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Next Generation of Thai InduNext Generation of Thai InduNext Generation of Thai InduNext Generation of Thai Indu““

ณ หอง ณ หอง GH GH 203 203 ศูนยนิทรรศการและการศูนยนิทรรศการและการ

www.nstda.or.th© NSTDA 2013

1Research and Innovation @ NSTDA Werasak Udomkichdecha

ประชุมไบเทคบางนาประชุมไบเทคบางนา

Research and Innovation @ NSTDA

NSTDA ‐ A Driving force for Science and Technology Capability of Thailand



Thailand Institute of Scientific andTechnological ResearchOffice of Atomic Energy

Department of ScienceService

Office of the Permanent

ggyfor Peace

National Science Museum

Office of the PermanentSecretary

National Institute of

Mi i t fOffice of the Minister Metrology

Thailand Institute

Ministry ofScience and Technology

National Science and Technology Development Agency (NSTDA)

N i l S h R h

Thailand InstituteOf Nuclear Technology

National Synchrotron Research Center

National Innovation AgencyNational ScienceTechnology and

Geo‐Informatics and Space Technology Development Agency

National Astronomical Research Institute of Thailand

Technology andInnovation Policy Office



NSTDA Positioning

R&D Collaboration

UniversitiesNSTDA

IndustriesIndustries

R & D R & D R & DBasic

ResearchTechnologyDevelopment



NSTDA Chronicle Vision: Key S&T partner towards knowledge b d i /based society/economyMissions: R&D, TT, HRD, and Infrastructure

2005TMC

1991

2003NANOTEC 2007-2011:

4th National Strategic l

1983

1986•MTEC• NECTEC

1991NSTDA

2002-2006:

Plan

BIOTEC 3rd National Strategic Plan

1997-2001: 2nd National Strategic Plan

1992-1996: 1st National Strategic Plan



Budget, Income and Expenses

MBMB

Government Allocated Budget Income Actual Expenses

4,107.42

4,419.37 4,686.73

4,315.17

4 000

4,500

5,000

5,000

6,000

562.22 604.25 916.33 1,186.85

855.04

2 627 31

3,083.88

3,825.12

3,000

3,500

4,000

4,000

3,021.42

3,495.32 3,606.04 3,414.17 3,158.30

4,023.08

363.66 371.08

448.83 415.86

2,012.35

2,324.10 2,627.31

1,893.95 2,000

2,500

,

3,000

1,700.90 2,201.78 2,178.49

3,246.00 334.34

1,000

1,500

1,000

2,000

0

500

02003 2004 2005 2006 2007 2008 2009 2010 2011 Q2/2012



Fiscal Year

Personnel Distribution

2 681

3,000Persons Total R&D personnel

2,240

2,4342,569

2,644 2,681 2,668

2,500

Doctorate18%

Bachelor's and under

38%

1,619

1,803

1,9992,000

Master's44%

1,240 1,267 1,209 1,217

1,026

1,2451,378

1,4881,500

386519

650731

851

1,026

500

1,000

136 180 213296

386

0

500



1991

1992

1993

1994

1995

1996

1997

1998

1999

2000

2001

2002

2003

2004

2005

2006

2007

2008

2009

2010

2011

2012

Fiscal year

R&D Strategy (2010‐2016)Target

Industry

Foods and Agriculture

Energy and Environment

Health and Medicine

Resources, Communities and Underprivileged

Manufacturing and Service Industries

Cross‐cutting Programs

Smart Materials and Processing

Digital Engineering (Design, Engineering and Automation)

Sensor and Intelligent System

SRI (Service Research and Innovation)

Biotechnology

• Genome Technology (

Nanotechnology• Functional Nanomolecules, Structures and Devices

Information and Computer Technology

• Digital Media &

Materials Technology

•Computer‐aided Tech (CAD / CAM / CAE)(DNA‐microarray,

proteomics, systems biology, micro RNA)• Synthetic Biology • Synthetic Microbes

and Devices•Nanoencapsulation, Targeting and Delivery System• Nanoscale Analysis,

