ASIA NANO FORUM SUMMIT 2016

COUNTRY BRIEFING – MALAYSIA

Date : 14th July 2016

Venue : KINTEX, Ilsan, South Korea

Statement by Prime Minister

YAB Dato’ Sri Mohd Najib Tun Razak29 Oct 2009

“Nanotechnology development would be given and be made of the resources of

the country’s new economic model. Thus, it is important for Malaysia to not be left

behind in the field of nanotechnology and we have decided to give importance….”

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 2011.

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 Commercialization and

development of nanotechnology

Facilitate the development

of human capital

Plan and execute

activities that contribute

to the development of

nanotechnology-based

industries

Plan and coordinate the

commercialization of R&D

in nanotechnology

Strategize the positioning

of nanotechnology

industry of Malaysia

Facilitate investment in

nanotechnology

commercialization

Key functions of

1 2

Commercialization Initiatives in Nanotechnology

iNanovation

National Graphene

Action Plan 2020

(NGAP2020)

Nanofluid

Plastic

additives

Rubber

additives

Li-ion

battery/

ultra-

capacitors

Condu-

ctive ink

Technology and

Business Due

Diligence

Nanotechnology

landscaping and

Business

opportunities

Strategy planning &

consulting in

commercialization of

Nanotechnology R&D

Facilitation of

investment in

Nanotechnology

Development of

human capitals in

Nanotechnology

Food &

Agriculture

Electronics,

Devices &

Systems

Energy &

Environment

Wellness,

Medical &

Healthcare

Product Development

Prototyping (Productization)

Pilot production

Manufacturing Revenue

Majority

holding Minority

holding

Project

entry

Project

entryProject

entry• dividend• royalties• licensing

Project

entry

iPush iPush iPush

iPull iPull iPull

iSwitch

disruptive technologies (IPs, PoCs)

industry/market demand

iNanovation Push

iNanovation Pull

iNanovation Switch

Commercialization Program : iNanovation1

Market share& GNI

increase

Market Pull

Industry

Push to market

High value Job Creation

Res

ea

rch

& A

ca

de

mic

Ins

titu

tes

(C

olla

bo

rati

on

s)

Multiple-helix facilitation scheme for nanotechnology ventures

Interfacing with pre-existing facilities and programs throughout the innovation value chain

Industry-driven incremental and revolutionary nanotechnology processes and products

Jumpstart sectors:

Access to R&D

funding and

prototyping

Information on

Graphene supply

Access to technical

experts

Access

to IP

advice

Co-ordination and monitoring

2 3

5 4

7

Awareness building

& facilitating

“projects”

Scale-up support61

Facilitate introduction

to IP advisory

services for patent

application or

protection

Manage &

connect

companies to

expert networks

Facilitate

connection to

potential source

of Graphene

Facilitate “minority”

funding for R&D and

required prototyping

facilities

Project execution

Commercialization Program : NGAP2020

Conductive inkLi-ion battery/

ultra-capacitors

Plastics Rubber

additives

Nanofluid

Focus on downstream applications when innovating with Graphene

Priority on five applications areas; Based on technical feasibility, economic viability, time to

adoption, relevance and impact to Malaysia (2020 timeframe)

Comprehensive delivery framework in facilitating and executing projects

2

Background of the National Graphene Action Plan 2020 (NGAP2020)

From feasibility study to execution of the Action Plan…

Feasibility study on

Graphene

downstream

applications relevant

to Malaysia

▪ Lithium ion battery

▪ Rubber additives

▪ Plastic additives

▪ Conductive Ink

▪ Nanofluids

2

Apr 2014 Jul 2014

▪ NanoMalaysia appointed

as the Lead agency to

execute the NGAP2020

Role includes:

▪ Awareness building

▪ Project execution

▪ Scale support

▪ Coordination &

Monitoring

3

1 Based on technical feasibility,

economic viability, time to adoption,

relevance and impact to Malaysia

(2020 timeframe), five (5) application

areas were prioritized

Launch of

NGAP 2020

23%

10%

28%

29%

10%

Plastic

Rubber

Nanofluids

Li-ion battery/

ultra-capacitors

Conductive

inksPlastics

additives

Rubber

additivesNanofluids

Rubber additives

Potential application in:

