FN Photocatalytic Technology

FN® Coating TechnologyCreating healthy environments

Advanced Materials JTJ, Ltd.

NANOTECHNOLOGIES FOR NEW MATERIALS, INNOVATIONS AND A BETTER LIFE

1. About Advanced Materials JTJ, Ltd.

2. FN® Coating Product Information

3. Know- How of Cheap nano TiO2 production

CONTENTS


1. About Advanced Materials JTJ, Ltd.


Our goal is development and commercialization of innovations utilizing the most modern scientific and technical advances in the field of nanotechnology.

We create revolutionary products of extraordinary usefulness and exceptionally high commercial potential.

We are seeking strategic partners that want to take advantage of our know-how and products in their own products and that have enough social, intellectual, technical and financial capabilities, along with ambition and courage, to bring new products to the world market.

Vision


One of top Czech nanotechnology companies Established in April 2003 in the Czech Republic Owners: Mr. Jan Prochazka Sr. & Mr. Jan Prochazka Jr. Registered & Production at Kamenne Zehrovice

(Central Bohemia Region, close to Prague) Prague Office & Laboratory: J. Heyrovsky Institute of

Physical Chemistry of the Academy of Science of the Czech Republic

History


1) New, economically efficient approaches to production of nanoparticles of titanium dioxide

2) Utilizing the photocatalytic properties of nano-crystals of TiO2 in coatings (FN ® Coating) to clean air, water and soil

3) High-capacity lithium batteries of a new design with a capacity per cell of more than 300 wh/l and exceptional safety

4) Preparation of nano-materials for production of batteries and capacitors

5) Powdered nano-materials for plasma spray coating

Our Projects


MEMBERSHIPS:- Czech Association for Applied Photocatalysis (European Photocatalysis

Federation)- Czech Association of Nanotechnology Industry- EU 7th Framework Programme Consortiums incl.:- 4G-PHOTOCAT Project (water decontamination in Asian Countries)- The American Ceramic Society, The Electrochemical SocietyAWARDS:- European Business Awards (2015/2016 Czech National Champion &

waiting European final)- Czech Innovation of the Year (2010, 2013)- nano tech 2012 Tokyo- Many other

Continuous Success


2. FN® Coating Product Information

CHEAPNANO TiO2

EFFECTIVEPRODUCTS

Triggers of the photocatalytic marketNANOTECHNOLOGIES FOR NEW MATERIALS, INNOVATIONS AND A BETTER LIFE

ORGANICS

(SMOKE, MICROBES, VAPOUR, ETC) + AIR OXYGEN

TiO2 SURFACE++ LIGHT

H2O + CO2

Eg ~ 3.2eV (higher oxidation potential than on chlorine)

PHOTOCATALYTIC COATINGS

CONVERSION OF LIGHT ENERGY INTO AN OXIDATION POTENTIAL ON TiO2 SURFACE

NANO TiO2 APPLICATIONS


All have wheels and rides.The difference in performance can be

seen at a glance!


These all have a photocatalytic effect.

But you do not notice a difference in efficacy at first sight.


First and Second Generation of Photocatalytic Coatings1. generation 2. generation-FN Coatings

RICE IN PUDING-PHOTOCATALYST COVERED BY THE BINDER-SURFACE BLOCKED

ACCESSIBLE SURFACE-BINDER COVERED BY PHOTOCATALYST


Comparison – Efficiency of Photocatalytic Products (%)1st generation

2nd generation

theoretical maximum


Protectam FN® - 85% of Max. Theoretical Efficiency

• patent protected on all major global markets

• sales in 20 countries • certified and tested

The coating creates a highly porous 3D spatial microstructure on the surface of which are securely anchored TiO2 nanoparticles. The layer shows a highly oxidative effect caused by the photocatalytic properties.

STRONG AIR PURIFYING, SELF-CLEANING, DISINFECTING AND ANTI-GRAFFITI EFFECT


FN® INDOOR

clean the air of allergens and other harmful substances which are vaporized from furniture, plastics, adhesives and other materials in the interior of buildings (perfectly effective even at very low concentrations of substances);protect people inside buildings against smog and harmful substances that enter from outside air into the interiorremove unpleasant odorsreduce the risk of transmission of airborne infections - reducing of sickness rate

provides protection against the evolution of highly resistant bacteria strains on the ceilings and walls of medical facilitiesprotection against the settling and growth of molds and yeastsreduce deposits of fatty dirt in air-conditioning system


FN® INDOOR USE nursery schools hospitals surgeries

seniors' homes restaurants and canteens veterinary clinics

offices and public spaces households hotels

food production animal husbandry industrial operations


FN® OUTDOOR EFFECTSCleans the air from pollution caused by transport and industry, protects human health and the environment.