Platforms

• Digital Media & Human Interface• Industrial Electronics & Automation• Security

(CAD / CAM / CAE)• Materials Synthesis & Fabrications • Materials Characterization• Synthetic Microbes

(bio‐based chemical, bio‐based energy)• Pre‐commercial Pilot Plant; cGMP

Computation and Characterization• Nanosafety and Risk Assessment

• Security• Informatics & Network• Smart Devices & System

Characterization



;

Research Unit and Labs in NSTDA

NSTDA has 97 labs:

NSTDA

NECTEC BIOTEC MTEC NANOTECNECTEC19 Labs

BIOTEC27 Labs

MTEC39 Labs

NANOTEC10 Labs

SOLARTEC1 Lab:

ADTEC1 Lab:

Organic Sola LabBone lab



Selected Research Units and Laboratory ServicesResearch Units and Laboratory Services



Testing Lab for Biodegradable Plastics1st i Th il d ith I t ti l St d d i MTEC1st in Thailand with International Standards in MTEC

Testing instruments developed for international standards EN 13432 and ASTM D6400 Tests

EN 13432 and ASTM D6400 as d d d f i faccepted standards for testing of

biological degradation of plastics under lab‐controlled condition



MTEC’s Plastics Technology Lab/Polymer Research Unit

Expertise:

Plastic part design and optimizationSimulation and evaluationConventional and alternative molding techniquesR&D in polymeric and composite materials& po y e c a d co pos te ate a sFunctional films

Services:M t i l d t t tiMaterial and part testing SimulationPrototypingyp gConsultancy and problem solving

Collaborative partners:Toyota MotorToyota MotorSharp CorporationPolyplastics Co., Ltd.



etc.

Surface Science and Engineering Lab/MTEC

Thermal Spray Lab (TSL) provides consultation, engineering solution and development service to i d i l ff i f h lindustrial sector to ensure effective use of thermal spray technology

FacilityPlasma spraying equipment (METCO III MB 40 kW)High velocity oxy‐fuel equipment (METCO DiamondHigh velocity oxy‐fuel equipment (METCO Diamond Jet 2600)Flame spraying equipment (METCO LVOF and Master Jet II)Jet II)Spray & fused equipment (KERNIK)Wire arc spraying equipment (TAFA 9000

d )Arc Jet and METCO Smart ARC)Extension gun 100 mm. (METCO IIIMBTD)Robot (MOTOMAN NX100)



( )

NECTEC Industrial Control and Automation Lab (ICA)

Expertise:Industrial ElectronicsManufacturing automation Supervisory Control and Data Acquisition (SCADA)

Examples of past achievement Motor and Drive System – Electric vehicleBrushless DC motor DriveBrushless DC motor DriveInvertersAutomatic Stitching MachineMotion ControllerMotion ControllerEnhanced Machine Control : EMCAutomatic Grinding Machine

d hRadiator Pipe Cutting Machineetc.



CAD/CAE Laboratory

Facilities: Software: Unigraphics (CAD/CAM/CAE), Geomagic (CAD), MSC.MARC (CAE),

( ) ( ) ( ) ( ) ( )MSC.Patran (CAE), MSC.Nastran (CAE), AutoForm (CAE), LS‐DYNA (CAE), CFX (CAE)

Hardware:3D scanner, computer training room

Service:Create 3D CAD models with 3D scannerConsultancy and problem solvingConsultancy and problem solvingSoftware training



Selected Research and Innovation AchievementsResearch and Innovation Achievements