▪ Glove

▪ Condom

▪ Tyre

▪ Specialty hose

▪ Masterbatch

Li-ion battery/

ultra-capacitors

Conductive inks

Overview of Product Development Projects under NGAP2020 Program

National target by 2020▪ RM 20 Bn in GNI impact

▪ 9000 new Malaysian jobs

Industry target▪ Increase market share

(local and global)▪ New market penetration

▪ Retain market

competitiveness

Nanofluids

Potential

application in:

▪ Lubricants

▪ Drilling fluids

Percentage of companies

Li-ion battery

/ultracapacitor

Potential application in:

▪ Electric vehicle

▪ Wearable devices

▪ Train

Conductive Ink

Potential application

in:

▪ Electronic packaging

▪ Smart card

Plastic additives

Potential application in:

▪ Solar panel

▪ Automotive component

▪ Electronic

▪ Composite

▪ Glove

▪ Concrete admixture

Projects identified under the NGAP2020 Program

Company Application Project

1

2

3

4

5

----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------

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Year

Conductive inks

Rubber additives

The prototyping of graphene-based

technical compounds, rethreading and tyre

compounds with high performance for

automotive applications

The prototyping of low cost graphene

conductive inks for 3D printing and solar

photovoltaics industry

6

Rubber additives

The prototyping of graphene-enabled

masterbatch for rubber industry with

superior rolling, abrasion and thermal

resistance

7

---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------

Li-ion battery/

ultracapacitors

The scale-up production of ultracapacitors

and R&D on Lithium-capacitors (Li-cap) for

transport and energy application.

---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------

8

9

---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------

Li-ion Battery/

ultracapacitors

2014

SOL Polymer Sdn. Bhd. Plastics

additives

Eclimo Sdn. Bhd. Development of graphene-based plate

cover of battery module

Developing graphene-based component for

thermoplastic engineering polymer

Penchem Technologies

Sdn. Bhd.

GB Sekhar Sdn. Bhd.

Goodway Integrated

Industries Berhad

Development of thin and high conductivity

gloves for ESD application Top Glove Berhad

Ultra Impact Technologies

Sdn. Bhd.

Rubber additives

The scale-up production of graphene-based

quantum cell for automotive application.

Li-ion Battery/

ultracapacitorsMNA-R Sdn. Bhd.

Rubber additives

Development of graphene-based

nasopharyngeal airway medical device

Diptech Industries

Sdn. Bhd.

---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------

10

Development of graphene-based PP for

solar application.Plastics

additivesPolypacific Sdn. Bhd.

Projects identified under the NGAP2020 Program

11

12

---------------------------------------------------------------------------------------------------------------------------

---------------------------------------------------------------------------------------------------------------------------13

Automobile manufacturer

Rubber hose manufacturer

Development of graphene-based reinforced

polymers nanocomposites for automotive

component

Plastics additives

Development of graphene-based hose for

improved mechanical properties and flame

retardancy

Rubber additives

14

15

16

17

---------------------------------------------------------------------------------------------------------------------------

---------------------------------------------------------------------------------------------------------------------------

---------------------------------------------------------------------------------------------------------------------------

---------------------------------------------------------------------------------------------------------------------------18

Nitrile glove manufacturer

Advanced materials developer for energy storage

Specialty lubricants manufacturer

Development of graphene-based nitrile

glove for improved mechanical properties Plastics

additives

Development of graphene-based lubricants

for improved thermal conductivity propertiesNanofluids

Development of graphene-based conductive

ink for PCBConductive

inks

Development of silicone graphene anodes

for the next generation of lithium-ion

batteries

Li-ion Battery/

ultracapacitors

---------------------------------------------------------------------------------------------------------------------------

Male contraceptive device manufacturer

Rubber additives

Development of the world’s thinnest male

contraceptive device with enhanced comfort

and outstanding safety aspect via graphene

technology

PVC-O manufacturer Plastics additives

Development of graphene-based PVC-O

for construction

Electronic packaging provider

Business Nature

*NDAApplication ProjectYear

---------------------------------------------------------------------------------------------------------------------------

2015

Projects identified under the NGAP2020 Program

19

20

---------------------------------------------------------------------------------------------------------------------------

----------------------------------------------------------------------------------------------------------------------------

21

Provider of public transportation urban transport solutions

Oilfiled specialty chemicals and additives manufacturer

Development of graphene-based ultracapacitorpackaging for electric vehicle (EV) applications.

