The document summarizes Taiwan's national nanotechnology program and status of nano risk governance. It discusses that Taiwan invests over $500 million in its nanotechnology program, with about 45% allocated to environmental, health and safety research. It also surveys nanomaterial applications and revenues in Taiwan, finding growing use in industries like textiles, appliances and building materials. Regarding risk governance, Taiwan takes an inter-ministerial approach and has established standards, research programs, and its nanoMark labeling system to help manage risks and inform consumers about nanotechnology in products.
This TechVision 2020 report from Frost & Sullivan identifies the top 50 emerging technologies that will impact the world over the next decade. The technologies are spread across nine technology clusters. The report is the result of research and analysis conducted by over 50 analysts across six continents, including interviews with innovators and developers. It provides details on each technology's R&D footprint, impact timeline, patenting and funding trends to identify those most poised for widespread adoption and commercialization. The top 50 technologies selected have the highest potential to be widely launched and commercially successful by 2020.
Dr. Khe Nguyen has over 29 years of experience in interdisciplinary research related to nanotechnology, clean technology, materials science, and product development. He has worked as the Vice Lab Director at Saigon Hi Tech Park Research Laboratories since 2009, where he has developed technologies related to water power generation, graphene composites, and liquid nano coal fuel cells. Prior to that, he held roles in research and management in industries such as semiconductors, MEMS, packaging, displays, and imaging. Dr. Nguyen holds a PhD in imaging science and has been granted over 35 US patents.
Keshe Foundation - Magrav Technology Health Applications 116pagesExopolitics Hungary
The document provides instructions for creating and using Nano Health Wires (NHW) for experimental medical purposes. It advises that NHW involve nano-coated copper wires, plastic tubes, and beads. Instructions are given for construction and use, including pointing the wires to areas of pain on reflexology maps and sending good intentions. Safety warnings note this is only for testing, risks are unknown, and approval/claims have not been established. Diagrams show reflexology maps and theories of energy and magnetic fields related to NHW use.
Santu nanotechnology in-aerospace_applicationsSantosh Santu
The document discusses applications of nanotechnology in the aerospace industry. It describes how nanomaterials like carbon nanotubes can be used to create lighter and stronger aircraft components, reducing weight and improving fuel efficiency. Specifically, nanotubes may replace wiring to lower weight, form deicing coatings applied by paint to prevent ice buildup, and create transparent conductive canopies. Overall, the integration of nanotechnology promises to advance aerospace technologies through new high-performance materials.
Nano Technology & Nano Materials
by Ray Fernando, PHD
California Polytechnic State University
Polymers and Coatings Program
Department of Chemistry and Biochemistry
San Luis Obispo, CA
www.polymerscoatings.calpoly.edu
Delivered 22 June 2009 @ SLINTEC
Nano Material
Introduction and Synthesis
Nanomaterials describe, in principle, materials of which a single unit is sized (in at least one dimension) between 1 and 1000 nanometres (10−9 meter) but is usually 1—100 nm (the usual definition of nanoscale[1]).
Nanomaterials research takes a materials science-based approach to nanotechnology, leveraging advances in materials metrology and synthesis which have been developed in support of microfabrication research. Materials with structure at the nanoscale often have unique optical, electronic, or mechanical properties.
Nanomaterials are slowly becoming commercialized[2] and beginning to emerge as commodities.[3]
The document discusses the benefits of exercise for both physical and mental health. It notes that regular exercise can reduce the risk of diseases like heart disease and diabetes, improve mood, and reduce feelings of stress and anxiety. The document recommends that adults get at least 150 minutes of moderate exercise or 75 minutes of vigorous exercise per week to gain these benefits.
Nanotechnology In Finnish Industry 2008Spinverse Ltd
The number of active nanotechnology companies in Finland increased from 61 in 2004 to 202 in 2008. Nanotechnology has positively impacted key Finnish industries and the sector size exceeded 300 million euros in 2008, with over 60% from exports. However, companies face challenges in funding shortages, limited manpower, and intellectual property issues as most have deep research pipelines. While the sector continues growing, the global economic downturn is expected to adversely affect it.
This TechVision 2020 report from Frost & Sullivan identifies the top 50 emerging technologies that will impact the world over the next decade. The technologies are spread across nine technology clusters. The report is the result of research and analysis conducted by over 50 analysts across six continents, including interviews with innovators and developers. It provides details on each technology's R&D footprint, impact timeline, patenting and funding trends to identify those most poised for widespread adoption and commercialization. The top 50 technologies selected have the highest potential to be widely launched and commercially successful by 2020.
Dr. Khe Nguyen has over 29 years of experience in interdisciplinary research related to nanotechnology, clean technology, materials science, and product development. He has worked as the Vice Lab Director at Saigon Hi Tech Park Research Laboratories since 2009, where he has developed technologies related to water power generation, graphene composites, and liquid nano coal fuel cells. Prior to that, he held roles in research and management in industries such as semiconductors, MEMS, packaging, displays, and imaging. Dr. Nguyen holds a PhD in imaging science and has been granted over 35 US patents.
Keshe Foundation - Magrav Technology Health Applications 116pagesExopolitics Hungary
The document provides instructions for creating and using Nano Health Wires (NHW) for experimental medical purposes. It advises that NHW involve nano-coated copper wires, plastic tubes, and beads. Instructions are given for construction and use, including pointing the wires to areas of pain on reflexology maps and sending good intentions. Safety warnings note this is only for testing, risks are unknown, and approval/claims have not been established. Diagrams show reflexology maps and theories of energy and magnetic fields related to NHW use.
Santu nanotechnology in-aerospace_applicationsSantosh Santu
The document discusses applications of nanotechnology in the aerospace industry. It describes how nanomaterials like carbon nanotubes can be used to create lighter and stronger aircraft components, reducing weight and improving fuel efficiency. Specifically, nanotubes may replace wiring to lower weight, form deicing coatings applied by paint to prevent ice buildup, and create transparent conductive canopies. Overall, the integration of nanotechnology promises to advance aerospace technologies through new high-performance materials.