Smart materials for agricultural products

Plastic for Greenhouse

For pre‐ and post‐harvest:Increasing added value to

Plastic for Greenhouseg

agricultural produces

Improving raw materials &

Smart packaging to prolong shelf‐life

production standards

Smart packaging to prolong shelf life of fresh agricultural products

Smart packaging to delay ripeness and to reduce loss in delivery



Green Technology

Thin film Si solar cellsBiogas pilot plant

Anaerobic digestion of cassava waste water. Waterless oil extracting systems for oil palmAnaerobic digestion of cassava waste water.Biogas production equivalent to boiler oil 7.2 ML per year or 108 ML for 15 years or 1,512 Million Baht

Waterless oil extracting systems for oil palm

Bio diesel production of 2,000‐20,000 liters/day



Sensor TechnologyPrevention and CertificationPrevention and Certification

‐ Screening specific pathogens to reduce risks ‐ Certification for food and seed export

FoodA i lt FoodAgriculture

A i l i bi d fl d h iAnimal virus: bird flu and shrimp

Agritronics

Plant virus

S il i t M it i d i



Soil moisture Monitoring devices

Sensor Technology ‐2Smart Farm• RFID antennas for animal identification brood stock farm management systembrood stock farm management system for aquatic animals• Rice moisture sensor• Weather monitoring gstation

RFIDMulti‐purpose 100‐15‐ kHz RFID microchip

Size Thailand Projectj3D full body scan for fashion design and textile industry, automotive industry, medical and health services ergonomics



Health and Medicine

Anti‐malaria drug researchg

H1N1 antiviral drug(Oseltamivir)

All‐in‐One diagnostic kit for H5N1 and H1N1

A Software for aided orthodontic Diagnosis and treatment planning on 3D digital models

The world first alpha‐The world’s first CD4+

Lymphocytes count for HIV/AIDs

Medical rapid prototyping

thalassemia carrier Immuno‐chromatographic (IC) strip

test

Lymphocytes count for HIV/AIDs patients (CD4 select) using automated cell counter



Software Park Building

S&T Infrastructure of NSTDA

Science Camp Convention Center National centers Pilot Plant



S&T Infrastructure of NSTDA

Thailand Science Park National R&D Centers

Northern Science Park Chiangmai

National R&D CentersMore than 90 research laboratoriesPilot Plants

Northeastern Kohn Kaen & Nakornrajsima Mahasarakham & Ubon

Incubator CentersInnovation ClustersLong term leased land

Mahasarakham & Ubon Rajathanee

Long term leased land Convention CenterScience Camp

TSP Pathumthani (1989)

Software ParkIncubators

Eastern: Chonburi

CMMI capacity buildingSME development funds

Regional Science Parks

Southern Science ParkSongkla (leading site)

Phuket, Pattanee, Pattalung, Surajthani and Nakornsritammarat



Regional Science Parks Surajthani and Nakornsritammarat

Innovation Cluster I and II (or INC I and INC II)@ Thailand Science Park@

Innovation Cluster I 60 Tenant Companies , 12 Incubatees70% Thai : 30% Foreign

Innovation Cluster II

70% Thai : 30% Foreign~500 Staffs with over 300 researchers

o 4 integrated Towers o Gross area of 124,000 sqm.o World class R&D infrastructureo Sensitive lab, heavy equipment area o Superb ICT infrastructure & business

serviceso Additional 150 Companieso To be open in 2013

To be completed by 2013





NSTDA International Collaboration

Japan: AIST, RIKEN, JICA, JST, JAXA, JETRO, METI, MEXT, NUT, NIMS, NISTEP, NEDO,

Europe: EU‐FP7 UK‐Thailand Partners in

China: CAS, GUCASTsinghua UniversityXiamen University

Tokyo Tech, Hiroshima U., Toyota, Shiseido Co., Ltd., Ube, Denso, ATPIJ, YU, etc.

Korea: KAIST, KRIBB, KRISS, STEPI

Europe: EU FP7, UK Thailand Partners in Science, Fraunhofer‐Gesellschaft, Imperial College London University of Zurich, DESY, Lindau, CERN, Technion‐Israel Institute of Technology, ATPER, etc.

