Resear esearch & De h & Development elopment INDUSTRIAL TECHNOLOGY DEVELOPMENT INSTITUTE (ITDI) Department of Science and Technology (DOST) MAP MAP FOR FORUM UM April pril 4, 20 4, 2017 17 For orma mation Center tion Center of of the the Mi Mission ssionaries aries of of the Chil the Child d Jesu esus s Mak Makati Ci ti City ty
INDUSTRIAL TECHNOLOGY DEVELOPMENT INSTITUTE 1. Applied R&D for 2. Technology Transfer industrial manufacturing, mineral processing and energy ITDI 3. Provide standards, 4. Training and technical analytical and calibration advisory services services
ORGANIZATIONAL STRUCTURE Based on Rationalization Plan, August 2009 Planning & Management Information Systems Division (PMISD)
Excellence in propelling development as provider of technologies and services for the industry To make local industries globally competitive
TOTAL NO: 300
ITDI alignment to the DOST response to four of the 10-point National Socio-Economic Agenda DOST’s Thrust ITDI’s Direction 10-Point Agenda Optimize research and development R&D (R&D) investment outcomes by prioritizing Promote science, technology, and the Development of Process for Sustainable pressing concerns as well as potentials in creative arts to enhance innovation and Industries and its support chain the areas of health, agriculture, and creative capacity towards self-sustaining, components process industries with particular inclusive development consideration to the needs and potentials STI-based Risk Reduction initiatives of the regions Promote rural and value chain Technology-based industries for development toward increasing agricultural Continue to address the reduction of risks countryside development: and rural enterprise productivity and rural brought about by unpredictable, changing a. Techno-transfer tourism climate, natural disasters and • Community HRD (Human Resource Dev’t ) environmental degradation • Increase PPP (Public-Private Partnership) Increase competitiveness and the ease of • Increase techno-transfer for doing business Contribute to hastened countryside commercialization development by maximizing the utilization b. Technical services of R&D results and S&T innovations by the Invest in human capital development, • Provision of State-of-the-art R&D, testing communities and productive sectors including health and education systems, and metrology facilities nationwide and match skills and training • Safety regulations and quality standards Stimulate technology-based economic compliance activities through the availability of highly- Knowledge Enhancement trained S&T professionals, state-of-the-art • Systems/ acquisition and dev’t facilities and world-class institutional • Technical Expertise dev’t infrastructure
By 2022, ITDI becomes an Institute realistically addressing STI 2022 OUTCOME: concerns of the Philippine Industries and making these Industries successful Enhanced delivery of public good & services thru STI 1. Transition Techno-transfer/Technical services (2017 onwards) a. NML to NMI (2017-19) 1. Increasing capacities: Food Innovation Center (FIC), OneLab, National Metrology Organizational Change b. Packaging Division to Center (2017-19) Laboratory (NML) , added services derived from R&D and new labs that are to be 2. Institutionalization of ADMATEL (2013-18), Onelab (2014-20) & Rubber Lab (2017-19) develop Technology-based industries for R&D (2017 onwards) countryside development: 1. New researches a. Techno-transfer a. Sea salt (2017-19) b. Modified starches (2017-19) • Community HRD c. FIC continuing researches d. Technological support for cacao products (2017-19) • Increase PPP e. RFID and intelligent packaging (2017-22) f. Industrial Oleochemicals (2017-19) • Increase techno-transfer for g. Natural dyes & colorants (2017-19) h. Energy efficient systems for industrial mfg. (2017-19) commercialization i. Risk reduction initiatives b. Technical services • Development of relief and military foods FIC-based production system (2017-19) • Provision of State-of-the-art R&D, • Potable water analyses (metal, physical and other biological indicators) (2017-19) • Resource efficient and cleaner production for industries (waste management: minimization, recycling, testing and metrology facilities utilization and treatment) (2017-22) • c Safety regulations and quality 2. Establishment of new and enhance