Commercialization of Nanotechnology inanovation Platform

Transcription

1 Presentation for SWCNRDM 2014 Commercialization of Nanotechnology inanovation Platform Date Time Venue : 25 July 2014 (Friday) : 11.10am : MIDAS Hotel, Manila, Philippines

2 Content About NanoMalaysia Nanotechnology: New Engine for Economic Growth Nanotechnology and Its Application Global Perspective: o Global Funding of Nanotechnology Local Perspective: o National Nanotechnology Statement o Nanotechnology Commercialisation through NanoMalaysia NanoMalaysia inanovation Platform Partnering Through inanovation Deployment Strategies for Nanotechnology in Malaysia

3 About Us NanoMalaysia Berhad (NanoMalaysia) was mooted during National Innovation Council (NIC) meeting, chaired by the Right Honorable Prime Minister, Y.A.B. Dato Seri Najib Tun Razak on 14 February NanoMalaysia was then incorporated as Company Limited by Guarantee (CLG) in August 2011 under Section 24, Company Act 1965 to take the lead in commercialisation of nanotechnology products. NanoMalaysia is mandated as per Minister s Order (P.U. (A) 184) to: Act as a business entity entrusted to focus on the commercialization and development of nanotechnology Plan and coordinate the commercialization of R&D of nanotechnology in high-impact areas of focus such as electrical and electronics, food and agriculture, energy and environment, and health and medicine Plan and manage activities that contribute to the development of nanotechnology-based industries Strategize the positioning of nanotechnology industry of Malaysia in the global supply and value chain Facilitate investment in nanotechnology commercialization Facilitate the development of human capital (scientists and engineers, researchers and professionals) in the nanotechnology industry

4 Kuala Lumpur Our location We are here bridging research with industry and financial sector

5 Nanotechnology: New Engine For Economic Growth What is Nanotechnology? The science of materials and systems with structures and components that exist in the nano size scale (1-100 nm). Through nanoscale manipulation, the discovery of new materials, products, applications, and processes can be created, leading to entirely new industrial and socio- economics paradigm. i.e., enables systems that are smaller, lighter, less expensive, less power to run, etc. Source: OECD Report-Nanotechnology: An overview Based on Indicators & Statistics New engine for economic growth: Nanotechnology is a cost-effective enabling platform with huge potential. The nanotechnology sector is expected to grow exponentially for the next 10 years Average growth rate of 25% per annum

6 NANOTECHNOLOGY FOR OIL & GAS PGNF strengthen the wall of the well Energy & Environment SELF-CLEANING BUILDING When exposed to the Sun, the coating's oxidative property decomposes organic substances. The hydrophilic nature causes water that comes into contact with it to form an even layer, thereby allowing the dust and dirt that have accumulated on the surface to be washed away. Air Pollutant TiO 2 Titanium Dioxide Fresh Air

7 Applications Of Nanotechnology Aerospace & Defence Automotive & Transportation Food & Agriculture Medical & Healthcare Electronics & IT Energy & Environment Weight reduction Lightweight composites Smaller, lighter electronic devices Boost frame strength Reduce weight Fuel efficiency Silicate nanocomposites, coatings Food processing, packaging, storage Crops disease detection Environmental resilient Enhanced nutrient absorption Nanotechnology enabled drug delivery Medical treatment Nanocrystals, nanocarriers, nanocapsules Smaller, faster, cheaper devices Energy efficient Mobile phones, computers, packaging, organic electronics Solar Energy Solid state batteries Fuel cells Hydrogen energy Thermoelectric power Nanotechnology Nanoscience

8 Nano Gold stimulates the communication electrons in our body especially the neurons and intensify the communication of neurons and increase the activity of the cells. It can be used subcutaneously, intravenous or transdermal Traditionally known as susuk and has been commercialised Nano-gold has also been marketed as sunscreen in protecting and has been used for shrinking tumours TiO 2 and Nanosilver (protective coating) ALREADY PROTECTIVE NANOCOATING MRT PROJECT INITIATIVE IN COLLABORATION WITH MiGHT HYGENIC & COST EFFECTIVE PUBLIC TRANSPORT

9 Global Funding of Nanotechnology

10 Global Funding of Nanotechnology USA 2.3B 1 st National Nanotechnology Initiative(2001) UK 0.3B 5 th UK Nanotechnology Strategy : Small Technologies, Great Opportunities(2010) Germany 0.7B 2 nd Action Plan Nanotechnology 2015 (2011) Source: Cientifica Ltd 2011)