Plastics additives

Development of graphene-based chemical additives for drilling fluids

2016

22

---------------------------------------------------------------------------------------------------------------------------

---------------------------------------------------------------------------------------------------------------------------

Construction company Development of graphene-based admixture for building’s concrete

Development of graphene-based lubricant additive for automotive application

Lubricant manufacturer for automotive application

Nanofluids

Nanofluids

Li-ion Battery/

ultracapacitors

Business Nature

*NDAApplication ProjectYear

Nanowire: electronic devices and sensors

Food & Agriculture Electronics,

Devices & Systems

Energy &

Environment

Wellness, Medical

& Healthcare

Nanofiber(Filtration system)

Food

processing and

management (smart packaging)

Nano-

encapsulation(Bio-active ingredient

detection and

database)

Nanosensors(Scalar sensors &

system)

Nanolectronics(Processors, NEMS)

Nanodevices(Phones, cameras

etc.)

Advanced

materials(Nanogenerators,

Nanochip)

Packaging and

systems(Nanonetworks for

healthcare

applications, RFID)

Drug delivery(Nanomedicine,

biosensors)

Li-ion battery

anode / ultra-

capacitors(Power system)

Antimicrobial

applications(Antimicrobial assays)

Green energy

and power

technology(Sensors for alternative

power sources)

Nanoparticles and Bionanotechnology Platform (wearables development)

CNT: Nanotechnology engineering and nanocomposite application

Graphene: Nanotechnology engineering and nanocomposite application

1 2 3 4

Commercialization through 4 Jump Start Sectors

Food & Agriculture Electronics,

Devices & Systems

Energy &

Environment

Wellness, Medical

& Healthcare

1 2 3 4

Alignment with NKEAs of Economic Transformation Programme (ETP)

GNI GNI GNI GNI

Oil, Gas

and EnergyHealthcare

Electrical &

ElectronicsAgriculture

Incremental GNI

by 2020

RM35 billion

Incremental GNI

by 2020

RM131 billion

Incremental GNI

by 2020

RM53 billion

Incremental GNI

by 2020

RM29 billion

Additional Jobs

by 2020

181,000

Additional Jobs

by 2020

52,300

Additional Jobs

by 2020

157,000

Additional Jobs

by 2020

109,335

Enabling industries

through Nanotechnology20

EPP Highlights

Increasing solar module producers 7

EPP Highlights EPP Highlights EPP Highlights

Enable EV component manufacturing18

Building up renewable

energy and solar capacity10

Creating supportive ecosystem

to grow clinical research2

High-value Herbal

Products1

Four (4) patents filing pending project continuation

and completion

Seven (7) high impact manuscripts

23 trained researchers from 10 Universities and were

sent in batches every 6 month- 1 more batch to be

sent to complete the 3 years project

Activation of Post-Almaden Programme (through

NanoMalaysia Alumni) targeting:

- Technology licensing;

- Product development & clinical trials; and

- Commercialization

Technology development with Malaysian Bionexus

Company for commercialization addressing non-

communicable diseases

MOSTI aims to collaborate with MOHE until the

products are commercialized successfully

The NanoMalaysia-IBM Research Collaboration Program

has progressed for almost three years and has

performed very well. This program is based at the IBM

Research Centre, Almaden, USA and is fully sponsored

by the Ministry of Education (MOE) Malaysia. A complete

value chain from research to the market has been

identified for the applications developed through this

program.

Current Achievements

1

2

3

Background

Way Forward

1

2

3

The Development of Antimicrobial Coatings & Drug Delivery Systems

Nanotechnology is

used in engineering-

desired textile attributes.

Natural

Thermo

regulating

Odor-

resisting

Anti-microbial

Anti-static

1

2

3

4

Potential adoptersFeatures &

Benefits

Nanotechnology in

Textiles

Nano-silver particles is used as coating in

nanofabrics industry:

their powerful ability to kill

bacteria and fungi, and to

prevent the nasty odors.

1

Nanotechnology is

providing clothing

manufacturers with new

dimensions of design to

work with.

