Project objective is to develop radically new equipment and technologies for intensification of oil pro-duction and enhanced oil recovery based on present day achievements in ultrasonic and information tech-nologies and render services to oil producing companies through the use thereof. Advantages of the technology for the consumer: unlimited frequency of application, selective impact on bottom-hole area intervals, possibility to monitor and control the results of bottom-hole area treatment and realization of modern trend of “intelligent well”.

1. ILMASONIC -SCIENCE LLC, 2016

2. 1. Declining oil production and increased
consumption
0
10
20
30
40
50
60
1 2 3 4 5 6 7
50,2
42,6 42,4
38,7 36,8
44,1
34,437,2 35,3
32,9
21,4 19,7 19 18,2
Проектный КИН Достигнутый КИН
Recovery factor (RF)
Achieved RF
3. Low oil price and increased of production costs
0,00 1,00 2,00
2000 г
2012 г
1,00
1,67
Cost of Oil Production
2
2. Low recovery factor
4. Lack of production enhancement technology for horizontal wells.
Projected RF
1. Samarskoye, 2. Bashkortostan, 3. Tatarstan,
4. Permsky, 5. Khmad, 6. Orenburgskaya, 7.
Udmurtskaya

3. Geophysical downhole device (GDD)
Downhole acoustic device (DAD) Power and control module (PCM)
Objective: To develop a new technology for production enhancement based on the
latest development of ultrasound and information technology.
Product: Complex ultrasonic influence on the oil reservoir (USIOR Complex)
Patent AWLT №2521094 was granted on 10 April 2013

4. The Downhole Acoustic Device (DAD) and Geophysical
Downhole Device (GDD) are run in combination in the
well:
 To clean the production zones from formation damage
(fine migrations and scales, asphaltenes & paraffin
deposits) and to reduce the skin factor
 To change the fluid rheology
P&CM GPHT
Tubing
DAD
GDD
The deployment procedure in vertical & low deviated
wells is similar to that of the logging & perforating
procedure.

5. 1. Geophysical downhole device;
2. Ultrasonic emitters;
3. Oil bearing formation;
4. Coil tubing injector;
5. Coil tubing
6. Hoist unit;
6
3
4
5
1 2
The emitters within the DAD are connected by a special
design that provides greater flexibility of the device, so
that it can be spooled onto a drum, similar to the coil
tubing. This stackable configuration can be made up to
50 m of emitters.
The most relevant application of this
configuration is for a deployment in
horizontal wells (e.g. shale oil).
There are about 3,000 wells in North
Dakota (USA) requiring this
treatment.

6. Target market segment: services for enhanced recovery of oil cleaning of bottom-hole
vertical and horizontal wells.
The main consumers of technology: oil and gas companies
ORM and IOPM , billion USD:
(Visiongain)
19,32
28,32
44,54
0 10 20 30 40 50
2012 г.
2017 г.
2022 г.
Annual commercial potential for the USIOR technology:
90 000 jobs a year in Russia, equivalent to 1,3 billion USD.
900 000 jobs a year in the world, equivalent to 11,0 billion USD.

7. Parameters Conventional DAD Solutions
The efficiency of transmitting the
acoustic energy in the radial direction
30-50% 85%
Patented & special design of
the emitter (know-how)
The acoustic energy / intensity
transmitted from the tool [W/cm2]
3 10
The depth of penetration of the acoustic
energy [m]
0.5 to 1 1.5 to 2.5
The possibility of creating a downhole
tool of any length
No Yes
Elastic connection of the
emitters
Real time feedback during deployment No Yes
Use of special geophysical
instrument
Openness and transparency of the
technologies and deliverables for the
customers
No Yes
Remote monitoring system
(cloud)

8. Project
0
0
0,1
10
Wt/sm2
meters1 2
Calculation formula:
Z1=ρ1*c1
Z2=ρ2*c2
β=4*Z1*Z2/(Z1+Z2)2
I2=I1*β
I3=I2*e-2δh
1,0
0,2
10
5
1,5 Analogues
Wave propagation
Power minimum
I1 I2 I3
I – radiant power, Wt/sm2

9. 0,0
0,5
1,0
1,5
УЗВП Прочие технологии
The costs of processing bottom-hole zone
of the customer
95%
75%
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
УЗВП Прочие технологии
The success of the treatment
USIOR
USIOR
Other technologies
Other technologies
In addition:
 openness and transparency of the process and deliverables for the customer;
 high environmental friendliness.