SAAS, KIB, SSRC, Tsinghua Science Park

Taiwan: ITRI, TTRI

ASEAN: ASEAN COST, SIRIM, MIGHT, LIRE, VAST, NISTPASS, A*STAR, U.S.A.: NSF, IBM, NBIA, , ,Singapore Polytechnic

, , ,Carnegie Mellon U., MIT, REI Int’l, UWM, GEC, TMS, ATPAC

Australia: U. of Queensland,Australasian Corrosion Association Africa: Uganda,

Kenya



Conclusion: Thailand S&T Readiness

R&D rich in Thailand Science Park

Well trained S&T human resources

S&T training services

R&D cost effectiveness

FDI friendly policyFDI friendly policy

Governmental support and attractive incentives

Hospitable Thai culture



Materials Technology



MTEC Personnel



MTEC Collaboration in ThailandChulalongkorn University(6):Chulalongkorn University(6): -Research Center for Petroleum and Petrochemical Technology -Center of Excellence in Textile -Semiconductor Device Research Lab.Khon Kaen University (1):

-Department of Physics Faculty -Center of Excellence in Particle Technology-The Metallurgy and Materials Science Research Institute (MMRI)-Department of Materials science,

Department of Physics, Faculty of Science

Khon Kaenp ,

Faculty of ScienceMahidol University(1):-Center for Rubber Research and Technology (CRRT)Sil k U i it (1)

Chiangmai University(8): -Electronic Materials Research Unit-Particle Beam and Plasma Technology Research Unit-Applied Physics Unit Silpakorn University(1):

-Research Centre for Art and Design Materials

King Mongkut’s University of

Applied Physics Unit -Surface Modification and Nanoscience Research Unit -Glass and Glass Products Research and Development Laboratory (GRDL) Nano and Smart Materials Research g g y

Technology Thonbur(4): -KMUTT’s Welding Research and Consulting Center-Center for Mechanics and Materials (MecMat)

-Nano and Smart Materials Research Unit -Ceramic Industrial Research Laboratory -Metallurgy and Metal-Ceramic

Prince of Songkla University(1): Center of Excellence in Natural

(MecMat)-Center of excellence of Materials Forming Technology -Center of excellence of Sheet Metal and Bulk Forming Technology

Joining Laboratory

Songkla



-Center of Excellence in Natural Rubber Technology King Mongkut’s University of

Technology North Bangkok(1): -Polymer Research Center

MTEC International CollaborationJ (14) AIST RIKEN JICA JETROJapan(14): AIST, RIKEN, JICA, JETRO, METI, MEXT, NUT,NIMS, NEDO, Tokyo Institute of technology(TIT), Hiroshima University, Tokyo Polytechnic University(TPU),Toyota Motor Asia Pacific

Europe (8):UK-Thailand Partners in Science, Henson International Limited, Imperial College LondonCeram research y( ), y

Engineering&Manufacturing Co.,Ltd., Polyplastic Co.,Ltd.Taiwan(2): Industrial Technology Research Institute(ITRI), Taiwan Textile Research Institute (TTRI)

Ceram research limited,BAM,Mavern Instruments Ltd., MERCK Ltd. ,Institute for Environment and Sustainability(IES),

Research Institute (TTRI)

ASEAN (3): ASEAN COST, The Energy and Resources Institute(TERI), The Indian Institute of Science (IISc), Singapore Polytechnic

U.S.A.(1): The Renewable Energy Institute Singapore PolytechnicInternational (REII)

World Materials Research Institutes Forum



Example :