Creates a self-cleaning surface. Walls, roofs and other objects painted FN remain long clean. FN surface prevents gradual soiling with soot and dust from air pollution.

Prevents overgrowing the surface of mold, green algae, moss and lichen.

Protects the treated surface from degrading effects of ultraviolet radiation

Creates anti-graffiti surface. (Graffiti can be easily removed from it and are difficult to create on it).

SURFACE PROTECTI

ON

SELF CLEANING

AIR CLEANING

ENVIRONMENTAL BENEFITS

ECONOMICAL

BENEFITS


FN® OUTDOOR USE

facades walls roofs

concrete and stone construction of bridges

noise barriers (and other elements of the transport

infrastructure)concrete, walled and wooden fences

stone and concrete sculptures concrete containers for trees and shrubs

outdoor air purifiers (special structures for outdoor air

cleaning)


PROPERTIES AND CERTIFICATION

OTHER ATTRIBUTES:• high vapor permeability• high adhesion to the surface• durability several decades• removability without damaging the surface• a photocatalytic function is mediated at a thickness of

less than one micron• physical effect (absolutely no chemicals preparations)



3. Know- How of Cheap nano TiO2 production


manufacturing price < $2,000/tonThe current average manufacturing price: $ 10,000/ton

TiO2 - NANOANATASE LOW-COST INDUSTRIAL SULFATE MANUFACTURING PROCESS

TiOSO4

Hydrolysis Ti-hydrate paste

Ti(OH)4

H2SO4 Waste

Phosphorus doping(H3PO4)

P-dopedTi-hydrate

Drying

CalcinationDeposition of

active substances on

the TiO2 surface Final processing

(granulation, pelletizing,pressing, micronization, etc.)

Product

TiOSO4


Ti(OH)4

H2SO4 Waste


P-dopedTi-hydrate

Drying





Product


NON-COMPLICATED TRANSFORMATION OF THE SULFATE PIGMENT PROCESS

HIGH TEMPERATURE METHOD

LOW INVESTMENT COST

NO ENVIRONMENTAL IMPACT

Patents granted in:USA US 8,435,915; China CN101952014; Czech Republic CZ 301315; EP patent underway

TiOSO4


Ti(OH)4

H2SO4 Waste


P-dopedTi-hydrate

Drying





Product

TiOSO4


Ti(OH)4

H2SO4 Waste


P-dopedTi-hydrate

Drying





Product

PATENTED

PARTNERS

HIGH QUALITY PRODUCTSNANOTECHNOLOGIES FOR NEW MATERIALS, INNOVATIONS AND A BETTER LIFE

HIGHLY CRYSTALLINE

PHASE PURE NANO ANATASE

SMALL PARTICLES

UNIFORM PARTICLE SIZE DISTRIBUTION

CONTROLABLE PARTICLE SIZE

OPEN MORPHOLOGY – HIGHLY ACCESSIBLE SURFACE

DISPERSIBLE

EASY INCOPROPRATION INTO PRODUCTS

THERMAL STABILITY

RESOURCES

United States Pharmacopeia (USP) GRADE NANO ANATASE


ALTERNATIVE TO VERY EXPENSIVE USP NANO-RUTILE!!!

200nm200nm

Phosphorus doping

Drying

Calcination

USP grade TiO 2 nano-anatase base

Dispersion (wet milling)

Wet surface treatment

Washing/ filtering

Drying

Micronizing

Dispersion in oil or aqueous media

Product for use in cosmetics

10

20

30

40

50

60

70

80

90

1

2

4

Waste3

Separation of P-doped titanium hydrate–

Ti(OH)4

TiOSO4+H2O Ti(OH)4+H2SO4

Separation of P-doped titanium hydrate –

Ti(OH)4

Phosphorus doping

Drying

Calcination

High surface area USP grade TiO2 nano-anatase base

H2SO4

Washing and filtration Impurities

12

3

4

5

10

20

30

40

200nm200nm

MEETS USP REQUIREMENTS, WHILE PRESERVING LARGE

SURFACE AREA!!

THANK YOU FOR ATTENTION!

Advanced Materials-JTJ, Ltd.273 01 Kamenne Zehrovice 23

Prague Office: 182 23 Prague 8, Dolejskova 2155/3Czech Republic

www.amjtj.comwww.fn-nano.cz

www.fn-nano.com

Pavel ŠeflTel: +420 724 339 369

E-mail: [email protected]


http://www.amjtj.com/

http://www.fn-nano.cz/

http://www.fn-nano.com/

Documents

FN Photocatalytic Technology