Nano Technology & Nano Materials
by Ray Fernando, PHD
California Polytechnic State University
Polymers and Coatings Program
Department of Chemistry and Biochemistry
San Luis Obispo, CA
www.polymerscoatings.calpoly.edu
Delivered 22 June 2009 @ SLINTEC
Nano Material
Introduction and Synthesis
Nanomaterials describe, in principle, materials of which a single unit is sized (in at least one dimension) between 1 and 1000 nanometres (10−9 meter) but is usually 1—100 nm (the usual definition of nanoscale[1]).
Nanomaterials research takes a materials science-based approach to nanotechnology, leveraging advances in materials metrology and synthesis which have been developed in support of microfabrication research. Materials with structure at the nanoscale often have unique optical, electronic, or mechanical properties.
Nanomaterials are slowly becoming commercialized[2] and beginning to emerge as commodities.[3]
The document discusses the benefits of exercise for both physical and mental health. It notes that regular exercise can reduce the risk of diseases like heart disease and diabetes, improve mood, and reduce feelings of stress and anxiety. The document recommends that adults get at least 150 minutes of moderate exercise or 75 minutes of vigorous exercise per week to gain these benefits.
Nanotechnology In Finnish Industry 2008Spinverse Ltd
The number of active nanotechnology companies in Finland increased from 61 in 2004 to 202 in 2008. Nanotechnology has positively impacted key Finnish industries and the sector size exceeded 300 million euros in 2008, with over 60% from exports. However, companies face challenges in funding shortages, limited manpower, and intellectual property issues as most have deep research pipelines. While the sector continues growing, the global economic downturn is expected to adversely affect it.
Chinese Taipei; Industrial Technology Research Institute (ITRI), Mr. Roger Je...Assespro Nacional
Taiwan has achieved success in the ICT industry and aims to continue its growth. The presentation discusses Taiwan's leadership in various technologies like notebooks, motherboards, and LCD monitors. It outlines Taiwan's strategy to transition up the value chain from OEM to ODM to own-brand manufacturing and services. The presentation also introduces Taiwan's strong infrastructure including its high-speed rail and various science parks, which have supported the ICT industry. Finally, it discusses how cloud computing is driving new opportunities and enabling the transformation of hardware industries into software service providers.
Taiwan's green energy ind alex tong itri 2012 10 31Helenachn Chen
The document discusses Taiwan's green energy industry and opportunities for cooperation. It provides background on ITRI, a non-profit R&D institution that has played a vital role in transforming Taiwan's economy. ITRI has contributed greatly to industry by developing technology for commercialization. The document then outlines Taiwan's challenges in green energy, current status of industries like solar PV and wind power, and opportunities in areas such as offshore wind and bio-butanol technology.
Market Research Report : Nanotechnology market in India 2012Netscribes, Inc.
For the complete report, get in touch with us at : info@netscribes.com
Nanotechnology refers the applied part of nano science including the engineering to control, manipulate and structure the matter at an unimaginably small scale. Nanotechnology is still in a developing phase in India. With growing awareness and large amount of research and development dedicated towards Nanotechnology, the future seems bright for the same in the country. Possibilities with Nanotechnology applications are unlimited. Modification or alteration at the molecular level of an object can lead not only to superior quality, strength, and mobility but also invention of newer elements which could not be created earlier.
The report begins with ‘Introduction’ section covering overview of Nanotechnology which provides basic idea of the technology and brief details regarding the progress or advancement of the technology. The section also contains Nanotechnology value chain.
The ‘Nanotechnology Overview’ section elaborates global & domestic market state of Nanotechnology. It is accompanied by a plethora of qualitative and statistical information regarding the state of nanotech in major continents and countries including India, such as funding, specific focus areas and other related information. Also major Indian companies already utilizing Nanotech has been mentioned in the section along with major ongoing Nanotechnology research subjects. A lot of time and money is being invested to understand the basic and synthesized properties of various Nanomaterials for proper utilization in various fields and areas in the industries.
It is followed by ‘Drivers & Challenges’ section elaborating the major furtherance & impediments for Nanotechnology sector in India market in India. Both the ‘drivers’ and ’challenges’ are equally stressed upon to provide clear idea regarding the probable obstacles and rewards in the line of business and help vendors take necessary measures. High costs of Nanomaterials followed by dearth of skilled manpower are the major challenges Nanotechnology sector faces in India. With the large number of investment coming in and academic courses being offered specific to Nanotech, the challenges can be overcome.
The report continues with ‘Market Opportunity’ section where potential verticals for Nanotechnology in India are elaborated. The section begins with a SWOT analysis of the Nanotechnology market in India. In the latter part of the section, specific verticals have been highlighted with information regarding each of their market state and opportunity areas for Nanotechnology. The section also consists of information regarding relevant Nanotechnology related research being carried out for each vertical.
Next the recent developments and prominent trends in the market are illuminated under ‘Market Trends’ section.
In the ‘Nanotechnology Player Profiles’ section, the key Nanotechnology ser
Market Research Report :Nanotechnology market in India 2012Netscribes, Inc.
The Government of India has invested around INR x1 billion to create facilities for nanotechnology research. Indian nanotechnology companies largely engage in type 1 business as demand for type 2 products is still nascent. The document discusses drivers, challenges, market trends, and profiles of major nanotechnology players in India.
International Technological and Industrial R&D Cooperation, Mina Goldiak, Mat...Business Finland
The document provides an overview of international technological and industrial R&D cooperation for Israel. It discusses Israel's government support programs that encourage R&D, including technlogical incubators, Magnet program for generic R&D, and competitive R&D funding. It also outlines Israel's international cooperation foundations and agreements, notably with the US, Europe, Asia, and other regions. Models of cooperation include multi-national frameworks like the European FP7 program and EUREKA, an inter-governmental network for industrial innovation projects.
This document summarizes the Industrial Economics and Knowledge Center (IEK) at ITRI. It describes IEK as a cross-disciplinary research unit providing market intelligence, technology trends, and strategic insights. IEK conducts research across various industries and technologies, acting as an industry analyst, consultant, government think tank, and pilot for technology foresight and product strategy. The document provides examples of IEK's industrial analysis and forecasting work.
