1. NOVOMET Overview

2. Novomet in Figures Our history Wells in service Experience
Equipment applications
Monthly output
Number of personnel
Countries of operation
Plants
Service facilities
R&D centers
Training center
Certification
62 years (R&D since 1953, Factory since 1991)
8500 wells
Onshore + offshore
Oil, water, gas well dewatering, CBM, mining
600 complete systems
5000 employees
22 countries
2 plants
16 facilities
2 centers
1 center
ISO 9001:2008
OHSAS 18001:2007
ISO 14001:2007
API Q1, ISO/TS 29001
UL/CSA CE

3. Novomet history
Novomet establishment, sale of pump stages as spare
parts based on powder technology
Start assembly of complete pumps
Sale of complete ESP systems, HSPS
Establishment of Novomet-Service (leasing business)
Increase of ESP product line, filters, gas separators
First overseas installations (Indonesia, RSS)
KONNAS becomes part of Novomet Group
Novomet launches permanent magnet motors into
mass production
New product lines: Power Save, slim line,
till now cable-deployed, equipment for high viscos
applications, high temperatures, high H2S,
water-gas injection techniques and so on.

4. Our main customers

5. Novomet Geography 22 countries 16 service bases
Novomet employs 5000 persons and speaks 10 languages
8500 wells under direct control

6. Novomet in pictures Novomet-Colombia Novomet-Kazakhstan
Novomet-Noyabrsk
Novomet-Kuwait
Factory, Perm
R&D center
Novomet-Argentina
Novomet-Romania
Novomet-Indonesia

7. Novomet Experience with Chinese Companies
85 wells with Novomet equipment at Dar Petroleum Operating Company in South Sudan (where 41% belongs to CNPC; 6% to SINOPEC), experience since 2008.
350 wells with Novomet equipment at PetroKazakhstan Kumkol Resources and Turgai Petroleum in Kazakhstan (one of the shareholders is CNPC).

8. Novomet products and services
Artificial Lift products:
ESP systems for casings 4 in. and bigger (272 to 740 series, from 50 to bfpd)
Power Save Solutions with permanent magnet motor (less energy consumption by 30-40%)
Cable-deployed thru tubing ESP for offshore and onshore applications
Low flow high efficiency ESPs as effective replacement for rod lift
Surface drives, smart VSD, remote wells control systems
Sensor systems for wells monitoring
Bypass (Ytool) systems for production logging tests and zones activation
Solutions for heavy oil applications: rotary displacement pump, PCP + low speed permanent magnet motor with thrust chamber
Multi-zone production techniques
In-house sizing software.
Water injection & treatment products:
Water Injection & treatment systems;
Booster pumping systems,
Water-gas injection and pressure maintenance systems.
Services:
Sizing, installation, monitoring, troubleshooting;
Repair, rental;
Production logging tests;
Well reactivation;
Wells testing.

9. List of unique technologies
Power Save solutions with permanent
magnet motor saving from 30-40%
vs. conventional systems;
Slim-line for 4 and 4 ½ in casings;
Solids handling solutions;
Gas handling devices;
Equipment for high viscos applications;
Electrical equipment & remote monitoring;
Horizontal surface pumping systems, surface fluid pumping
technologies, water-gas injection systems
Cable-deployed thru tubing technology for rigless applications
without well killing.

10. “Power Save” system ensures power consumption reduction by 22.5 %
Conventional Design
400 series
“Power Save”
400 series
Pump:
Q=4277 BPD
Eff.=70%
Pump:
Q=4277 BPD
Eff.=73%
45.9 ft
101.7 ft
75.5 ft
Shorter by 1.9 times
Permanent Magnet Motor + Protector
Eff.=93%
29.5 ft
144.4 ft
Induction Motor +
Protector:
Eff.=85%
42.7 ft
Head = 6560ft
n=3500 rpm
Nconsumed=443 hp
n=4825 rpm
Nconsumed=343 hp
More efficient by 22,5%

