / powder <strong>for</strong>m<br />
• Touch screen device<br />
• Flexible solar cell<br />
• Electrode<br />
• Catalyst <strong>for</strong> organic reactions<br />
• Polymer additive
Drug Encapsulation in Biodegradable Polymer using<br />
Supercritical Anti Solvent (SAS) Process<br />
Prof. Dr. Robiah Yunus<br />
Invention<br />
Usefulness &<br />
Applications<br />
Benefits<br />
Market<br />
Potential<br />
• (SAS) process can be used to tailor drug’s properties as application in<br />
controlled drug delivery<br />
• The process is nano-size particle and in total powder <strong>for</strong>m<br />
• This process operates under a relatively low supercritical pressure and<br />
temperature thus making it economically attractive and safe<br />
• Green process, environmental friendly<br />
• Elimination of usage of toxic solvent and solvent-free final product<br />
• Low operation temperature thus avoiding drug’s thermal degradation<br />
• Encapsulated drug immediately obtained at end of procedure without<br />
additional downstream process<br />
• Pharmaceutical Industry
Photoluminescent Graphene Quantum Dots<br />
Assoc. Prof. Dr. Suraya<br />
Abdul Rashid<br />
Invention<br />
Usefulness &<br />
Applications<br />
Benefits<br />
Market<br />
Potential<br />
• Methods to produce GQD using the top-down approach;<br />
(i) a conventional chemical oxidation process and<br />
(ii) an acid-free process<br />
• Can be apply according to their electrical and optical properties<br />
• For energy storage devices (e.g: supercapacitors) and biosensors (e.g:<br />
GQD conjugated enzymes)<br />
• Carbon based QD which are non-toxic (unlike thier metal counterparts)<br />
• Lower cost will ensure economic vialbility of these applications<br />
• Energy storage developers<br />
• Optical sensor developers
Bio-based<br />
Carbon Nanotubes (CNTs) Cotton<br />
Dr. Ismayadi Ismail<br />
Invention<br />
Usefulness &<br />
Applications<br />
Benefits<br />
Market<br />
Potential<br />
• Bio-based CNT cotton offers easy processing, manipulation and design<br />
of desired structures to per<strong>for</strong>m the physical and functional properties of<br />
CNTs in structural and functional components.<br />
• Can be apply in electrical and optical properties such as conducting<br />
polymer/GQD electrodes <strong>for</strong> supercapacitor and biosensor using GQD<br />
conjugated enzymes<br />
• For energy storage devices such as supercapacitors and sensors<br />
• Use of Renewable Feedstock<br />
• Less Hazardous Chemical Synthesis<br />
• Bio-based CNT cotton offers easy processing, manipulation and design<br />
of desired structures<br />
• Patch antenna<br />
• Wearable electronics<br />
• Flexible screen and solar panel
Nanocapsules Phase Change Material <strong>for</strong> Versatile<br />
Thermal Energy Storage Medium<br />
Prof Dr. Mohd Zobir Hussein<br />
Invention<br />
Usefulness &<br />
Applications<br />
Benefits<br />
Market<br />
Potential<br />
• Encapsulated phase change material (PCM) into nano-sized copolymer<br />
shells by one-step miniemulsion in-situ polymerization method<br />
• Can produce nanocapsules in the powder and paste <strong>for</strong>m<br />
• To overcome the liquid leakage and low thermal conductivity problems,<br />
thus increase it ability to be used as thermal energy storage material<br />
• Able to reduce energy consumption Maintain internal building com<strong>for</strong>t<br />
which finally reduce the energy usage<br />
• Simple production method and easy to up-scale<br />
• The technology is the first in Malaysia<br />
• Non-hazardous nanocapsules - thus provide safety to consumers<br />
• Proven compatible with building material (especially gypsum).<br />
• Smart building, food packaging industry, textile industries, medical,<br />
electronic, solar panel, painting industry
Fault Tolerant Architecture <strong>for</strong> Artificial Olfactory System<br />
Assoc. Prof. Dr. Mohd<br />
Nizar Hamidon<br />
Invention<br />
Usefulness &<br />
Applications<br />
Benefits<br />
Market<br />
Potential<br />
• A novel architecture was offered to cover and mask the faults that<br />
occur in the sensing unit of an artificial olfactory system<br />
• Can be applied to building and airport security<br />
• Chemical industry (detecting odors from plastic, QC testing <strong>for</strong> perfume<br />
production processes<br />
• Health (Disease detection)<br />
• Food Control (food-processing , Chemical composition of beverages)<br />
• Reliable and fault tolerant<br />
• Reducing maintenance costs<br />
• Operating ability in harsh and unconditioned environments<br />
• Proper <strong>for</strong> using in critical and accurate applications<br />
• Portable medical electronic products<br />
• Portable analysis instrumentation<br />
• Food safety testing
Bio-Based Catalyst<br />
Dr. Umer Rashid<br />
Invention<br />
Usefulness &<br />
Applications<br />
Benefits<br />
Market<br />
Potential<br />
• Single step esterification reaction depicts the potential to reduce the<br />
corrosive wastewater generation as compared to conventional reaction<br />
system<br />
• Bio-based catalyst posses excellent conversion of low quality feedstocks<br />
• Bio-based catalyst can be used to convert the very cheap and<br />
discarded oils via single step reaction to value added product i.e.<br />
biodiesel<br />