11 Global Funding of Nanotechnology USA 2.3B 1 st National Nanotechnology Initiative(2001) UK 0.3B 5 th UK Nanotechnology Strategy : Small Technologies, Great Opportunities(2010) Germany 0.7B 2 nd Action Plan Nanotechnology 2015 (2011) China 0.8B 6 th National Nanotechnology Dev. (2001) South Korea 0.4B 4 th Nanotechnology for Dynamic Korea (2010) Japan 0.8B 3 rd Japan s S&T Program (1990) Singapore 0.5B A*STAR Nanotechnology Initiative (2001)

12 Global Funding of Nanotechnology USA 2.3B 1 st National Nanotechnology Initiative(2001) UK 0.3B 5 th UK Nanotechnology Strategy : Small Technologies, Great Opportunities(2010) Germany 0.7B 2 nd Action Plan Nanotechnology 2015 (2011) China 0.8B 6 th National Nanotechnology Dev. (2001) South Korea 0.4B 4 th Nanotechnology for Dynamic Korea (2010) Japan 0.8B 3 rd Japan s S&T Program (1990) Malaysia 0.16B * Malaysian Nanotechnology Initiative Singapore (2006) 0.5B A*STAR Nanotechnology Initiative (2001) Source: Cientifica Ltd 2011)

13 Can We Ignore Nanotechnology? Survey was done on 250 companies on the impact of nanotechnology in their business. From the survey, companies informed that the impact of nanotechnology is high in: o new product launch (62%) o new market entry (60%) o increase in sales volume (57%) Nanotechnology allows a unique, multidisciplinary approach to improve the competitiveness of existing companies, resulting in business sustainability and economic resilient *Study by NanoCom

14 National Nanotechnology Statement Established in The government of Malaysia aspires to exploit nanotechnology as an enabling engine for new economic growth, sustainable development and societal wellbeing. o Nanotechnology development initiatives provide platforms for science and engineering research, in order to create innovative and marketable products and services. o Nanotechnology is an innovative and converging field of knowledge. The National Nanotechnology Statement comprises five (5) themes.

15 National Nanotechnology Statement Theme 1: Inculcation of Nanotechnology Culture Theme 2: Strengthening of Research & Innovation in National Niche Theme 3: Enhancement of Collaboration & Networking Theme 4: Upholding Regulations & Acts Theme 5: Promotion of Commercialisation & Industrialisation

16 National Nanotechnology Statement Theme 1: Inculcation of Nanotechnology Culture Theme 2: Strengthening of Research & Innovation in National Niche Theme 3: Enhancement of Collaboration & Networking Theme 4: Upholding Regulations & Acts Theme 5: Promotion of Commercialisation C & Industrialisation

17 Promotion of Commercialisation & Industrialisation Programs, Business Ventures, Equity, Theme 5 Capital from Private Sector Support from the Government

18 Promotion of Commercialisation & Industrialisation Programs, Business Ventures, Equity, Theme 5 Capital from Private Sector Support from the Government To rapidly diffuse nanotechnology from laboratory to market through engagement with industry at all stages of the innovation process

19 Execution and Management Programs 1% GNI 160 companies 24,000 Employed 280 patents Private Funding Government Support

20 Deployment Strategies for Nanotechnology in Malaysia through 11 th MP INCREMENTAL (Value-Add) DISRUPTIVE (Value Creation) Enhancing existing products and processes Involve inanovation Triplex & Push Migration to new design approaches and processes Involve inanovation Switch & Push

21 Value Chain and Nanotechnology Deployment Nanotechnology Deployment Approach Nanomaterial or particles on matured technology platforms Nano-dimensioning of matured technologies Increased existing performance and acquired new functionality Phase 1 Nanomaterials refers to the upstream business of the industry. The existence of many upstream players will ensure Malaysia s leadership in nanotechnology industry. Nanointermediates are semi-finished nano products. Graphene wafers and conductive polymers are projectready. Nanoproducts are high-value finished goods. functionality through discreet nano-scale devices Pioneering capability functionality through integrated nano-systems Phase 2

22 Development Model Collaboration coordination 22

23 NanoMalaysia inanovation Platform inanovation is as combination of two words; innovation and nanotechnology. Based on open innovation concept: multiple paths to commercialize nanotechnology products Devised as a set of facilitation scheme offered to nanotechnology related ventures (Start-Up & SMEs). inanovation is designed for companies to establish market share, introduce new process/material and switch from current conventional to nanotechnologyenabled. Facilitation scheme include: Venture funds, Soft loans, Business partners, Technology Expertise.