MTEC Research Units

Computer Aided Technology PolymersComputer-Aided Technology Polymers

Design and Engineering Biomedical Engineering

Ceramics Technology Materials for Energy

Analytical and Testing Materials Reliability

EnvironmentEnvironment



32

Research Strategy and ResearchResearch Strategy and Research Highlights



Smart Materials for Agricultural Products

Plastic for Greenhouse

For pre‐ and post‐harvest:Increasing added value to

Plastic for Greenhouseg

agricultural produces

Improving raw materials &

Smart packaging to prolong shelf‐

production standards

Smart packaging to prolong shelf‐life of fresh agricultural products

Smart packaging to delay ripeness and to reduce loss in delivery



Preparation of LLDPE Reinforced Nano Silica/LDPE/LLDPE Multilayer Film for Microwavable Packaging Materials

YSTP and TGIST Outstanding Award 2012YSTP and TGIST Outstanding Award 2012

hl hHighlights:Preparing LLDPE/Nano‐silica as an outer layer film for LLDPE reinforced Nano‐silica/LDPE/LLDPE multilayer film for microwavable packaging materials

Improved combination of properties to prevent penetration of steam and gas to help preserve food for the better storage

Can be easily sealed with heat, chemical resistance, tensile, strength,

toughness

LLDPE‐Nano silica/LDPE/LLDPE films can be applied to a food tray sealing film for packaging food chilled and frozen (‐18 ° C)



35

Road Test of High Quality Jatropha Biodiesel

High quality jatropha biodiesel is obtained from partial hydrogenation technique. 10% of this high quality biodiesel is mixed with regular diesel; this is known as B10mixed with regular diesel; this is known as B10.Key collaborators on production process are MTEC/NSTDA & TISTR, KMUTNB of Thailand and AIST & Waseda University of JJapan. Road test of B10 is performed by MTEC in partnership with Tripetch Isuzu and PTT.



Greener Technology for sustainable Rubber Production Process

GRASS (Green Recovery Agent for Skim and Sludge):

• GRASS 0 and GRASS 1 recover and reuse skim latex coagulation and remove sulfate contamination from waste water.

• GRASS 2 gives high performance flocculants in recovery of rubber from wastewaterwastewater.

• GRASS 3 improves separation of inorganic substances from latex sludge to obtain high quality rubber.



Carbon Footprint and Green Practicesp

• Launched in 2011, ThLCD and Thai GHGs+Software are 1st tools for GHG management inThailand and ASEAN

• Applications include Public Private Partnership’s effort in CF labeling of products and CF assessment for organizations

• NSTDA’s assessment estimated total greenhouse gas (GHG) emissions to be the equivalence of 22,000 tons CO2‐e/year in 2010The assessment helped identify areas to work on to further reduce its GHG emission



Medical Rapid PrototypeMedical Rapid Prototype

create skull implant rapid prototypes ofSkull Implant Rapid Prototypesanatomical models and medical models priorthe surgery

Used for pre‐operative planning surgical

Skull Implant Rapid Prototypes

Used for pre operative planning, surgicalsimulation, personalized implant design

Collaboration withThammasart Universityl ff f l d fHospital offer project for surgical deformity

correction of skull and face

To improve the quality of life for poor

p q y ppatients



39

Hemostat for External UseHemostat for External Use

Research highlightResearch highlight:

Develop hemostatic bandage prototype for external use

new bandages with enhanced healing efficacy, e.g., antibacterial bandage g g y, g , gfor prevention of wound infection

a number of the prototype packed in i+MED’s packaging are being prepared for a market trialprepared for a market trial

Licensed technology to company and all acquired test results are to use for the application of product certification



40

Development of Zirconia Dental Crown and Bridge

First Thai‐made Dental CT (DentiScan) g

Zirconia is now material of choice for all‐

MTEC‐NECTEC collaboration

3D image of teeth, jaws and facial bones ceramic dental crown and bridge restoration for its superior strength and aesthetics.

Development for a high precision

with precision to eliminate problems of image distortion found from regular 2D X‐ray machine

Prototype has gone through clinical trial in Development for a high precision Computer Numerical Control (CNC) machine for zirconia dental crown and bridge manufacturing (design and shaping

) h b d

Prototype has gone through clinical trial in mid 2011 with more than 170 volunteers

Prototype obtained Radiation Control Certification from Department of Medical

process) has been done.