11. Permanent Magnet Motor
Permanent Magnet Motor. Less dimensions – the same power-higher efficiency
Induction Motor N460AM160, 2400V, SGL 3000rpm)
84% Eff.
25ft
PMM: N460PM160, 3230V, 3600rpm, SGL 3000rpm)
90.8% Eff.
18ft
PMM: N460PM135, 2480V, 6000rpm, SGL 6000rpm)
PMM Description:
Permanent Magnet Motor (PMM) is used to drive ESP as an alternative to induction motor.
PMM stator has similar construction to that of induction motor.
PMM is a synchronous motor: its rotor RPM is equal to the rotation speed of the magnetic field of the stator windings.
Rotor is built of permanent magnets and this eliminates energy losses in the rotor.
PMM is in average 10% more efficient than IM.
91.7% Eff.
10ft

12. PMM range: from 100-8500 rpm-widest in the world
Series
RPM Range
Maximum Capacity in one section (tandem), hp
217 series, 8500 rpm
47 (95) at 8500 RPM
319 series, 6000 rpm
120 (270) at 6000 RPM
406 series, 3000 rpm
225 at 3600 RPM
406 series, 6000 rpm
380 at 6000 RPM
460 series, 500 rpm
54 at 500 RPM
460 series, 1000 rpm
107 at 1000 RPM
460 series, 3000 rpm
360 at 3600 RPM
460 series, 6000 rpm
540 at 6000 RPM
512 series, 3000 rpm
1500 -  4200
480 at 3600 RPM
512 series, 6000 rpm
620 at 6000 RPM
744 series, 3000 rpm
1290 (2400) at 3600 RPM
Novomet is world biggest supplier of PMM (more than 4000 running worldwide)

13. Track record of Power Save systems
Company
QTY, pcs
Power consumption reduction, %
Gazpromneft
660
27%
Rosneft 61
28%
Russneft 48
24%
LUKOIL 4
26%
Surgutneftegaz 21
30%
Turgai Petroleum 5
37%
Pacific Rubiales (Colombia)
134
34%
PanAmerican, YPF (Argentina) 25
Petrobel, Agiba (Egypt)

14. List of unique technologies
Power Save solutions with permanent
magnet motor saving from 30-40%
vs. conventional systems;
Slim-line for 4 and 4 ½ in casings;
Solids handling solutions;
Gas handling devices;
Equipment for high viscos applications;
Electrical equipment & remote monitoring;
Horizontal surface pumping systems, surface fluid pumping
technologies, water-gas injection systems
Cable-deployed thru tubing technology for rigless applications
without well killing.

15. Slim-line ESP Systems for 4 and 4 1/2 in casings
Shale oil and gas applications
Wells with technical limitations due to:
-displacement of casings,
-patched casings
Operation in wells with dogleg severity of:
4˚/30 ft – at pump setting depth (with flex coupling)
Drawdown in sidetrack wells for
effective oil production
Starting up idle wells
Wells after WO
Exploratory wells
Bypass systems (Y-tool) with slim ESPs for casings 5 ¾ in. and bigger
ESP operation in highly deviated wells with zenith angle of 90˚ (horizontal wells)
Dual ESP systems for multi-zone production in casings: 5 ¾ in. and bigger

16. Slim-line ESP Systems for 4 and 4 1/2 in casings
B (319) series ESP in 4 1/2” casing
Total produced: 467 systems
Total installed: 402 systems
Average runlife: 549 days
Maximum runlife: 1134 days
A (272) series ESP in 4” casing
Total produced: 190 systems
Total installed: 136 systems
Average runlife: 529 days
Maximum runlife: 1057 days
Application of NAV( )H, head 7540 ft in a side-track.
Production has been increased by 113%!
Parameter
Before
After
Fluid bpd
227
483
Oil bpd
163
352
Hz (rpm)
50 (2910)
160 (4800)
Setting depth,ft
5000
6333
Load, % 56 58
Current,А 19 20
Dynamic head, ft
7534
10477
4” or 4 ½” casing
Producing reservoir

17. List of unique technologies
Power Save solutions with permanent
magnet motor saving from 30-40%
vs. conventional systems;
Slim-line for 4 and 4 ½ in casings;
Solids handling solutions;
Gas handling devices;
Equipment for high viscos applications;
Electrical equipment & remote monitoring;
Horizontal surface pumping systems, surface fluid pumping
technologies, water-gas injection systems
Cable-deployed thru tubing technology for rigless applications
without well killing.