2

Nano-enhanced clothing will become more

visible part of our lives

3

e.g

Water and

stain

resistant

11513.6

[1] Nanotechnologies for the Textile Market

[1]

Projected Market for nano-textiles

2017 ($B)

Market for nano-textiles 2007 ($B)

NanoTextiles

Revolutionizing Textile Industries through Nanotechnology

(Tack guard, stain

resistant and fabric

protection; protective

work clothing, repelling

water and spills from

beverages with excellent

quick-dry)

(Enhancing

nanotechnology to

textiles in order to

produce a range of

breathable fabrics)

(Improved performance

while preserving fabric

strength plus wrinkle

free treatment)

(Infused ion and

enhanced nanofiber

fabric will give you

excellent dry touch with

breath and cool effect

and good ventilation)

(Nano-Anti-microbial

technology, nano-silver

coating with UV

protection)

(Anti-static garment

manufacturing;

membrane for

protective clothing from

electrostatic discharge)

(Nanotechnology

enhanced fabric to

paralyze insects and

bugs by damaging

their nervous systems

when they come in

direct contact)

Premium apparelUndergarments/socks

Accessories

Office wear

Sports attire

Kids apparel

Premium apparel

Kids apparel

Women apparel

Sports attire

Hygienic clothing

Classic & essentials

Special purpose

essentials

Low High

Readiness &

Applicability

RFID technology(in garment)

Durable and light

weight

Breathability /

Cooling

Water repellenceAntibacterial / odour

resistance propertiesAnti static properties

Insect repellent Flame retardancy

Military clothing

Military clothing

Travel clothing

Kids apparel

Functionalized Fabricsusing Nanotechnology

Market reviewFeatures & Benefits

14.710.7[1]

$ Dollar

Market volume 2015

Market volume 2016

Revenue

representing a

compound annual

growth rate (CAGR) of

5.6% between 2016

and 2021.

Nanocomposite Thermal

Conductivity Substrates

Key technical advantages of nanotechnology inclusion

Cost Savings to

ConsumersLonger lifetime of LED modules

and products. LED’s life more

than 40,000 hours with no

maintenance.

1

2Superior Heat RemovalHeat dissipates more rapidly

through Nano-Composites than

conventional metallic substrates.

4Substrate for High

Power ElectronicsIncrease product

performance at lower cost.

3Efficient Thermal

Management SystemUnique LED mounting

technology enable cooler LED

junction temperatures and

higher product efficacy

.

A project under the Electrical and

Electronics Economic Transfomation

Programme NKEA E&E, supported by

the Ministry of Science, Technology

and Innovation, Malaysia

Market volume 2021

[1] Global Market for Thermal Management Technologies 2016-2021 - Research and Markets

5.6%

Agriculture Attributes

toward agricultural nanotechnology The Enabling Catalyst

Nanotechnology

Oil Palm(Oil palm ash (OPA,

POME)

Forestry

PaddyRice husk ash

(RHA)

Direct Impacts

Nanotechnology-enabled products

Rubber

Complex R&D Research networking

technology captures

wider interaction

Waste to wealth Crafting value and concept

toward environmental

sustainability

Full value chainSocial/people economy

Active

nanostructures

(2010-2020)

Chemicals(catalysts, additives,

precursors)

Materials(Graphene. Nanofiber,

nanocellulose)

Biofuel(Ethanol, biodiesel,

biogas, biomass, bio-oil)

Natural/organic

Environmental

benefits

Reduction of

CO2 emission

Reduction of

energy

Market reviewFeatures &

BenefitsPotential adopters

1.76 bn1.3 bn[1]

[kilo tons]

Market volume 2014

Market volume 2020

Revenue

> 4.4% CAGR By 2020

• Rice husk ash (RHA)

2

1

NanoSilica

Zeolite

i. Reduces consumption of coagulation

ii. Sustainable Source from Rice Husk Ash

iii. Molecular sieves for water

iv. 30% increase in oil and gas yield

v. 35% increase in production efficiency

Benefits of Rice Husk Nanomaterials

Eco Friendly

Technology

[1] Transparency Market Research : Global Synthetic Zeolite Market by 2020

[2] Zeolites: 2015 World Market Review and Forecast

Synthetic Zeolite Market Share

Catalyst

Adsorbents/

Dessicants

Detergent

builders73%

17%

10%

[2]

Rice husk are

generated from

the rice

cultivation.