24 inanovation Structure Overview

25 inanovation Structure Overview Chapter 9- Nanotechnology Policy and Roadmap for Malaysia Expenditure for early development of nanotechnology commercialisation is private-led, with seeding capital from the Government. Government to seed 40% via investment in raising confidence to attract further private investments

26 ACFM Partnering Through inanovation Triplex inanovation Triplex Adopted from Triple Helix platform Activation of Open Platform for Product Development Brings Ris/IHLs, SMEs / Start-Ups and Agencies to collaborate in commercializing nanotechnology Bespoke Business Models Eligibility: NanoMalaysia CoEs, Local Ris & IHLs Projects Samsung SKKU Graphene Center Development of TiO 2 based solar cells that utilizes both solar and artificial light thus gives higher efficiency and reduced cost Joint development of healthcare Co-develop application medical usage of star polymers Malaysian Universities Researchers -6 per tenure Joint development of BAE s background IP Co-establishment of NanoLab in Malaysia for revenue-generated lab for NEMS CREST

27 Partnering Through inanovation Switch Projects inanovation Switch For Start-Ups / SMEs to enhance its current production process from conventional manufacturing to nanotechnology-enabled process. Improve products, increasing market share and venture into new markets. Eligibility: Local SMEs/Start-ups Production of Nano-scale medicine with technology acquisition Heat Sink performance enhancement in electronic devices Product development of semiconductor s through nanoelectronic s,nems,mems

28 Partnering Through inanovation Push inanovation Push push nanotechnology products into the market to assist local Start-Ups and SMEs in setting foothold in current markets Eligibility: Local SMEs/Start-ups &Foreign Companies Projects Protective nanocoating using TiO 2 & Nanosilver on buildings Thermal barrier insulation for buildings and vehicles Strengthening and maximising production of oil drillers

29 Nanotechnology Commercialization Electrical & Electronic Energy & Environment Food & Agriculture Healthcare, Wellness & Medicine Commodities Automobile Contract R&D Prototype Pre-Comm Market-driven Plan, Develop, Prototype, Upscale Nanotechnology Enablement through Technology Intelligence Triplex Switch Switch Switch Commercialization Expansion (Industry) Push End User Industrial Participation - Joint-Venture Technology & Business Platform End to end Value-Chain Enablement Intellectual Property Management System

30 Nanotechnology Commercialization Ecosystem in Malaysia Nanostart (GER) 3M Ventures (US, SG) Applied Material Ventures (US, AP) Phoenix Ventures (US) Softbank (JPN) BASF Ventures (GER) Dow Ventures (US) ANT Global (SG) Tax Incentives Re-investment Manpower Subsidy POC Grant POV Grant Matching Grant HIPS DISF TAF Nanofabrication Characterization & Testing Composite Platform Coating Platform OLED Platform Battery Platform Technology Trials Private/Corp Investor Government Technology Platform Nanofabrication Characterization & Testing Composite Platform Coating Platform OLED Platform Battery Platform Technology Trials Industry Adopters NANOTECHNOLGY ECOSYSTEM Coatings - Electronics - Automotive - Shipbuilding Composites - Automotive - Aerospace - Maritime - Construction - Sporting Goods Human Capital Safety OLEDS - Lighting - Construction Energy Storage - Li-Ion battery - Supercapacitor - National EV initiative Inculcate knowledge on nanotechnology Engineers and technicians Entrepreneurs Outreach science center and television Returning Expert Programme (REP) Attracting foreign talents/experts Safety, Health and Environment - Working Committee under NND - Framework - GMP & GLP - TC229 - Nanotechnology Industry Association (NIA)

31 Nanotechnology Commercialisation Through NanoMalaysia Strategic Partnership 1% GNI International Collaboration 24,000 Employed Industry Partners Capital Sourcing Business Advisory Market Entry Fast Commercialisation Through NanoMalaysia s Strategic Partnering Malaysia already has a complete funding structure from Pre-R&D to Commercialisation. Increase the efficiency utilization of existing funds pre-allocated to sister Agencies.

32 Government Funds are distributed to Various Agencies covering different stages of Innovation

33 Commercialization Path: Value and Supply Chain Management Demand-driven production Demand-driven R&D nanomaterial nanointermediates OR nano device substructures Nanocomposites OR Nano Device Nano-based system Nano-based product Cost-Points Complementary material OR device technology Cost-Points Convergence and Production facilities Cost-Points Cost-Points Cost-Points Systems Integrator Facilities Cost-Points Assembly line facilities Outsourcing Commercialization Partner Feedstock Commodity Business Scale-up Catalysts/Aids Process nanomaterial Equipment Cost-Points

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35 Graphene Action Plan for Malaysia NATIONAL GRAPHENE ACTION PLAN 3000 HIGH VALUE JOBS RM10 BILLION REVENUE 1 2 t RM20 BILLION GNI TOTAL JOBS CREATED THROUGH 7 ACTIVITIES FOCUSING ON 5 APPLICATIONS

