PRESENTATION COMPANY Quantag at a Glance ESTABLISHMENT IP More - - PowerPoint PPT Presentation

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PRESENTATION COMPANY Quantag at a Glance ESTABLISHMENT IP More - - PowerPoint PPT Presentation

T a i l o r - M a d e N a n o s t e e i c g h o n o l PRESENTATION COMPANY Quantag at a Glance ESTABLISHMENT IP More than 20 patent applications, 10 issued OPET Petroleum spin-off in EU, US and Japan Founded in


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T a i l

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a d e N a n

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e c h n

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COMPANY PRESENTATION

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Quantag at a Glance

OPET Petroleum spin-off Founded in February 2014 Equity of Ozturk & Koc Groups Highly qualifjed R&D scientists Chemists, materials scientists, electronics engineers HQ in Istanbul Research labs in Izmir and in Koc University (Istanbul) More than 20 patent applications, 10 issued in EU, US and Japan On quantum tagging, quantum dot synthesis and mass production ESTABLISHMENT TEAM IP LOCATIONS

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Company Ownership Structure

Koç Group

  • Turkeys largest industrial group
  • $80 billion consolidated turnover
  • Only company in Fortune 500
  • Active in Energy, Automotive,

Consumer Durables, Finance and Tourism sectors Ozturk Group

  • Established in 1980
  • Active in Energy, Logistics, Tourism and

Construction sectors

  • $11 billion combined turnover

Opet Petroleum

  • Equity of Koç and Ozturk Group
  • Turkey’s #1 fuel distribution company
  • $8 billion consolidated turnover
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Quantag Nanotechnologies

At Quantag, we turn cutting- edge nano-science into functional industrial solutions for

  • ur stakeholders

Tagging of products with quantum dots and real-time detection of these quantum tags with ultra-sensitive sensors. Real time tracking and authentication of products with quantum tagging technology

small that is big what we do tags of future

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Core Technologies

Visible Near-infrared Surface tailored QD mass production Cost effective High product quality Fully automated Real-time detection High sensitivity Compact Low cost

Quantum Dots (QDs) Continuous Flow Production

Optical Sensor Systems

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Quantum Dots

P O R T F O L I O

  • Fluorescent nanocrystals with unique optical properties
  • Particle sizes between 2 and 20 nm
  • Respond to excitation with their unique color
  • Color can be tuned by controlling particle size, chemical

composition and surface chemistry « Non-visible (Near-IR) Visible »

2nm 2,5nm 3nm 5nm 6nm 450 500 550 600

« Heavy-Metal Free Metal Free »

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Continuos Flow Production

  • Conventional (batch) production methods: Low quality/cost ratio

upon scaling-up due to poor control on process parameters

  • Quantag’s continuous fmow production system: The reaction is

carried out continuously inside micro-fmuidic channels, with a fully automated fashion

  • Fully automated
  • Excellent control on process parameters
  • Produce unique quantum dots
  • High volume & high quality production
  • Lower production costs
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Sensor Systems

  • Specifjcally tailored to detect quantum tags on-line

and real time

  • The fjber optic based sensors illuminate the digital tags,

receive required information, process them instantly and can transfer them to a remote location

  • Detection of quantum tags in very low concentrations:

Decreased cost of tagging

  • Real time detection
  • High sensitivity
  • Low cost of tagging
  • Easy to integrate via fjber probe
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Quantum Tagging Technology

  • Quantum Tagging: A novel method to identify and authenticate

products

  • Quantum dots are employed to create secure and unique tags
  • These tags can be read by ultra sensitive Quantag sensors

real time at the point of use

  • High security authentication can be achieved in a cost

effective way

  • Quantum Tagging can be applied on or in products with inks,

polymers, resins, solvents and etc.

  • Genuine products, brands and valuable documents can be

protected

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Quantum Tags

Quantum Tags are created by employing multiple QDs and taking advantage of their unique independent and interdependent characteristics

  • Unique optical & electrical characteristics create unique tags
  • Multi-level security
  • Cannot be analyzed via conventional methods
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Quantum Tagging Technology

Quantum dots / tags can be directly incorporated in products. Liquid tagging and solid tagging are two different types of in product tagging

Quantag is highly experienced on using Quantum tagging technology in functional fmuids that are being used in vehicles. Throughout the distribution cycle, the liquid products like

  • il,

fuel, adblue

  • r

chemicals can be authenticated and tracked real

  • time. Liquid Tagging applications

include; Adblue Tagging Fuel Tagging Engine Oil Tagging In order to authenticate polymer & plastic products such as auto parts or casino chips, Quantum Dots / Tags can be incorporated in them during manufacturing process.

Quantum dots / tags can be incorporated in inks or polymers and then applied on the products with various printing techniques. Genuine products, brands and valuable documents can be protected with quantum dot authentication technology.

On Product Tagging In Product Tagging

Liquid Tagging Solid Tagging

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In Product Tagging: Liquid Tagging

  • Fuel, oil or other chemicals can be tagged using quantum dots and can be tracked throughout the distribution cycle
  • Fiber optic sensors to all liquid transfer points
  • Multiple information possible using a single tag
  • Reduces operational cost

Real Time Detection Sensor Can be Integrated to Liquid Transfer Points Real Time Detection Throughout the Distribution Cycle PATENTED

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On Product Tagging

Eye Control High Security Control Using Quantag Sensor Daylight Normal Camera UV Light Infrared Camera NIR Camera Control

Quantum Tagged Polymer Quantum Untagged Polymer

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Conclusion

  • Authentication with quantum tagging technology offers a wide range of possibilities
  • Can be applied to various products from valuable papers to historical artifacts, fuel products to

specialty plastics

  • Can be applied in many forms: Neat, in liquids, in resins, as polymer masterbatch…
  • Many screening options are available from viewing with naked eye to complex algorithms via sensor
  • High sensitivity of the sensor provides screening at concentrations as low as ppb levels
  • Unique optical properties of QDs combined with complex reading algorithms of sensor makes

quantum tagging extremely diffjcult to replicate

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