High efficiency technology of solid materials with well-ordered atomic structure and specified functional

properties

ARMOLED Ltd.

Affiliated company of Mendeleyev University of Chemical Technology of Russia

MarketCustomers of our technology produce:

Semiconducting and photonic crystals for X-ray detectors, photosensitive matrix and lasers operating in UV, VIS and IR spectrum range

Construction materials for medicine, mechanical, chemical and petrochemical engineering (НТО «ИРЭ-Полюс», IPG Group, Freiberger Compound Materials

GmbH, Umicore, Saint-Gobain. Totally more than 100 manufactures)

Key-features of the proposed technology of functional solids from liquid

• High efficiency transformation of low-frequency vibrations into chemical energy

• Full control of liquid structure • Solid material with well-ordered, desired atomic structure and record-

breaking properties

General idea

Energy-saving technology for production from liquid functional solid materials with atomic size well-ordered

structure

There are a lot of solutions in which mechnical oscillations are the key-feature of an efficient technical device

On the base of fundamental research we found out the reasons for efficiency action of low-frequency vibration generated by oscillation of solid body submerged in liquid

LF vibrations could change the liquid structure

Cluster in the melt /liquid

E~ 200÷600 J/mole

Melt/ Liquid

ΔHm~103÷104 J/mole

Crystal

melting dissociation

Most liquids have their own structure which depends on chemical composition and external parameters (t, P, etc.)

General idea

Energy-saving technology for production from liquid functional solid materials with atomic size well-ordered

structure

There are a lot of solutions in which mechnical oscillations are the key-feature of an efficient technical device

On the base of fundamental research we found out the reasons for efficiency action of low-frequency vibration generated by oscillation of solid body submerged in liquid

Cluster in the melt /liquid

ΔHm~103÷104 J/mole

Crystal

melting dissociation

Most liquids have their own structure which depends on chemical composition and external parameters (t, P, etc.)

Melt/ Liquid

LF vibrations could change the liquid structure

We need just 20-30 W*h of AVC power to change the structure of 1 kg of

semiconducting melt

We need just 20-30 W*h of AVC power to change the structure of 1 kg of

semiconducting melt

E~ 200÷600 J/mole

Fine structure single crystals of semiconductors and dielectrics of chemical compounds

Composite polymers and ceramics Hybride materials High efficient extraction technology

Energy-saving technology for production from liquid functional solid materials with atomic size well-ordered

structure

The proposed technology let Russia eliminate dependence from foreign Producers and restore key position in Hi-Tech productionThe proposed technology let Russia eliminate dependence from foreign Producers and restore key position in Hi-Tech production

Field of ApplicationElectronics – crystal growth technology (Rubicon Technology ,

Lumilog, Rainbow Photonics AG, Selex)Medicine – extraction of labile enzymes (Monsanta, Bayer)Mechanical engineering – super-alloys production (Rolls Royce,

Doncasters)Chemical and petrochemical engineering – pumping of pseudo-solid

residuals, oil-water separation, non-catalitic lowering of reaction activation energy (Роснефть, Лукойл, Газпром)

ARMOLED Ltd. team

We made turnkey technologiesThe full cycle of technology development for the production of

nanostructured functional solid materials with specified characteristics in association with D.Mendeleyev University

- Numerical simulation of the process (Team 1)- Physical modeling of the process (Team 2)- Design and production of the process set-ups (Team 3)- Pilot batch production (Team 4)- Material Analysis and Testing (Team 5)- Project documentation development (Team 6)

Roman Avetisov CEO

Andrei Sadovskiy R&D Head

Stanislav Belov Design and Production

Supervisor

We offer the approved engineering solutions for high quality crystal

growth technology and production of nanostructured functional solid materials from liquid

We know what to search, how to adjust the AVC configuration for a

certain process, and how to predict the positive (or negative) application of AVC technique to a certain substance or process

We need manufacturing capabilities for production and replication of

the key-unit of the proposed technology ($ 2 000 000) an operating platform for testing of specific technological

tasks of the Customer ($ 1 310 000)

ARMOLED Ltd. team

Modeling of NaNO3 crystal growth 0 m/s2 0.313 m/s2

0.392 m/s20.265 m/s2

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