laboratories and development centers standards compliance a. Green Composite Materials lab (2017-22) b. Green Packaging lab (2017-19) c. Packaging simulation research & testing lab (2017-18) d. Food Allergen lab (2018-20) e. Food Pathogen references / Thermobacteriology lab (2018-22) f. Non-GMO lab (2017-22) R&D g. Industrial Corrosion R&D lab (2017-22) h. Industrial Membrane (2017-22) • Development of Process for i. Modular Multi- Industry Innovation Center) (2017-22) j. Rubber testing lab (2017-19) Sustainable Industries and its k. I-SCENARIO (2018-20) support chain components 3. Data mining on R&D archives on material science and biotechnology for food & other industrial • Risk Reduction initiatives applications (2017-22) 4. Quality and safety guidelines in aid to standards development (2017-22) 5. New test services and training modules for industries (2017-22) Knowledge Enhancement: • Systems/ acquisition and dev’t A. Appropriate management systems improvement: (on-going) • 1. Components of Project Management system incorporated / enhanced in all R & D Projects to be implemented: Tech Expertise dev’t a. Sustainability b. Business Plan (Investment portfolio and strategic plan) c. Impact Assessment of Developed Technologies 2017 2. ISO Quality, Safety, Environment and Energy Management Systems B. Human Resource Dev’t
Examples Examples of of Engineering Engineering-Rela elated ted Activit Activities ies: Design and Fabrication of Industrial Equipment A. Food Processing Division 1. Food Innovation Center (FIC) equipment B. Chemicals & Energy Division 1. Salt Iodization Equipment 2. Renewable Energy Microsystems C. Environment & Biotechnology Division 1. Compact Wastewater Treatment System Enhanced with Bio- Augmentation Technology for Quick Service Restaurants (QSRs) 2. Bioreactors D. Materials Science Division Tryke ni Juan – utilizing natural fiber (abaca) composites 1.
La Labor boratorie tories f s for Ma or Materia terials Anal ls Analysis ysis and and Testing esting Advanced Device and Materials Testing Advanced characterization and failure analysis of Laboratory (ADMATEL) semiconductor and electronic devices NanoLab Development of nanotechnology materials and products; R&D development of products for research and technical services * Rubber Laboratory Performs performance and physical tests like: Hardness Elongation Melt Flow Rate Tensile Compression Abrasion Resistance Vicat Softening ** Flexural Strength *** Tear Resistance Density/Specific Gravity * 1 nanometer = (1x10 -9 m, 1-100 mm) ** softening of polymeric materials measurement *** bending properties measurement
Na National tional Metr Metrolog ology y La Labor borator tory National Metrology Institute of the Philippines tasked by law A. Establish and maintain the national measurement standards for physical quantities: Mass, Temperature, Pressure, Voltage, Resistance, Luminous Intensity, Time Interval B. Dissemination to to Filipino users. Consultancy/Technical Service Calibration and Testing Training Proficiency Testing/ Measurement Audit
ENGINEERING R&D ENGINEERING R&D Food Pr ood Process ocessing Div ing Divisi ision on FOOD FOOD INNO INNOVATION TION CENTE CENTER (FIC) R (FIC)
ENGINEERING R&D ENGINEERING R&D Chemicals hemicals and Ener and Energy y Divi ivision sion Des Design ign & F & Fabr brica ication tion
ENGINEERING R&D ENGINEERING R&D Chemicals hemicals and Ener and Energy y Divi ivision sion Design De sign & F & Fabr brica icatio tion n for or R Ren enew ewable ble En Ener ergy y Micr Micro-sy syst stem ems s Continuous Biofuel Reactor Solar Biomass Hybrid Fired Dryer
ENGINEERING R&D ENGINEERING R&D Envir En vironment & Biot onment & Biotec echnolog hnology y Div Divisi ision on Compact Wastewater Treatment System for Quick Service Restaurants (QSRs) 12 m 3 /day Capacity Investment Cost P 300,000.00 Operating Cost P 100.00/day Construction Concrete Material Proc ocess Flow Diagr gram am of the e Treat eatment nt Proc oces ess 2m x 4m (can be Footprint fitted to 1 Equali liza zatio tion Reac action ion Clarif rifie ier Tank Efflu luent Tank nk parking slot) WW WW from Kitch chen/ / The system can be constructed SLUDGE Grease se BED DRYER Recycle cycle Air Air underground such that the parking Trap Sludge Waste te Sludge slot can still be utilized
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