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Funding For Collaborations

Written by mokhtar a.hamid. Posted in Business Engagement

 Funding For Collaborations

 

 Sustainable Polymer Engineering ( Associate Professor Dr Anika ZAfiah Mohd Rus )

 

No

Project Title

Grant Type

Amount

1

Optimization Of Biopolymer Membranes For Medical Textiles

GIPS - 0978

RM 13,000.00

2

Neutralizing Free Radical Of Automotive Gaseous Emission Via Textiles Laminated Green Coating : Acoustic And Experimental Study Based On Formation of Free Radical of Laminated Textiles Green Coating

MTUN-COE - C015

RM 85,400.00

3

Neutralizing Free Radical Of Automotive Gaseous Emission Via Textiles Laminated Green Coating Tajuk Projek : Synthesis Of Green Polymer And Laminated Textile Composite

MTUN-COE - C014

RM 213,000.00

4

Synthesis Of Economical And Green Xylitol From Biomass In Enzymatic Membrane Reactor By Locally Produced Xylose Reductase : Degradation Of Natural Polymer From Biomass To Xylose

MTUN-COE - C018

RM 61,600.00

5

Bio Coating For Neutralizing Superoxides Of Automotive Gasseous Emission To Improve Enviroment Air Quality

GIPS - 1026

RM 19,500.00

6

Investigation On Organic Dye Sensitised Titanium Dioxide For Solar Cell Energy Conversion

FRGS

RM 103,000.00

7

A New Construction Materials Based on Agregation of Textiles (used cotton clothing) and Limestone Powder Wastes

FRGS

RM 36,000.00

8

The Novel Continues Biodiesel Proces Using Ultrasound Clamp On Tubular Reactor

PRGS - 0903

RM 160,000.00

9

Influnce Of Hot Compression Moulding Of Biopolymer Filled Waste Granulate Biopolymer

GIPS - 1122

RM 13,000.00

10

Biofoam Exploration From Renewable Resources

ERGS - E018

RM 96,000.00

11

Damping Characteristic of High Density Solid Waste Biopolymer Foam

GIPS 1200

RM 15,300.00

 

 

Sustainable Manufacturing and Recycling Technology ( Associate Professor Dr Amri Lajis)

 

 RESEARCH GRANT FUNDED :
    No              

Activities

      1 Modelling and Simulation in Support and Construction of Business Driven Manufacturing Automation Systems.

Source: IRPA grant, MOSTI, 03-02-13-0002-EA001, Cost - RM 150k

Duration: 2 years (2002 – 2004), Status: Completed

      2 Enhancement of Machinability of Hardened Steels in End Milling Using Advanced Cutting Methods and Tools

Source: Esciencefund grant, MOSTI, 03-01-08-SF0003, Cost - RM 178,450k 

Duration: 2 years (Dec 2006 – Dec 2008), Status: Completed

      3 Sustainability of e-product recycling: propose national framework, model, and policy

Source: FRGS grant, MOHE, FRGS/2/2010/TK/UTHM/02/19, Cost - RM 34,830k 

Duration: 2 years (Sept 2010 – Aug 2013), Status: in-progress

      4

Direct recyling of automotive scrap material (Al6061) in high speed machining process – propose waste to resources  

Source: FRGS grant, JPT.S(BPKI)2000/09/01Jld.11(50), Cost - RM 76k 

Duration: 2 years (Julai 2011 – Jun 2013), Status: in-progress

      5 Kajian ‘Graduate Employability’ Graduan UTHM

Source: Alumni CARE UTHM grant, E15108, Cost - RM 100,000k

Duration: 4 months (01 Sept – Dec 2010), Status: Completed.
      6 High productivity in electrical discharge machining (HPEDM) of difficult-to-cut materials

Source: ERGS grant, JPT.S(BPKI)2000/09/01/018(49), Cost - RM 126k

Duration: 2 years (01 Aug 2011 – July 2013), Status: in-progress
      7

Sustainable Integrated Direct Recycling of Aluminium Industrial Waste

Source: MTUN-COE grant, Cost - RM 439k

Duration: 2 years (01 June 2012 – May 2014), Status: in-progress

      8

Characterization Of Mist Flow Of Minimal Quantity Lubrication Technique In Machining Process:  

Source: FRGS grant, MOHE, Cost - RM 80k 

Duration: 2 years (Sept 2012 – Aug 2014), Status: in-progress

      9

Enhancing Bio Based Lubricant Production Through Innovative Research Tajuk Projek : Potential Use Of The Derived Synthetic Esters As Biolubricants In Machining Applications 

Source: MTUN-COE grant, Cost - RM 350k 

Duration: 2 years (01 June 2012 – May 2014), Status: in-progress

      10 

Sustainable Production Tooling Tajuk Projek :sustainable Machining Process Using Thermally Enchances Machining Technique

Source: MTUN-COE grant, Cost - RM 400k

Duration: 2 years (01 June 2012 – May 2014), Status: in-progress  

      11 

Exploring Improvements in EDM Machining of Tool Steels by Mixing Chromium and Vanadium Powders in Dielectric

Source: ERGS grant, Cost - RM 80k

Duration: 2 years (01 June 2012 – May 2014), Status: in-progress                                                                   

      12

Real-Time Monitoring On Manufacturing Control in Business Driven

Source: RMC grant, KUiTTHO, 04-02-02-0024, Cost - RM 30K

Duration: 2 years (2002 – 2004), Status: Completed

      13

Performance Evaluation of Cutting Tools When Machining Aerospace Materials

Source: RMC grant, KUiTTHO, 05-02-05-0024, Cost - RM 24K

Duration: 2 years (2005 – 2007), Status: Completed

      14

Comparison of Surface Roughness Between Non-Ferrous Metals At Low Constant Sliding Speed With Different Ball Diameters

Source: RMC grant, KUiTTHO, 05-02-05-0027, Cost - RM 15K

Duration: 2 years (2005 – 2007), Status: Completed

      15

The Using Manufacturing Cycle Time Information to Reduce The Time to Market of New Product

Source: RMC grant, KUiTTHO, 05-02-05-0198, Cost - RM 23K

Duration: 2 years (2005 – 2007), Status: Completed

      16

Surface modification in electrical discharge machining of tool steel using powder metallurgy electrode

Source: GIS grant, UTHM, Cost - RM 15,300        

Duration: 1 ½ years (01 Julai 2011 – 31 Dec 2012), Status: in-progress

      17

The Surface Morphology of AISI D2 Hardened Steel by the Electrical Discharge Machining (EDM)

Source: Short-term grant, UTHM, Cost - RM 10K

Duration: 1 year (15 Mac 2011 – 14 Mac 2012), Status: In-progress

      18

Tool wear performance and surface integrity in high speed milling of mold and die materials

Source: GIS grant, UTHM, Cost - RM 18,400K

Duration: 1 years (April 2011 – Mac 2012), Status: In-progress

      19

Direct recyling of automotive scrap material (Al6061) in high speed machining process – propose waste to resources

Source: GIS grant, UTHM, Cost - RM 15,300

Duration: 1 ½ years (01 Julai 2011 – 31 Dec 2012), Status: in-progress

 

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