Safe Nests in Global Nets - Innovation and IPAlberto Minin
This document discusses innovation and intellectual property (IP) management strategies of multinational companies. It presents research on the globalization of research and development (R&D) activities in the wireless telecommunications industry. The study finds that while the industry has strong drivers for globalization, large companies still concentrate much of their inventive activities related to essential patents in their home countries and headquarters. Reasons for this "non-globalization" of R&D include accumulated knowledge at headquarters, organizational inertia, maturation effects of internationalizing R&D, and the importance of centralized IP management. The conclusions discuss developing centers of excellence globally while maintaining "safe nests" of appropriable knowledge at headquarters through international R&D organization and local
Advanced energy technology for sustainable development. Part 4SSA KPI
The document discusses the impacts and benefits of energy technology research, using fusion research as a case study. It outlines four pathways through which energy research can impact economies and societies: 1) direct economic effects, 2) impacts on local communities, 3) impacts on industrial technology capabilities, and 4) long-term impacts on energy markets and technologies. It then analyzes the direct and indirect economic impacts of fusion research investments and the technical spin-offs that fusion research has produced. Finally, it evaluates the potential future role of fusion electricity in global energy markets under environmental constraints.
6th industrial symposium on nil & industry session on nanotechnology standardsinnox
The document announces a 6th Industrial Symposium on Nanoimprint Lithography and an Industry Session on Nanotechnology Standards to be held on May 23rd, 2012 at the Institute of Materials Research and Engineering in Singapore. The symposium and session will bring together international speakers from industry and research to discuss commercial applications and latest developments in nanoimprint lithography, as well as highlight relevant international standards on nanotechnology. The events aim to foster new partnerships and collaborations between industry and research.
The document summarizes the key topics presented at the 11th ICOIA Meeting in Hong Kong, including:
1) An overview of global and Singapore optoelectronics trends, with the Singapore photonics industry estimated at $1 billion and growing at 17%.
2) Details on key market segments in infocommunications, displays, and instrumentation optics that are driving demand.
3) Statistics on the manufacturing industry in Singapore, which had over $200 billion in output in 2005 and photonics is part of clusters such as electronics, chemicals, and biomedical.
4) An introduction of the Photonics Association of Singapore, which aims to promote synergies to grow Singapore as a photon
Nanotechnology involves manipulating matter at the nanoscale (1-100nm) to utilize size-dependent properties. Global investment in nanotechnology R&D was $40 billion in 2008 and $41 billion in 2010, with expected growth areas including healthcare, pharmaceuticals, and energy. Nanotechnology converges with many disciplines and may impact sectors like health, IT, and energy through applications in areas such as diagnostics, drug delivery, and renewable energy. Realizing nanotechnology's potential will require addressing challenges like health and environmental risks, intellectual property issues, and public acceptance.
Xennia's talk, given by Dr Alan Hudd, Xennia’s Managing Director, outlined the inkjet proposition as a manufacturing technique and the creation of new products through technology push and market pull. The talk also looks at the technology requirements and complexities, and discusses inkjet and new functional materials as part of the developing application processes. The talk will conclude with an outlook for device and product fabrication. The talk was presented at IMI's 1st Digital Manufacturing Conference in Florida, USA in June 2011.
TowerLabs: Accelerating Adoption of Green Building Technologies for CondosToronto 2030 District
Jamie James, Founder of TowerLabs @ MaRS showcases some of their research and the technology they are incubating to accelerate the uptake of cleantech in the condo sector.
Innovations in Academic-Industry Collaboration in Taiwan and Hong KongLin Haiqiu
The document discusses innovations in academic-industry collaboration in Taiwan and Hong Kong. It outlines the speaker's presentation on understanding the knowledge-based economy and national innovation systems. Examples of innovation centers are provided, including ITRI in Taiwan which focuses on various technologies. The importance of collaboration between universities, government, businesses and technology institutes is discussed for creating new wealth from knowledge.
Dagon Seikkan Industrial City is located in Yangon, Myanmar along the Bago River road. It has an area of 1.889 square miles (or 1208.695 acres) and contains 459 plots of land, 102 running factories, and 8 under construction. The industrial city has over 7,000 employees working across various industries including garment manufacturing, food production, wood products, chemicals and automotive. Major infrastructure includes over 18 miles of concrete roads and 7.5 megawatts of electrical power consumption. Total investment in the industrial city is over 1.7 trillion kyats (US$2.8 billion) based on 2009-2010 figures.
IRJET- Impact of Information Technology on Construction IndustryIRJET Journal
This document discusses the impact of information technology on the construction industry. It first investigates the relationship between IT and construction productivity at the national level, finding a small positive relationship. It then examines this relationship at the industry level, finding that the contribution of IT capital to construction value added growth has increased over time and has exceeded the contribution of non-IT capital in some countries. The conclusion is that more extensive construction data is needed to fully understand the relationship between IT and the construction industry, but IT investment appears to have an increasing impact over the long run at both the national and industry levels.
The document summarizes Nokia's corporate strategy presentation by CEO Stephen Elop. It discusses Nokia's history and rise as the dominant mobile phone manufacturer, the shift to smartphones, and Nokia's declining market share as Android and iOS surpassed its Symbian operating system. The presentation notes that while Nokia and Microsoft still have significant assets, it remains uncertain if they can capitalize on their partnership to compete against Apple, Google, and other major players in the new landscape of mobile platforms and ecosystems.
The document summarizes a presentation given by Egbetokun and Isola at the IEEE conference at OAU, Ile-Ife, Nigeria in February 2010. The presentation discussed the role of engineers in a globalized world and actions needed to succeed. It defined key concepts like science, engineering, technology and innovation. It noted the expanding role of engineers today and trends like youth unemployment and global economic integration that will intensify future challenges. The presentation outlined development issues facing Nigeria and concluded with recommendations for engineers to focus on continuous learning, communication skills, networking and teamwork to make an impact.