Silica is the

major inorganic

constituent of

the rice husk.

Filtration

Rubber

additives

Drugs for pest

control

Oil and gas

Concrete mixtureAerogel

Nanosilica and Zeolites

• Oil palm ash (OPA)

Key technical advantages of nanotechnology inclusion

NanosilTech Sdn. Bhd.

Potential adopters

Nanofiber is used in

engineering-desired

textile attributes; different

levels of breathability and

water resistance.

3

4

Nanofiber membrane from biopolymers can be

used as a bioactive

material or drug carrier;

provide significant

bioavailability

improvement

Nanofiber’s main

applications for inorganic

nanofiber usage are

catalysis (e.g.

photocatalysis), electrode

materials, sensors,

nanocomposites, etc.

11513.6

[1] Nanotechnologies for the Textile Market

[2] The Global Nanofibers market: Trends, Drivers and Projections

[1]

Projected Market for nano-textiles

2017 ($B)

Market for nano-textiles 2007 ($B)

Market reviewFeatures &

Benefits

Compound Annual Growth Rate

(CAGR) of 28% and market projected

to reach US$ 1.0 Billion by 2020.

28%

1

2

Nanofiber webs’

features in all other filter

media technology; high

mechanical filter

efficiency and high dust

loading capacity

• Largest

nanofiber

market

Asia Pacific

Others

Energy

Chemical & mechanical

2005 2014 2018

[2]

Growing demand for

air & liquid filters

Market trends:

√Use of Catalysts in

industrial sectors

√Prominence of energy

storage applications

√Demand for

nanofibers in

performance

apparel

Nanofiber

Demand – to – Solution Model

Waste – to – wealth value chain

Downstream applications

Nano-structured / graphene

energy storage with management

/ monitoring system

Biorefinery / gas plants to help

in clean up waste and generate

energy

New encapsulation for herbs

and biomedicine

Nano-based catalysis for for

agriculture from biomass

conversion

Execution

Collaboration with SMEs for joint development

and commercialisation

Commercial Potentials

Demand and supply driven

Nano-fibrous / Graphene based

membranes for waste water

treatment

Nano-based or Graphene

Enhanced tires

POME to Methane

PO

Plantation

Palm Fruit Bunch

Processing

Crude Palm Oil (CPO)

Global

PO provider

Dirt & Light shell, Fiber,

cracked mixture, EFB,

hydrocyclone products

1 tonne of FFB

~ 0.5 tonne of POME

● Exponential market forecast

by sectors

● Market expansion to

$ 200 M by 2025

● 25,000 patents

filled in the past 10

decade

Food &

Agriculture

Medical &

HealthEnergy &

Environment

[1] Graphene and 2D Materials: Markets,

Technologies and Opportunities 2015-2025

[1]

40 %

Electric &

Electronics

Palm Oil mill Effluent

(POME)

Nanomaterials

Graphene

EFB

(Nano-cellulose)

Hydrogen

Anyone

Anybody

Any DeviceAnytime

Any Context

Any Place

Anywhere

Any Path

Any Network

Any Service

Any Business

The interconnection:

New networking

paradigm

Rapid growth of

communication &

technologies

A scalable

approach to

connect everything

Industry projections for Global Economic

Value of the Internet of Nano-Things in 2020

[1] “The Internet of Nano

Things (IoNT) is expected to

grow from $4.26 billion in 2016

to $9.69 billion by 2020”

[2] “The Internet of Things

(IoNT) and Advanced

materials (nanotechnology)

are potentially economically

disruptive technologies by

2025”

[1] Internet of Nano Things Market, by sectors -Worldwide Forecast & Analysis (2016-2020)

[2] ‘Disruptive technologies: advances that will transform life, business, and the global economy’, McKinsey

Global Institute, 2013

Compound Annual Growth

Rate (CAGR) of 22.81% from

2016 to 2020.