10. Confirmation of readiness to apply the USIOR technology received from
Aganneftegasgeologiya, Varyiganneftegas and Smotlorneftegas
ILMASONIC-
SERVICE LLC
Oil field service
company
ILMASONIC-
SCIENCE LLC
Designer and
producer of the
equipment
Service
consumers
Lease of the
UTF
complexes
Service,
training,
development of
the equipment
Services for
intensification
of oil
production
Geophysical
information
services
Commercialization: providing services to oil-producing companies

11. Promotion:
Exhibitions, seminars and conferences;
Publications in mass media;
Speaking at the customers’ technical and scientific seminars;
Propaganda in specialized Scientific-Research institutes and
educational institutions;
Participation in technology platforms.
Implementation:
Cooperation with customer’s top-management and specialists;
Collaboration with major oil field service companies;
Partnership with highly specialized oil field service companies;
Pilot testing.
The access to foreign markets through partners, working abroad(Petrosound
Technologies and other)

12. Ф.И.О. Образование, ключевой опыт работы Роль в проекте
Saltykov
Alexander,
PhD in Technical
Sciences
Establishment of the oil field service company from
scratch, marketing research, development and
implementation of the UTF equipment and
technologies.
General Director
Project manager,
marketing
Saltykov Yury Opening of branches, pilot testing USIOR.
Over 25 years experience in oil companies.
Deputy General Director
Commercialization of the
project
Zhuykov Yury,
PhD in Technical
Sciences
Development and implementation of the ultrasonic
waves complex on the territory of Russia, USA and
China. Over 40 years experience in the Scientific
Research institute on the subject matter of the
project.
Chief technologist
Development of
technology USIOR

13. Key activity
Development
USIOR
Implementation
Lead time
2016 2017
2018 2019 2020 2021 2022
III IV II III
Research and development
1. Preparation of laboratory facilities for manufacture and testing of
the layout of emitters DAD
˅
2. Production and testing of maquettes of the emitter for the
acoustic well logging device
˅
3. Creation of testing and production facilities for prototype ˅
4. Development, production and testing of the development
prototype of the USIOR complex
˅
5. Pilot testing of the USIOR complex ˅
Marketing and implementation
1. Establishment of the oil field service company ˅
2. Opening of branches of the oil field service company ˅ ˅ ˅
3. Entry to the foreign market – establishment of affiliate oil field
service companies
˅ ˅
Financing, mln. RUR 7,0 16,6 12 11

14. 1st stage. Development of emitter DAD – 7.0 mln. RUR / 6 months.
2nd stage. The prototype creation USIOR – 16.6 mln. RUR / 6 months.
Commercialization of the project – 23 mln. RUR.
(creation and equipment of oil services company).
14
Financial indicators of the project
‐100 000 000,0
0,0
100 000 000,0
200 000 000,0
300 000 000,0
400 000 000,0
500 000 000,0
600 000 000,0
700 000 000,0
800 000 000,0
2016 2017 2018 2019 2020 2021
ЧД
ЧДД
NV
NPV
(Discount 40%)

15. Offer to investor: share in IMS-SCIENCE LLC to 30 %
Sale of
shares
The technology if of interest to oil service companies such as Weatherford, Integra, Oil
drilling service, etc. that are ready to become our strategic partners

16. Saltykov Alexander
Director General
ILMASONIC‐SCIENCE LLC
Alexander.Saltykov@ilmasonic.com
+7 926 577 51 55
Skype: saaims12
Saltykov Yury
Director General
ILMASONIC‐SCIENCE SERVICES LLC
Yuriy.Saltykov@ilmasonic.com
+7 925 180 52 12
Skype: yurij1961
Maria Antarisa
Director
ILMASCIENCE SERVICES LTD
Maria.Antarisa@ilmasonic.com
+60 17 6848340
Skype: maria.antarisa
Address
1st Soviet Lane, 25
Shelkovo, Moscow Region
141100