36 Using a systematic analysis, we have considered 28 Graphene applications Ultra-capacitors Li-ion battery anode Photovoltaics Hydrogen-based fuel cells Plastics additives Rubber additives Catalyst supports Nanofluids Sensor applications Dispersing agents for insoluble materials Medical Anti-bacterial medical dressings Human tissue engineering DNA sequencing MRI contrast agents Composite filler Composite matrix Protective coatings Water filtration Outgassing barrier Food packaging Transparent electrodes EM radiation shielding Heat spreader/thermal interface material Conductive inks Digital electronics Photodetectors & lasers RF electronics Non-volatile memory 28 application areas Technological feasibility

37 Small Large narrowed down to 14 based on technology feasibility and identified 5 applications most Likelihood of successful relevant to Malaysia Graphene commercialization For further consideration High Medium Low Market size and applicability to Malaysia Rubber additives Market Size 1 Transparent electrodes Heat spreader/ thermal interface material Water filtration Composite matrix Catalyst supports Low Li-ion battery anode/ Ultra-capacitors Conductive ink Nanofluids EM radiation shielding Composite filler Protective coatings Medium Applicability to Malaysia 2 Rubber additives Plastics additives High 1 Market size is high if addressed Graphene market size is ~$1B or higher 2 Applicability to MY is based on current downstream players, upcoming policies, and focus of neighboring countries 14 5 Economic feasibility (top down) Graphene viability Assess overall market size Adoption timeline Relevance for Malaysia / high degree of overlap with EPP Li-ion battery anode / ultra-capacitors Conductive inks Nano fluids including drilling fluids, lubricants and coolants Plastic additives We re-analyzed coatings and composites but feel they have limited immediate potential for MY Drilling fluids are not thought to have regulatory hurdles for Graphene formulations

38 Identified applications are at varying stages of R&D maturity and time to commercialization Project timeline to commercialization # of years Long term opportunities Nanofluids Rubber w/o regulation Plastics Protective coatings ~ 6 months Conductive inks 1 ~ 1.5 years LiB anodes/ Ultracaps. 2 ~ 3 years Rubber with regulation > 5 years Composites ~ 6 months ~ 2 years 3.5 ~ 5 years > 5 years EPP ready projects Late-stage R&D, prototyping, and incentives support required before EPP ready (these are pre-epp)

39 1 7 Awareness building & facilitating projects Awareness building 1-on-1 discussions, workshops and sharing sessions to create excitement Identification of potential champions Facilitating projects Application specific one-on-one downstream engagement Develop business cases and projects around champion-led partnerships Assist champion in coordinating the right inputs from key stakeholders National Graphene Action Plan - The 7 Activities Project execution 2 3 R&D and Access to prototyping Graphene suppliers Facilitate minority Facilitate connection to funding for R&D and potential sources of required prototyping Graphene facilities Locking in IP Facilitate introduction to IP advisory services for patent application or protection Coordination & monitoring t 4 5 Access to expert network Manage & connect companies to expert networks 6 Scale up support Typically through an EPP approach Private and other sources of GoM funding Facilitation of non-financial scale up challenges (partner identification, etc.)` Coordinate implementation across 5 application areas Convene and prepare Steering Committee for progress reviews Monitor project progress against EPP / business opportunity KPIs

40 Industry Engagement and Project Facilitation is based on the identified framework, with supporting activities to ensure project delivery Funnel Process Graphene-enabled companies Graphene-enabled companies Graphene-enabled companies Engaged Companies Scale up support Awareness building & facilitating projects 40

41 Governance structure in place to execute National Graphene Action Plan AIM Governing Council Quarterly Steering Committee YBM CEO YBM MITI PEMANDU YBM MOSTI NanoMalaysia EPU PEMANDU AIM MIDA NND MITI Bi-monthly Secretariat NanoMalaysia GRaphenE Action-plan Team, GREAT NanoMalaysia Consultative Group Joint Working Team Expert Panel 41

42 By 2020, the NGAP can provide RM10bn in revenue and 9,000 new jobs Opportunity areas Potential revenue impact to Malaysia 1 RM mn GNI RM mn Malaysian jobs created Rubber Additives Conductive inks Nanofluids 2 Lithium-ion batteries Plastic Additives ,700 1, , % of these jobs expected to be high value - e.g. R&D, business development etc. Automation to be an important driver Total 9,000-11,000 18,500-23,000 ~ 9,000

43 THANK YOU #JusticeforMH17 #JusticeforPalestine NANOMALAYSIA BERHAD ( P) (A CLG under the Ministry of Science, Technology and Innovation) A-2-2, Level 2, 157 Hampshire Place Office, No. 1, Jalan Mayang Sari, Kuala Lumpur. Tel : Fax : info@nanomalaysia.com.my Website : Facebook: Twitter :