2

12 Disruptive technologies

by 2025

√

√

The Internet of Things (IoT)

Advanced materials

(Nanotechnology)

22.8%

Internet of Nano-Things (IoNT) Ecosystem and Prospects

(Inter-connectivity and convergence with Nanotechnology)

[1] Internet of Nano Things (IoNT) Market poised to reach $9.69 Billion and to grow at a

CAGR of 22.81% by 2020

Energy &

environment

Fuel CellSolar cell

(Power

systems)

Rubber

additives

Nanofluids

Conductive

ink

NGAP

Graphene

Rubber

applications

in tyres, etc.

Food &

Agriculture

Memory

cards,

processors

Plastics

additives

(wearables)

RFID Tag,

Antennas,

transceivers

RFID Tag

Food

packaging

Graphene

Nanowire

Nanosensor

E&E

Medical &

Healthcare

Biosensors

Bio-active

ingredient

detection,

NFC etc

Nanomaterials in

electronic and

sensors devices

Food

technology

Nanomedicine

via Wireless

NetworksNanofibers

application

Li-batt &

ultracapacitorsProcessors,

NEMS

Nano-medical

wearable

devices

Towards

Internet of

Nano-Things

(IoNT)

[1] MarketsandMarkets, April 2014

√

√

Driving through solutions

Nanotechnology: The Enabling Catalyst

IoNT Ecosytem

Towards Internet of Nano-Things

Personalization

Food Quality/

Freshness

People – Content

Connectivity

Vehicle to

People/ Content

Connectivity

Energy

Efficient(Power

monitoring)

Higher Quality

Products,

Reduced

Manufacturing

Cost, Traceability,

Streamlining End

to End Processes

Improved

Urban

Mobility/

Connectivity

Wider

Interaction,

Improved

Lifestyle

Reduced CO2

Emission

Reduced Power

Consumption

Clean Water

New Business model

Sustainable

Agriculture through

modern farming

Waste to wealth

Continuous Evolution of Ecosystems through Internet of Nano-Things (IoNT)

Nano-enhanced textile

and advanced fabrics

√

√

Nanotechnology

Energy & Environment

Engineering

Nanostructured

Energy Storage(Nano Battery/ Ultrcap &

power monitoring and

management system

Internal

Maintenance(Water

purification and

pollutant

remediation)

Internal Control

Network & Sensors(Outdoor environmental

and soil condition

monitoring through nano-

sensor system and close-

loop control system)

Nano-Solar

Powered System (Lightweight

Nanostructured Light

Energy Panels for

enhanced power

generation)

Big Data Analytics(Interconnectivity for

remote data access

and management.

Agriculture growth /

health via sensors)

Wireless Network(System integration

application with

nano-enhanced

electronics to monitor

and control the

swiftlet habitat )

Low High

Readiness &

Applicability

Internet of Things (IoT)

solutions

Exterior(Nano-coating for

exterior protection;

outdoor

environmental

monitoring through

nano-sensor system;

& RFID tagging for

tracebility)

Internet of Nano-Things (IoNT) for Swiflet Farming

Nanotechnology

Energy & Environment

Engineering

Nanostructured

Energy Storage(Nano Battery/

Ultracap & power

monitoring &

management

system)

Internal

Control

Network(Nano-Sensor &

signalling

system with

Nano-Enhanced

Electronics)

Rubber Tires(Nano/Graphene

enhanced tires provides

lighter and mechanically

stronger tires allowing

the vehicle to cope with

steeper grades, Nano-

sensors for tire wear

monitoring system)

Nano-Solar

Powered Station(Lightweight

Nanostructured

Light Energy Panels

for enhanced power

generation)

Antibacterial Internal

Handrail & Seats (Nano-Anti-microbial

technology, nano-silver

coating)

Integrated Rail

System(Nano- Electronics &

Mechanical system

integration &

interconnectivity for

data management,

big data analytics)

Low High

Readiness &

Applicability

Exterior(Nano/Graphene

enhanced framework

for lightweight

composite enhanced

by Integrated Nano

Structural Batteries,

Coatings, Paints &

Performance

Monitoring System)

Internet of Things (IoT)

solutions

7

Internet of Nano-Things (IoNT) for Smart Transportation

Internet of Nano-Things (IoNT) for Smart Services

Rubber Tires(Nano & Graphene

enhanced tires;

lighter and

mechanically

stronger tires)

Smart configuration(Interconnectivity vehicle

to-home, vehicle-to-

person; cloud charging

and automated big data

content downloads &

applications;

enhancement through

nanoelectronics and

sensors)