Lerwen Liu_Asian’s efforts towards sustainable development of nanotechnologyNe3LS_Network
The document discusses the Asia Nano Forum (ANF) which promotes responsible nanotechnology development across 15 Asia-Pacific economies. It describes ANF's activities like annual summits, camps, and newsletters to foster international collaboration on education, standards, and commercialization. The document also summarizes investments in nanotechnology across Asia and applications of nano carbon materials in various industries.
Chinese Taipei; Industrial Technology Research Institute (ITRI), Mr. Roger Je...Assespro Nacional
Taiwan has achieved success in the ICT industry and aims to continue its growth. The presentation discusses Taiwan's leadership in various technologies like notebooks, motherboards, and LCD monitors. It outlines Taiwan's strategy to transition up the value chain from OEM to ODM to own-brand manufacturing and services. The presentation also introduces Taiwan's strong infrastructure including its high-speed rail and various science parks, which have supported the ICT industry. Finally, it discusses how cloud computing is driving new opportunities and enabling the transformation of hardware industries into software service providers.
Taiwan's green energy ind alex tong itri 2012 10 31Helenachn Chen
The document discusses Taiwan's green energy industry and opportunities for cooperation. It provides background on ITRI, a non-profit R&D institution that has played a vital role in transforming Taiwan's economy. ITRI has contributed greatly to industry by developing technology for commercialization. The document then outlines Taiwan's challenges in green energy, current status of industries like solar PV and wind power, and opportunities in areas such as offshore wind and bio-butanol technology.
Market Research Report : Nanotechnology market in India 2012Netscribes, Inc.
For the complete report, get in touch with us at : info@netscribes.com
Nanotechnology refers the applied part of nano science including the engineering to control, manipulate and structure the matter at an unimaginably small scale. Nanotechnology is still in a developing phase in India. With growing awareness and large amount of research and development dedicated towards Nanotechnology, the future seems bright for the same in the country. Possibilities with Nanotechnology applications are unlimited. Modification or alteration at the molecular level of an object can lead not only to superior quality, strength, and mobility but also invention of newer elements which could not be created earlier.
The report begins with ‘Introduction’ section covering overview of Nanotechnology which provides basic idea of the technology and brief details regarding the progress or advancement of the technology. The section also contains Nanotechnology value chain.
The ‘Nanotechnology Overview’ section elaborates global & domestic market state of Nanotechnology. It is accompanied by a plethora of qualitative and statistical information regarding the state of nanotech in major continents and countries including India, such as funding, specific focus areas and other related information. Also major Indian companies already utilizing Nanotech has been mentioned in the section along with major ongoing Nanotechnology research subjects. A lot of time and money is being invested to understand the basic and synthesized properties of various Nanomaterials for proper utilization in various fields and areas in the industries.
It is followed by ‘Drivers & Challenges’ section elaborating the major furtherance & impediments for Nanotechnology sector in India market in India. Both the ‘drivers’ and ’challenges’ are equally stressed upon to provide clear idea regarding the probable obstacles and rewards in the line of business and help vendors take necessary measures. High costs of Nanomaterials followed by dearth of skilled manpower are the major challenges Nanotechnology sector faces in India. With the large number of investment coming in and academic courses being offered specific to Nanotech, the challenges can be overcome.
The report continues with ‘Market Opportunity’ section where potential verticals for Nanotechnology in India are elaborated. The section begins with a SWOT analysis of the Nanotechnology market in India. In the latter part of the section, specific verticals have been highlighted with information regarding each of their market state and opportunity areas for Nanotechnology. The section also consists of information regarding relevant Nanotechnology related research being carried out for each vertical.
Next the recent developments and prominent trends in the market are illuminated under ‘Market Trends’ section.
In the ‘Nanotechnology Player Profiles’ section, the key Nanotechnology ser
Market Research Report :Nanotechnology market in India 2012Netscribes, Inc.
The Government of India has invested around INR x1 billion to create facilities for nanotechnology research. Indian nanotechnology companies largely engage in type 1 business as demand for type 2 products is still nascent. The document discusses drivers, challenges, market trends, and profiles of major nanotechnology players in India.
International Technological and Industrial R&D Cooperation, Mina Goldiak, Mat...Business Finland
The document provides an overview of international technological and industrial R&D cooperation for Israel. It discusses Israel's government support programs that encourage R&D, including technlogical incubators, Magnet program for generic R&D, and competitive R&D funding. It also outlines Israel's international cooperation foundations and agreements, notably with the US, Europe, Asia, and other regions. Models of cooperation include multi-national frameworks like the European FP7 program and EUREKA, an inter-governmental network for industrial innovation projects.
This document summarizes the Industrial Economics and Knowledge Center (IEK) at ITRI. It describes IEK as a cross-disciplinary research unit providing market intelligence, technology trends, and strategic insights. IEK conducts research across various industries and technologies, acting as an industry analyst, consultant, government think tank, and pilot for technology foresight and product strategy. The document provides examples of IEK's industrial analysis and forecasting work.
Safe Nests in Global Nets - Innovation and IPAlberto Minin
This document discusses innovation and intellectual property (IP) management strategies of multinational companies. It presents research on the globalization of research and development (R&D) activities in the wireless telecommunications industry. The study finds that while the industry has strong drivers for globalization, large companies still concentrate much of their inventive activities related to essential patents in their home countries and headquarters. Reasons for this "non-globalization" of R&D include accumulated knowledge at headquarters, organizational inertia, maturation effects of internationalizing R&D, and the importance of centralized IP management. The conclusions discuss developing centers of excellence globally while maintaining "safe nests" of appropriable knowledge at headquarters through international R&D organization and local
Advanced energy technology for sustainable development. Part 4SSA KPI
The document discusses the impacts and benefits of energy technology research, using fusion research as a case study. It outlines four pathways through which energy research can impact economies and societies: 1) direct economic effects, 2) impacts on local communities, 3) impacts on industrial technology capabilities, and 4) long-term impacts on energy markets and technologies. It then analyzes the direct and indirect economic impacts of fusion research investments and the technical spin-offs that fusion research has produced. Finally, it evaluates the potential future role of fusion electricity in global energy markets under environmental constraints.