Zirconia crowns fabricated from this technology are currently undergoing clinical trials in patients nation ide

Certification from Department of Medical Science, Ministry of Public Health, and certified by the Electrical and Electronic Product Testing Center (PTEC) of Thailand for its safety



clinical trials in patients nationwide.its safety

Multipurpose Truck Prototype for FarmingMultipurpose Truck Prototype for Farming

A farm truck, Known as “Rod E‐Tan” aims to design and develop

a multipurpose truck structure to meet required safety standards.

Research Highlights:Research Highlights:

Improve the design and the performance of multipurpose truck prototype compared with products currently available in the marketproducts currently available in the market

Apply and engineering approach to achieve weight reduction and enhanced structural strength

Design a basic truck prototype model which can then be tailored to fit various farmingDesign a basic truck prototype model which can then be tailored to fit various farming applications

Employ CAD/CAE techniques in engineering problem solving

To learn and collaborate with a major automotive manufacture in product development andTo learn and collaborate with a major automotive manufacture in product development and prototype fabrication



42

Community‐Scale Palm Oil Extraction Machine

Research Highlight:Develop community‐scale systematic palm oil processingDevelop community‐scale systematic palm oil processing

The palm oil extraction machine generates biodiesel for energy to be used within the community

The waste from palm oil production can be used as livestock feed

Benefits of ProjectBenefits of Project:

Requires a small area for installation

Low investment with high energy efficiencyg gy y

Easy to maintain

Produces high‐grade palm oil



43

Liquid Aluminum Assessment Technology for Production of High Integrity Aluminum Casting

Highlights:

• Enhanced Thermal Analysis System for Evaluation of Liquid Metal during Production of Aluminum Casting

• Develop technology suitable for the aluminum industry,Develop technology suitable for the aluminum industry, technology in terms of hardware and software with lower than import price

• Licensed technology to companies and have produced satisfying gy p p fy gresult

• Developed for Study of Mechanical Properties of Aluminum Alloys (Automated Mold Filling System for Aluminum Casting)



Wastewater Management Technology for Flood Management

Highlights:

Using nCLEAR natural substances withUsing nCLEAR natural substances with aeration by nAIR

help to relief of space operas or flooding to a depth of about 30‐50 cm. in the lane community by clear water reduce ordors

The oxygen dissolved in water increasesThe oxygen dissolved in water increases the "clear fluid" made of natural extracts and charcoal, capture sediment in the water quickly and naturallywater quickly and naturally biodegradable



45

DIY SPACERDIY SPACER

Highlights:

Using Metered‐Dose Inhaler (MDI) with spacer that provides optimal therapy withspacer that provides optimal therapy with minimal adverse effects to the patients and aerosol drug could be activated faster than other methods

Designed and developed Do‐It‐Yourself Spacer with controlled valves for Asthma patients

The cost of developed equipment is cheaper than 24 times with compare to commercial equipment (Aerochamber)

Th d i h b i d bThe devices have been recognized by patients, children and elderly people by effectively using



46

S&T D i i F FS&T D i i F FS&T : Driving Force For S&T : Driving Force For Sustainable DevelopmentSustainable DevelopmentSustainable DevelopmentSustainable Developmentวิทยาศาสตรและเทคโนโลยีวิทยาศาสตรและเทคโนโลยี :: พลงัพลงั วทยาศาสตรและเทคโนโลย วทยาศาสตรและเทคโนโลย : : พลงพลง

ขับเคลือ่นเพื่อการพัฒนาที่ยั่งยืนขับเคลือ่นเพื่อการพัฒนาที่ยั่งยืน





48

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ณ ห อง GH GH 203 203 ศูนยู ... - king2559 · ณ ห อง GH GH 203 203 ... 3,083.88 3,825.12 3,000 ... Thermal Spray Lab (TSL) provides consultation,