Nanostructured

Energy Storage(Nano Battery/

Ultracap & power

monitoring & hybrid

engine and energy

management

system for EVs)

Exterior & overall

management(Nano coating for

exterior protection

and dirt resistance;

Nano-windshield

repellent on Glass;

Nano-forged chassis

- stronger & light

weight base for EV)

Nanotechnology

Energy & Environment

Engineering

Internet of Things (IoT)

solutions

Low HighReadiness & Applicability

Internet of Things(System integration of

applications with nano-

enhanced electronics for

connection to

infrastructure, retail,

healthcare and forecast)

Internal Control

Network(Various sensors to collect

physical data about the

vehicle and its

surroundings.monitoring

through nano-sensor and

close-loop control system)

Anti

bacterial

coatingNanotextile(uniforms)

Diagnostic

sensors & drug

deliveryNano filtration

technologies (air

and water)

Nano

protective

coating

Nano-Solar

powered system Infrastructure &

logistic

management (RFID)

Nano

protective

coating

Nano-Solar

powered system Nanostructured

energy storage(Power monitoring)

Nano

protective

coatingSensor indoor

& outdoor

monitoringNano-Solar

powered system Infrastructure &

logistic

management (RFID)

Anti bacterial

coatingSensor indoor

& outdoor

monitoringNano-Solar

powered system Infrastructure &

logistic management (RFID)

Nano

protective

coatingNanotextile(uniforms)

Nano filtration

technologies (air and water)

Nano

protective

coatingSensor indoor

& outdoor

monitoringNano-Solar

powered system

Infrastructure &

logistic management (RFID)Nano structured Light

Energy Panels (smart

lighting)

Nano

protective

coatingSensor

indoor &

outdoorBuilding materials(Green Building Index)

monitoring

• Construction

• Healthcare

Sensor

indoor &

outdoormonitoring

Sensor

indoor &

outdoormonitoring

• Commercial

• Hospitality• Transportation

• Education

• Leisure • Retail

• The First Internet of Nano-Things (IoNT) Smart Township in Malaysia

Energy Efficient

Internet of Nano-Things (IoNT) for Smart Township

SIRIM QAS

International• A wholly-owned

subsidiary of SIRIM

Berhad, Malaysia’s

leading certification,

inspection and testing

body

• Operator of the

programme

.

1

2

3

4

CertificationsLaunchCollaboration

1

NANOVerify Programme

BE TRUSTED, BE VERIFIED

NANOVerify Programmeis a voluntary certification programme

for process and product with claims of

nano-elements in the range of 1 to 100

nm (“nm” referring to nanometre).

NANOVerified is the mark

that will be awarded to the

processes and products upon

successful completion of the

NANOVerify programme, as

determined by Parties.

Nanotechnonology based Product

Verification & CertificationNANOVerify Programme

NanoMalaysia Bhd• A company Limited by

Guarantee mandated

to promote the

deployment and

commercialisation of

nanotechnology in

Malaysia

• Owner of the

programme

.

2

Launched by the Ministry of Science,

Technology and Innovation (MOSTI)

Y. Bhg. Datuk Dr. Ewon Ebin during

National Innovation Conference and

Exhibition (NICE) and 26th International

Invention & Innovation Exhibition (ITEX),

2015, on 22nd May 2015

Wipro Manufacturing Services (M)

Sdn. Bhd. Technology:

Safi Rania Gold Serum Konsentrasi

Microwell Bio Solutions Sdn. Bhd.

Technology:

Nano Fertilizer

MIMOS Berhad Technology:

CNT on Wafer

Nanopac (M) Sdn. Bhd.

Technology:

Nano Hybrid Socks

NANOVerify, a Program to ensure Governance and

Compliance

THANK YOU

NANOMALAYSIA BERHAD (955265-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, 50450 Kuala Lumpur.Tel : +603 2166 8849 Fax : +603 2181 8849Email : info@nanomalaysia.com.myWebsite : www.nanomalaysia.com.myFacebook : www.facebook.com/NanoMalaysiaBerhadTwitter : www.twitter.com/NanoMalaysiaInstagram : @nanomalaysia #nanomalaysia #nanoforall