6th industrial symposium on nil & industry session on nanotechnology standardsinnox
The document announces a 6th Industrial Symposium on Nanoimprint Lithography and an Industry Session on Nanotechnology Standards to be held on May 23rd, 2012 at the Institute of Materials Research and Engineering in Singapore. The symposium and session will bring together international speakers from industry and research to discuss commercial applications and latest developments in nanoimprint lithography, as well as highlight relevant international standards on nanotechnology. The events aim to foster new partnerships and collaborations between industry and research.
The document summarizes the key topics presented at the 11th ICOIA Meeting in Hong Kong, including:
1) An overview of global and Singapore optoelectronics trends, with the Singapore photonics industry estimated at $1 billion and growing at 17%.
2) Details on key market segments in infocommunications, displays, and instrumentation optics that are driving demand.
3) Statistics on the manufacturing industry in Singapore, which had over $200 billion in output in 2005 and photonics is part of clusters such as electronics, chemicals, and biomedical.
4) An introduction of the Photonics Association of Singapore, which aims to promote synergies to grow Singapore as a photon
Nanotechnology involves manipulating matter at the nanoscale (1-100nm) to utilize size-dependent properties. Global investment in nanotechnology R&D was $40 billion in 2008 and $41 billion in 2010, with expected growth areas including healthcare, pharmaceuticals, and energy. Nanotechnology converges with many disciplines and may impact sectors like health, IT, and energy through applications in areas such as diagnostics, drug delivery, and renewable energy. Realizing nanotechnology's potential will require addressing challenges like health and environmental risks, intellectual property issues, and public acceptance.
Xennia's talk, given by Dr Alan Hudd, Xennia’s Managing Director, outlined the inkjet proposition as a manufacturing technique and the creation of new products through technology push and market pull. The talk also looks at the technology requirements and complexities, and discusses inkjet and new functional materials as part of the developing application processes. The talk will conclude with an outlook for device and product fabrication. The talk was presented at IMI's 1st Digital Manufacturing Conference in Florida, USA in June 2011.
TowerLabs: Accelerating Adoption of Green Building Technologies for CondosToronto 2030 District
Jamie James, Founder of TowerLabs @ MaRS showcases some of their research and the technology they are incubating to accelerate the uptake of cleantech in the condo sector.
Innovations in Academic-Industry Collaboration in Taiwan and Hong KongLin Haiqiu
The document discusses innovations in academic-industry collaboration in Taiwan and Hong Kong. It outlines the speaker's presentation on understanding the knowledge-based economy and national innovation systems. Examples of innovation centers are provided, including ITRI in Taiwan which focuses on various technologies. The importance of collaboration between universities, government, businesses and technology institutes is discussed for creating new wealth from knowledge.
Dagon Seikkan Industrial City is located in Yangon, Myanmar along the Bago River road. It has an area of 1.889 square miles (or 1208.695 acres) and contains 459 plots of land, 102 running factories, and 8 under construction. The industrial city has over 7,000 employees working across various industries including garment manufacturing, food production, wood products, chemicals and automotive. Major infrastructure includes over 18 miles of concrete roads and 7.5 megawatts of electrical power consumption. Total investment in the industrial city is over 1.7 trillion kyats (US$2.8 billion) based on 2009-2010 figures.
IRJET- Impact of Information Technology on Construction IndustryIRJET Journal
This document discusses the impact of information technology on the construction industry. It first investigates the relationship between IT and construction productivity at the national level, finding a small positive relationship. It then examines this relationship at the industry level, finding that the contribution of IT capital to construction value added growth has increased over time and has exceeded the contribution of non-IT capital in some countries. The conclusion is that more extensive construction data is needed to fully understand the relationship between IT and the construction industry, but IT investment appears to have an increasing impact over the long run at both the national and industry levels.
The document summarizes Nokia's corporate strategy presentation by CEO Stephen Elop. It discusses Nokia's history and rise as the dominant mobile phone manufacturer, the shift to smartphones, and Nokia's declining market share as Android and iOS surpassed its Symbian operating system. The presentation notes that while Nokia and Microsoft still have significant assets, it remains uncertain if they can capitalize on their partnership to compete against Apple, Google, and other major players in the new landscape of mobile platforms and ecosystems.
The document summarizes a presentation given by Egbetokun and Isola at the IEEE conference at OAU, Ile-Ife, Nigeria in February 2010. The presentation discussed the role of engineers in a globalized world and actions needed to succeed. It defined key concepts like science, engineering, technology and innovation. It noted the expanding role of engineers today and trends like youth unemployment and global economic integration that will intensify future challenges. The presentation outlined development issues facing Nigeria and concluded with recommendations for engineers to focus on continuous learning, communication skills, networking and teamwork to make an impact.
Similar to Tsing Tang Song_Taiwan’s position on nano risk governance (20)
Lerwen Liu_Asian’s efforts towards sustainable development of nanotechnologyNe3LS_Network
The document discusses the Asia Nano Forum (ANF) which promotes responsible nanotechnology development across 15 Asia-Pacific economies. It describes ANF's activities like annual summits, camps, and newsletters to foster international collaboration on education, standards, and commercialization. The document also summarizes investments in nanotechnology across Asia and applications of nano carbon materials in various industries.
Chris Groves_Is it all about risk learning the right lessons from gm for nano...Ne3LS_Network
The document discusses perspectives on public engagement with nanotechnology from industry, government, and researchers. It notes that while awareness of nanotech remains low, public attitudes are generally positive. However, concerns focus less on direct health and environmental risks and more on issues of naturalness, access, trust, and transparency. The document contrasts a "public as risk" view that sees public as irrational and in need of reassurance, with research finding public worries more about social and political issues. It argues for early, ongoing deliberative engagement to build resilient innovation.
Audrey Bruneau_Susceptibility of the immune system in three animal models exp...Ne3LS_Network
The document summarizes a study that evaluated the susceptibility of the immune systems of three animal models (mouse, rainbow trout, blue mussel) exposed to silver nanoparticles. Key findings include:
1) The mouse immune system was the most sensitive, followed by trout then mussel, based on viability, immune function assays, and lymphoblastic transformation tests.