18. Solutions for high solids environment
Sand catcher
Type of equipment
Novomet solution
Application recommendations
Screen filters
Slotted Screen Intake Filter
Solids content >300 mkm
Wells after hydraulic fracturing
Downhole slotted screen filter
Deviated wells, slim ESP (217 and 272 series), 677 series ESP, ESP with shroud for motor cooling
Gravitation separators of solids
Downhole Slotted Gravitation Filter
Solids size >100 mkm
Centrifugal separators of solids
Sand catcher
Solids size>100 mkm

19. List of unique technologies
Power Save solutions with permanent
magnet motor saving from 30-40%
vs. conventional systems;
Slim-line for 4 and 4 ½ in casings;
Solids handling solutions;
Gas handling devices;
Equipment for high viscos applications;
Electrical equipment & remote monitoring;
Horizontal surface pumping systems, surface fluid pumping
technologies, water-gas injection systems
Cable-deployed thru tubing technology for rigless applications
without well killing.

20. Maximal gas content on ESP system intake, %
Gas handling devices
Maximal gas content on ESP system intake, % 30 40 45 60 80
>80
ESP
ESP
ESP
ESP
ESP
ESP
Gas separator +
Multiphase pump
Intake module
Gas handler
Advanced gas handler
Multiphase pump
Gas separator
Protector
Protector
Protector
Protector
Protector
Protector
Motor
Motor
Motor
Motor
Motor
Motor

21. Abrasion-resistant gas separator & multiphase pump
In conventional gas separator the weakest point is cavitating impeller where solids get accumulated and housing gets cut by abrasive flow.
Novomet has developed helical screw type of gas separator to eliminate cases of housing cutting.
1. Helical screw with variable step
2. Hub
3. Screw-shaped blades inclined to flow direction
Multiphase pump is used as main pump topping unit for producing of the oil with associated gas.
Handles and circulates gas liquid mixture through main pump without discontinuity of the flow and prevents stationary gas locking formation.
In combination with gas separator handles up to 90% of free gas at intake.

22. List of unique technologies
Power Save solutions with permanent
magnet motor saving from 30-40%
vs. conventional systems;
Slim-line for 4 and 4 ½ in casings;
Solids handling solutions;
Gas handling devices;
Equipment for high viscos applications;
Electrical equipment & remote monitoring;
Horizontal surface pumping systems, surface fluid pumping
technologies, water-gas injection systems
Cable-deployed thru tubing technology for rigless applications
without well killing.

23. Rotary displacement cylindrical pump (metal-to-metal) to pump “cold” viscos oil
Pump parameters
Value
Type
cylindrical
Series
362
Capacity range, bpd
32-95 (362 s), 300 bpd (in 406 series)
Nominal head, ft
2 m
53 stg
1750 ft (530 ν=1 cSt
3500 ft (1050 m) ν=25 cSt
2,5 m
68 stg
2230 ft (680 ν=1 cSt
4460 ft (1360 m) ν=25 cSt
Abrasion resistance
Up to 150 ptb (300 mg/l)
Corrosion resistance,
not more than, g/l
H2S < 0.01
CO2 < 0,01
Cl < 20
Heat resistance
150°C
Viscosity, cSt
Efficiency, %
20% at 1 cSt (H per stage 33 ft)
40% at 20 cSt (H per stage 100 ft)
Rotation speed, rpm

24. ESPCP to produce “cold” high viscos oil
Benefits of ESPCP vs. conventional PCP:
No rods deterioration risk
Use in more deviated and deeper wells
Use in wells with unstable inflow
- Power savings up to 30%;
- Support of intake pressure by automatic RPM control;
- Constant pressure at different RPM;
Main components of ESPCP: 1. Surface equipment (VSD + step-up transformer) 2. Drain and check valves 3. Progressive cavity pump with thrust chamber
4. Protector
5. Low speed permanent magnet motor ( rpm)
6. Power cable with MLE
14 pole PMM

25. List of unique technologies
Power Save solutions with permanent
magnet motor saving from 30-40%
vs. conventional systems;
Slim-line for 4 and 4 ½ in casings;
Solids handling solutions;
Gas handling devices;
Equipment for high viscos applications;
Electrical equipment & remote monitoring;
Horizontal surface pumping systems, surface fluid pumping
technologies, water-gas injection systems
Cable-deployed thru tubing technology for rigless applications
without well killing.