• Energy efficiency, green process and single pot reaction system <strong>for</strong><br />
biodiesel synthesis<br />
• highly stable, shorter reaction time and no contribution to saponification<br />
• Recyclable and reusable without any treatment<br />
• Economic reliability with cheap synthesis process<br />
• Biodiesel industries<br />
• Biofuel Industries
Stability and Thermal Conductivity Study of Carbon<br />
Nanotube (CNT) Nanofluid<br />
Prof. Dr. Luqman Chuah<br />
Abdullah<br />
Invention<br />
Usefulness &<br />
Applications<br />
Benefits<br />
Market<br />
Potential<br />
• Nanofluids are the suspension of solid nanoparticles in a base fluid<br />
• Coolant candidate <strong>for</strong> thermal management system of next generation<br />
high heat dissipation electronic systems<br />
• Industrial cooling - As the thermal conductivity and the heat transfer<br />
• Cooling of Microchips - A principal limitation on developing smaller<br />
microchips<br />
• Sensing and Imaging<br />
• Automotive Applications<br />
• High specific surface area<br />
• High dispersion stability with predominant Brownian montion of particles<br />
• Reduced particle clogging<br />
• Adjustable properties, including thermal conductivity<br />
• Biodiesel and biofuel Industries
Portable DNA biosensor <strong>for</strong> in situ Vibrio<br />
Parahaemolyticus Detection<br />
Prof Dr Nor Azah Yusof<br />
Invention<br />
Usefulness &<br />
Applications<br />
Benefits<br />
Market<br />
Potential<br />
• Rapid detection tool that can be identified at an early stage and able<br />
to protect consumers in time from potential hazard provide in<strong>for</strong>mation<br />
about food contaminations immediately<br />
• Detection facility to monitor potential hazardous pathogens due to high<br />
frequency of Vibrio parahaemolyticus<br />
• This species have been a significant concern in the trade and<br />
production of seafood since they are enormous in this product<br />
• Early detection<br />
• Time saving<br />
• Cost-effective<br />
• Researcher Institute<br />
• Food Industry<br />
• Health Industry
Dielectric Pyrochlores in Bismuth Magnesium Tantalate<br />
Ternary System<br />
Assoc. Prof. Dr. Tan Kar Ban<br />
Invention<br />
Usefulness &<br />
Applications<br />
Benefits<br />
Market<br />
Potential<br />
• The invention relates to the synthesis and characterisation of bismuth<br />
magnesium tantalate dielectrics (BMT pyrochlores)<br />
• The compositions of invention have outstanding bulk dielectric<br />
properties<br />
• Invention can be used as dielectric material<br />
• Suitable particularly <strong>for</strong> ceramic based capacitor application<br />
• The compositions of invention have outstanding bulk<br />
dielectric properties<br />
• Electrical industry<br />
• Electronic industry
How Practical is Supercapacitor with Flexibility?<br />
You Decide<br />
Dr. Janet Lim Hong Ngee<br />
Invention<br />
• Invented flexible supercapacitor exhibits excellent stability even when<br />
being subjected to bending at various angles<br />
Usefulness &<br />
Applications<br />
Benefits<br />
Market<br />
Potential<br />
• Versatile and portable electronic devices<br />
• Wide opportunities in electronic applications such as computers, electric<br />
vehicles, cellular telephones<br />
• Facile, single-step and straight<strong>for</strong>ward electrochemical deposition under<br />
ambient condition with no hazardous chemicals in process<br />
• Flexible properties significantly minimize the compartment size<br />
(applicable to various curvatures, minimal physical space allocation)<br />
• Alternatives to the world energy storage devices<br />
• Electronic & energy storage industries<br />
• Automotive industries<br />
• Consumer products
Method of Manufacturing High Efficiency<br />
Nanophosphor Litium Tetraborate<br />
Prof. Dr. Elias Saion<br />
Invention<br />
Usefulness &<br />
Applications<br />
Benefits<br />
Market<br />
Potential<br />
• A simple thermal decomposition method, an environmentally friendly<br />
procedure, and tissue-equivalent material<br />
• The product has better thermal luminance (TL) response-dose range<br />
suitable <strong>for</strong> many applications from dose monitoring in radiation<br />
protection to radiation dosimetry practices in industries<br />
• Reducing the synthesis time to less than 3 hours and not polluting the<br />
environment as no toxic chemicals discharging into the drainage<br />
system.<br />
• Radiation protection departments<br />
• Radiation dosimetry related businesses, hospitals, radiation and nuclear<br />
researches<br />
• Non-distrustive testing<br />
• Food irradiation and sterilization
Terima Kasih<br />
Thank You<br />
Interested <strong>for</strong> collaboration and commercialization<br />
Dr. Muhammad Fakri Zaky Ja`afar<br />
Deputy Director<br />
Innovation Marketing Division,<br />
Putra Science Park<br />
Tel : 03-89471254 | zakyjaafar@upm.edu.my<br />
For other potential products:<br />
www.sciencepark.upm.edu.my/innotech
Interested <strong>for</strong> collaboration and commercialization<br />
Mr. Ahmad Zakir Dato’ Wira Jaafar<br />
CEO of <strong>Commercialisation</strong><br />
Tel: 016-6632481<br />
Email: zakir.jaafar@upm.edu.my<br />
For other potential products:<br />
Innovation Promotion and Marketing Division<br />
Tel: 03-8947 1254<br />
Email: promotionpsp@gmail.com