2) Phagocytosis in mussels was inhibited at lower doses than in mouse and trout.
3) Dissolved silver was more toxic than silver nanoparticles to mouse immune cells.
4) Silver nanoparticles disrupted immune cell structure and function in a dose-dependent manner through mechanisms like apoptosis and necrosis.
Prevost for Hosein_Governance what are the responsibilities of the various pl...Ne3LS_Network
The document discusses nanotechnology governance and regulation. It suggests taking a "bottoms-up" approach where nations adopt international standards developed through transparent processes, and experts encourage alignment. This could lead to harmonization across regions without a formal global governance model, facilitating trade while reducing compliance burdens.
Lorie Sheremeta_ A life cycle approach to understanding and managing risks an...Ne3LS_Network
This document discusses a life-cycle approach to understanding and managing risks and benefits of nanotechnology. It covers definitional issues related to nanotechnology, materials of interest from R&D to end of life, challenges, and the need for international coordination on environmental, health and safety research and regulations. Key points discussed include differentiating nanomaterials, nanoparticles and nanowaste; properties that change at the nanoscale; regulatory complexity; priority materials for risk assessment; and applications in environmental remediation and potential issues like ocean iron fertilization. Maintaining public trust through education, engagement and responsible development is emphasized.
Lorie Sheremeta_Governance of nanomaterials and nanotechnologies a canadian p...Ne3LS_Network
This document provides a Canadian perspective on governance of nanomaterials and nanotechnologies. It discusses what governance is, why it is important for nanotechnology, and who the key stakeholders are. It describes Canada's general approach to regulating emerging technologies by waiting for evidence before implementing new rules. Challenges in regulating nanomaterials under Canadian laws are outlined. The roles of Environment Canada and Health Canada in assessing nanomaterials as new substances are explained. Issues around labelling and looking ahead to continuing research on health and environmental impacts are also summarized.
Schuichi Iwata_The challenge of governance as reagards nanotechnologyNe3LS_Network
The document discusses governance challenges regarding nanotechnology. It contains questions about responsibilities of various actors in regulating nanotechnologies given regulatory uncertainty. It also questions how to harmonize different country approaches to governance and how to better link nanotechnology research with societal needs. The final question asks about predicting the future of nanotechnology.
This document summarizes Michael Buschmann's work on nanomedicine at Ecole Polytechnique. It discusses how nanomedicine uses nano-sized tools for diagnosis, prevention and treatment of disease. Some key applications of nanomedicine include drug delivery via liposomes and polymeric nanoparticles. The document also outlines the requirements for successful nanomedicine research and development, including efficacy, safety, manufacturing and regulatory approval. Buschmann's group works on developing chitosan-based nanoparticles for gene delivery applications.
Roland Hosein_International developments for nanotechnology standardizationNe3LS_Network
This document summarizes the international developments in nanotechnology standardization. It discusses:
1) The context for nanotechnology standards including the emergence of many related fields simultaneously and the need for international cooperation to develop standards.
2) The processes used by ISO to develop nanotechnology standards including forming technical committees, seeking member participation, developing work items, and publishing final standards.
3) Some of the key nanotechnology standards that have been published to date by ISO technical committees focusing on terminology, measurement/characterization, and environment/health/safety.
4) Other working groups and future standards under development in areas like materials specification, electrical/electronic products, and national adoption
Mathieu Noury_From nanomedicine to nanohealth conceptualizing the biomedical ...Ne3LS_Network
1. Nanomedicine aims to comprehensively monitor, repair, and improve human biological systems at the molecular level using engineered nanostructures to achieve medical benefits. Nanohealth analyzes the social and cultural implications of the biomedical model proposed by nanomedicine.
2. Nanohealth proposes a transversal medical model involving predictive, personalized, and regenerative medicine enabled by nanotechnology.
3. Nanomedicine represents an enhancement medicine that optimizes human bodies and promotes health and disease prevention beyond curing illness.
4. Major governments are investing heavily in nanotechnology, including nanomedicine, creating a global race to develop these technologies and harness their economic
Beaudry, Schiffauerova & Moazami_The scientific and technological nanotechnol...Ne3LS_Network
This document describes a study comparing nanotechnology innovation networks in Quebec, Canada and the United States. The study analyzes collaboration networks constructed from co-authorship data of scientific articles and co-inventorship data of patents. It aims to test hypotheses about the role of international linkages, differences between academic and non-academic actors, and differences between regions. The methodology involves constructing collaboration networks from databases of over 748,000 scientific articles and 240,000 patents, and analyzing the network structures to test the hypotheses.
Jerzy Jurewicz & Boulos_Analysis of safety aspects associated with the plasma...Ne3LS_Network
This document discusses the safety aspects of handling nanopowders in industrial production. It presents Tekna Advanced Materials, which produces advanced materials using plasma technology. Risk management is key, following international standards. Design considerations aim to minimize hazards through passivation, encapsulation or wet collection. Hazard evaluation focuses on exposure probability, guided design. Barriers seek to prevent, control or mitigate accidents through multiple levels of protection.
Françoise Roure_A possible research and innovation scheme for Nanotechnology?Ne3LS_Network
The document discusses nanotechnology regulation in the EU over the past 10 years. It makes three key points:
1) Early involvement of the European Parliament and responses from the European Commission including expertise, recommendations, databases, and legal frameworks.
2) Adaptation of regulations in France including public debates, mandatory reporting schemes, and risk/benefit assessments.
3) The importance of agreed definitions, descriptions, traceability and reporting for effective and harmonized regulations given challenges in clearly linking facts to causes.
Leila Tahmooresnejad_Impact of public funding on the development of nanotechn...Ne3LS_Network
The document discusses the impact of public funding on the development of nanotechnology in Quebec, Canada and the US based on a comparison study. It presents the motivation, theoretical framework, data and methodology, hypotheses, econometric models and regression results of the study. The study finds that public funding has a positive impact on research outputs like papers and patents, but the impacts vary between contracts/grants and the different regions studied. Network characteristics are also found to positively influence research outputs.