26. Universal VSD for both induction and PMM
Specifications:
Input V 50/60Hz
6 and 12 pulse
NEMA 3R
NEMA 4 (for onshore/offshore environments)
Up to 60ºC ambient temperature
IEEE519 compliance
UL/CSA listing

27. Smart field control via remote monitoring
Smart well:
VSD with remote control algorithms
Downhole sensor with flowmeter
GSM/satellite
Remote monitoring and control:
Cloud storage
Control and monitoring from office, mobile
Cloud database

28. List of unique technologies
Power Save solutions with permanent
magnet motor saving from 30-40%
vs. conventional systems;
Slim-line for 4 and 4 ½ in casings;
Solids handling solutions;
Gas handling devices;
Equipment for high viscos applications;
Electrical equipment & remote monitoring;
Horizontal surface pumping systems, surface fluid pumping technologies, water-gas injection systems
Cable-deployed thru tubing technology for rigless applications
without well killing.

29. HSPS, surface pumping systems
Novomet’s portfolio includes:
Horizontal surface pumping systems to inject water to maintain reservoir pressure;
HSPS with downhole motor (pit-version;
Inverted systems for water injection (no need for surface facilities);
Booster pumping systems for fluid transfer;
Water-gas injection system to inject associated gas
Self-contained HSPS with surface motor
Suction pressure from 29 up to 232 PSI (0,2 -1,6 MPa)
Self-contained HSPS with submersible motor
Suction pressure up to 3045 PSI (21 MPa)

30. Utilization of associated gas for reservoir pressure maintenance
Gas pipeline
Ejector pump
Pump to inject water-gas mixture
Pressure pipeline
Supply pipeline
Novomet has developed and successfully installed in
Russia water-gas injection system
This system is to inject associated gas (no need to burn)
To increase oil rate recovery (due to positive effect of gas)
Water-gas mixture is injected to maintain reservoir pressure

31. List of unique technologies
Power Save solutions with permanent
magnet motor saving from 30-40%
vs. conventional systems;
Slim-line for 4 and 4 ½ in casings;
Solids handling solutions;
Gas handling devices;
Equipment for high viscos applications;
Electrical equipment & remote monitoring;
Horizontal surface pumping systems, surface fluid pumping technologies, water-gas injection systems
Downhole water-oil separator;
Cable-deployed thru tubing technology for rigless applications without well killing.

32. Cable-deployed thru tubing Rigl$$ technology
Novomet has developed world first completely rigle$$ technology;
Plus-and-play installation;
Inverted system without power cable passing along;
System is equipped with packer, SSSV (for offshore installations), tubing hanger, penetrator, cable coupling/clatch.
From 140 bpd up to 4400 bpd depending on the tubing dimensions;
No need to change the wellhead;
Installation by crane;
No well killing is required.

33. Available series for rigle$$ technology
Upper Protector without shaft.
2.17 inch
2.72 inch
3.19 inch
3.62 inch
Gas Handler
Available
Multi Phase Pump
Not Available
Pump stage
BPD
BPD
BPD
BPD
PM Motor (HP)
45(90)
120(260)
Sensor
Motor Weight (kg) 70
Motor Length,m 3
Total String Weight – 300Kg to 1000Kg Max.
Down Hole sensor
Permanent Motor Magnet, 10%-15% Lower Power and 50 smaller and lighter than Induction Motor
Protector – All standard configurations provided
Discharge
Advanced Gas Handler / Multiphase pump .
High Efficiency Centrifugal Pump
Perforated Stinger with anti rotation profile. Seated inside the packer

34. Thank You. Questions?