Lyes tabet_Human bronchial smooth muscle cells and nanocytotoxic responses to...Ne3LS_Network
1) Human bronchial smooth muscle cells (HBSMC) were exposed to quantum dots (QDs) to examine their cytotoxic and inflammatory responses under normal and asthmatic conditions.
2) QDs decreased cell viability of normal and asthmatic HBSMC in a dose- and time-dependent manner, with normal HBSMC being more sensitive.
3) Oxidative stress analysis found normal HBSMC maintained an antioxidant response to QDs, while asthmatic HBSMC showed a deficient response. Inflammatory mediator levels in both cell types increased with higher QD concentrations.
Ludwig Vinches et al._Study on the penetration of ti o2 nanoparticles through...Ne3LS_Network
1) The study tested the penetration of titanium dioxide (TiO2) nanoparticles through protective gloves and clothing under conditions simulating occupational use.
2) Results showed penetration of TiO2 nanoparticles in water through nitrile rubber gloves after deformation, but no penetration through butyl rubber gloves.
3) Exposure to TiO2 nanoparticles in propylene glycol solvent along with mechanical deformation was found to damage nitrile rubber glove surfaces more than solvent or deformation alone.
Audrey Bruneau_In vitro immunotoxicology of quantum dots and comparison with ...Ne3LS_Network
1) The study evaluated the immunotoxicity of quantum dots (QDs) in human, mouse, trout and mussel models. QDs showed toxicity to blood cell viability, phagocytosis, and lymphoblastic transformation in human cells.
2) Trout and mouse models were more sensitive to QD toxicity compared to human and mussel models.
3) In mussel cells, QDs were more toxic than dissolved cadmium or tellurium metals alone, suggesting the nanoparticle form influences toxicity. However, in other models QDs were generally less toxic than metals.
Alexeï Grinbaum_What is responsible about responsible innovation?Ne3LS_Network
The document discusses the concept of "responsible innovation" and what makes innovation responsible. It notes that responsible innovation requires considering social and ethical issues that may arise from new technologies. It also discusses some approaches that have been taken to promote responsible innovation, such as codes of conduct, standards, and public participation in innovation policymaking. Responsible innovation aims to ensure new technologies are aligned with societal values and minimize potential harms.
Alexeï Grinbaum_What is responsible about responsible innovation?
Tsing Tang Song_Taiwan’s position on nano risk governance
1. Taiwan’s Position on Nano Risk
Governance
Tsing-Tang SONG
ttsong@itri.org.tw
Industrial Technology Research Institute
Taiwan
CICN, Montreal, Canada, Nov 1, 2012
1
Copyright ITRI
2. Outline
National nanotechnology program in Taiwan
Survey of nanomaterials applications/revenues
Status of nano risk governance in Taiwan
2
Copyright ITRI
3. Distribution of Fund on Taiwan
National Nanotechnology Program
•Phase Ⅰ(2003~2008) budget:USD 554 M
•Phase Ⅱ(2009~2014) proposed : USD 689M
3
Copyright ITRI
4. Budget Execution of Taiwan National
Nanotechnology Program 2012
Final Accounts: USD 95 million (Fiscal Year 2012)
Advanced Research
19%
10%
Strategic Projects 71%
• EHS ~45 %
• Education ~24 %
• Nano Standardization ~ 14%
• nanoMark and Industry Promotion ~18 %
Industrialization of Nanotechnology
• Biomedical and Agriculture ~14%
• Electronics & Optoeletronics ~24%
• Energy & Environment ~7%
• Instrument Development ~28%
• Traditional Industry ~26%
※ USD : NTD = 1 : 30
4
Copyright ITRI
5. Survey of Nanomaterials Application
Category of nanoproducts Nanomaterials for industrial applications
Product Nanomaterials Product number
Category Ratio
number
Ag 517
Textile 390 22.3% TiO2 181
Paint & resin 30 1.7% SiO2 577
C materials 200
Home appliance 301 17.2%
IR emission materials 67
Metal/machine 11 0.6%
Building ZnO 64
883 50.6% Mineral powder 36
materials
Anion 35
Rubber & plastic 132 7.5%
Others 70
Total 1747 100% Total 1747
Most of the nanoproducts are applied to the building materials, textile and home appliance.
The major nanomaterials for industrial applications are SiO2, Ag, TiO2, and C materials.
5
Copyright ITRI Ref. The report of IEK, ITRI, sponsored by IDB, in [奈米技術在我國傳統產業發展現況調查], 2012/2
6. Input Resource for Nanotechnology in Taiwan
-Traditional Industry
Survey of the input resource to the traditional industries in the field of home appliance/building
materials, metal/machine equipment, textile, paint & resin, rubber & plastic from 2007 to 2012.
USD:NTD=1:29.5
Major Traditional Industry 2007 2008 2009 2010 2011 2012(e)
Engaged R&D personnel 284 288 366 398 409 478
Input Amount on R&D (M, USD) 11.5 9.7 13.7 15 17.5 19.5
R&D projects 105 112 108 135 155 171
Input Amount on Investment (M, USD) 6.5 10.3 11 11.4 14.8 23.7
Products 69 87 117 235 249 271
Sales in Products(M, USD) 48.2 77.9 125.4 229.5 317.9 371.5
6
Copyright ITRI
7. Traditional Products for Nanotechnology in Taiwan
- Revenue
The revenues of nanoproducts are continually increasing year by year from 2007 to 2012, the revenue has reached 317.9 M
USD in 2011, increased to 38% compared to the year of 2010, the products are applied to the home appliance/building
materials with the highest revenue in 55%, textile and metal/machine equipment contribute in 22% and 14% respectively.
7
Copyright ITRI Ref. The report of IEK, ITRI, sponsored by IDB, in [奈米技術在我國傳統產業發展現況調查], 2012/11
8. Status of Nano Risk Governance in Taiwan
Opportunity Risk
Responsible Development of Nanotechnology
Strategy:Creating industrial good practices
Action plans:
(a) creating a common platform for environment, health and safety
(b) allocating resources for risk assessment, management and
communication and focus areas
8
Copyright ITRI
9. Governance Approach to Nano Risk
International International
ISO/TC229 Collaboration Collaboration
Nano risk
OECD/WPMN, WPN
Governance in Taiwan
IEC/TC113
Consumer
Standardization EHS issues
Protection
(MOEA) (CLA/EPA/DOH)
(MOEA)
Taiwan Nanotechnology •The nanoMark System
Standard Council (2009) (2004)
Inter-ministerial Collaborations
Workplace Environment Health
(CLA) (EPA) (DOH)
• Occupational exposure assessment • The risk perception and policy • Set up standardized evaluation
and epidemiological study strategy (regulation) platform
• Nanoparticles monitoring and • in vivo and in vitro toxicological
• Fire and explosion hazard limit
research
• Hierarchical process management in measurement in air • Epidemiological studies
workplace • The fate and transformation of • Nano regulation on biomedical
nanoparticles in water aspect
Copyright ITRI 9
10. Budget Allocation of EHS/Standardization
Investment (Million USD)
Percentage of Total Budget
Year
※ USD : NTD = 1 : 30
10
Copyright ITRI
12. Why Labeling
• Protect Consumers :Avoid waste money
• Protect Good Companies:Eliminate unfair competitions
between good and bad
products
• Increase Public Trust :Facilitate healthy development
of nanotechnology
• Facilitate Trade :Stimulate economic growth
Accelerate Good Nanoproduct Development
12
Copyright ITRI
13. What to Label
Focus on Consumer Products
Impossible to Certify All Commercial Nanoproducts
․ Criteria/Test Methods are not all ready
Select Criteria
․ Market Size
․ Available Test Methods/Labs
for Nanoscale & Unique Properties
․ Companies’ Interest
․ Prudent with Risk Potential Products
13
Copyright ITRI
14. Requirements
Basic Requirements
─ Nano Scale (in principle, < 100nm)
─ Unique Properties
Quality System Installed
Safety Issues being taken care/Traceable Products
Contract to use “ nanoMark”
14
Copyright ITRI
15. Status of NanoMark System in Taiwan
– Certified Products
• As of Oct. 2012, established 41 certification guidelines, and 12 certification testing labs.
• A totally of 1196 products made by 39 firms have received the nanoMark, and 1150
products made by 34 firms still had valid nanoMarks.
15
Copyright ITRI
16. Revenues from nanoMark Companies
2011
The ratio of revenues from nanoMark companies to total revenues is
21%, and nanoMark companies has reached 67 M USD in 2011.
16
Copyright ITRI Ref. The report of IEK, ITRI, sponsored by IDB, in [奈米技術在我國傳統產業發展現況調查], 2012/9
17. Taiwan Nanotechnology Standard Council
Taiwan Nanotechnology Standard Council (TNSC), under
the steering of National Nanotechnology Program and
Bureau of Standards, Metrology & Inspection, MOEA,
was established in June, 2009.
The TNSC will consist of four technical working areas,
focusing separately on particular aspects of
(1)Terminology, (2)Measurement and
Characterization, (3)Health, Safety and
Environmental issue of Nanotechnologies,
(4)Material/Component/Product Performance and
Specifications. Inauguration of TNSC
The four groups will work cooperatively to develop standards and
formulate proposals on behalf of the nation with response to ISO/IEC
standardization activities. ITRI is entrusted to be the Secretariat of
TNSC.
17
Copyright ITRI
18. TNSC Activities
Standard developments in Taiwan
1. Method of dimensional measurement of nanoparticles on surface - scanning
electron microscope) (Published in 2012)
2. Traditional Chinese version of ISO/TS 27687:2008, Nanotechnologies -
Terminology and definitions for nano-objects - Nanoparticle, nanofibre and
nanoplate. (Published in 2012)
3. Traditional Chinese version of ISO/TS 80004-3:2010, Nanotechnologies -
Vocabulary - Part 3: Carbon nano-objects (committee draft)
4. 「Guideline of quality and risk assessment for nano electrotechnical products
」(1st working draft stage), IEC TC 113 PT-113 working project (through ANF
liaison)
5. Potential working items: Nanoindentation measurement standards、Nano-
particle measurement standards for TEM、Cosmetics containing nano-
material label
6. Other standards: 12 CNS standards (1 terminology, 11 photo catalyst)
18
Copyright ITRI 41 Nano Mark standards
19. Regulation Studies
The IOSH drafted two safety guidelines in 2009
• 奈米物質作業環境控制策略指引(Guidelines for Nanomaterials at
the Workplace)
• 奈米技術實驗室暴露控制手冊( Guidelines for Nanomaterials
Exposure at the Laboratory
Throughout the guidelines, low exposure limit were proposed and
appropriate personal protective equipments were recommended
such as mask, protective clothing, gloves, and exhaust hood in
the workplace.
The DOH is working 30 drafts which are related to
registration, examination, assessment, technique, and
laboratory, especially in the drug, cosmetics, and medical
devices area.
19
Copyright ITRI
20. Epidemiological Studies
Institute of Safety Health (IOSH), CLA
cooperated with The National Health
Research Institute (NHRI) initiated the
epidemiological study on nano risk
among workers exposed to
nanoparticles in 2009. The objective of
this study was to investigate the
health hazards following exposure to
nanoparticles.
There are thirteen factories and one R&D institute to join together, a
total of 277 participants including exposure group (142 people) and
control group (135 people) in 2011.
20
Copyright ITRI Source:IOSH/NHRI
21. Taiwan’s Position on Nano Risk Governance
Objectives :
Analyze the status of nanotechnology risk
management, and evaluate the direction and major
topics in Taiwan.
Statistical data analyses and offer recommendations
to government policy makers, including:
– Establishing an empowered nanotechnology risk
management unit
– Focusing on nanopowder risk management
– Life cycle risk assessment of nanotechnology products
– Promoting occupational exposure limits for
nanomaterials
– Providing systematic assistance for the collection of
available information
– Tracking and assuring compliance with internation
regulations
– Exploring the ethical, legal, and social implications
issues to establish public trust
21
Copyright ITRI
22. Thank You Very Much
for Your Attention
22
Copyright ITRI