Equipump

NOT AN OFFICIAL UNCTAD RECORD

Marrakech 2004

Equipump – exclusive global distributor of ALNAS equipment.

Scope of Equipump products: •ALNAS oilfield equipment: ESPs, ESP motors, switchboards, fluid injection systems, maintenance/repair equipment, tools/accessories etc.

•Leading Russian oilfield products: Minsk transformers, Podolsk cable, Izhevsk rods, Kurgan wellheads and many more.

•ESP installation/service teams.

New ALNAS products

Joint ALNAS-NETZSCH ESPCP ANAKONDA (S-45) and PYTHON (M-45) ESP HPR-5 Seal Section Low RPM motors (300-500 rpm) for ESPCP Downhole sensor package ALSU switchboard Water injection systems Thyratron motor (permanent magnets motor) High temperature-resistant ESP(up to 200Cº) 2000 m³/day ESP 500 kW Motor (670 h.p.) Hydraulic drive for sucker-rod pumps

ALNAS pump performance

17 different models for different well parameters All models can be corrosion and abrasive resistant Capacity: 12 – 2000 m³/D Max head – up to 2600 m Outer diameter of pumps – S – 92 mm M – 103 mm L – 114 mm XL – 172 mm

Parameters Water Cut, max pH value Fluid Gravity, max Viscosity, max.

Mechanical impurities, max Free gas content at pump intake by volume, max.

Free gas content at pump intake with gas separator by volume, max.

H 2 S content for standard pumps H 2 S content for corrosion-resistant pumps Pumping Fluid Temperature for high-temp pumps, max 99% 6.0 – 8.5

1400 kg/m 3 50 cP 1000 mg/l 25% 55% 0,5% 2,0% 180 Cº

Electric submersible motor

60 models in range of ALNAS motors Rated Capacity: 13 – 670 HP Rated Voltage: 380 – 2400 V Outside Diameter – 103, 117, 130, 180 mm

Switchboard

Decrease of the electricity consumption Decrease of costs for additional telemetry equipment Reduction of down-time of the oil-producing equipment Decline of costs for service of the switchboards and oil-field equipment

ALNAS Fluid Injection Systems

Option 1 - Horizontal ESP The system consists of: 1.

ALNAS ESP for water injection 2.

Asynchronous on-surface motor 3.

4.

5.

Carriage frame Switchboard Intake module The intake pressure should be between 0,5 - 3 atm. Site requirements: Width – 2 m , length – 24 m Flat surface (e.g. concrete blocks) Specific features: Simple installation Long run-life (average of 2 years)/highest reliability Simple surface inspection/repair operations

ALNAS Fluid Injection

Systems Option 2 - Prospect-hole completion:

The system consists of: 1-ESP for water injection 2-Asynchronous on-surface motor - 250 KW, 3000 rpm, 380 3-Switchboard 4-Intake module 5-Intake flexi hose 6-Submersed packer 7-Check valve 8-Tubing transmitter 9-Discharge module The intake pressure should be between 0.5-3 atm. System’s advantage: Smaller surface dimensions

Run life of ALNAS ESPs

800 700 600 500

Days

400 300 200 100 0

Ta tne Ma ft ( mon 49 92 tov ) ne ft ( 24 Udm Noy Luk 15 urt oil ) ne abrs ft ( kne – K Lu 47 fte oga koi 3) ga lym l z ( 27 nef Pok 78 ac ) tega ha z (2 vne 962 fte Sa ) ga ma z ( 13 rane 71 fte ) ga z ( 13 To 23 ms ) kne ft ( 75 3) Company(number of ESP wells)

ESPs: ANAKONDA and PYTHON series

Features: Wide operating range with constant and stable Q-H curves Optimal efficiency ratio Excellent anti-corrosion & wearout-resistant design Easy and mistake-tolerant pump sizing Best substitute for sucker-rod pumps Best completion for low productive self-flowing wells Specially designed for low productive wells Most attractive price-quality ratio available

ANAKONDA (S-45):

Head: 495 – 2400 meters Optimal rate range: 15 – 70 m³/day Motor load(50 Hz): 6,69 – 33,20 kW

PYTHON (M-50):

Head: 500 – 2400 meters Optimal rate range: 17 – 95 m³/day Motor load(50 Hz): 9 – 45,20 kW

Comparative Performance Curves:

ANAKONDA – handling problem wells

Case #1. Self-flowing well: increasing production 6 self-flowing wells in Uzbekistan, “Mubarykneftegaz” Before: •Initial production dropped from 100m3/day to 5 m3/day and less •Pump setting depth – 2500 m •Gas ratio – from 100 m³/ m

³

350 m

³

/ m

³

to After: •Supplied equipment–ANAKONDA S-45 •Current production – 75 m

³

/day •Total effect: +330

m³ day (X2,75 times) of oil per

ANAKONDA – handling problem wells

Case #2. Beam-pump substitute: Increasing production 7 exhausting sucker rod wells in Kazakhstan, “Kokjidemunai” Before: •Initial total production has been dropping from 170 m

³

/day to 125 m

³

/day over 7 years •Frequent & high workover costs •High optimization costs •Equipment breakdowns After: •Supplied equipment – ANAKONDA S-45, PYTHON M-50 •Expected total production – 355 m

³

/day •Total effect: +230

m³ day (X2,84 times)

of oil per

ANAKONDA/PYTHON:

customer focused Constant feedback Design improvements Annual ALNAS technical conference Result: Used by all major oil companies in Russia (YUKOS, LUKOIL, TNK-BP, Surgutneftegaz and others)

ANAKONDA/PYTHON: run-life

Company No. of Units Lukoil – W.Siberia 234 Lukoil – Central Russia 129 YUKOS Tatneft 320 90 TNK-BP Surgutneftegaz 125 80 Average Run life (days) 810 670 640 705 690 550

Service

Customer's personnel training Technical consulting Supervising during pump system mounting, running and setting to operation mode Monitoring and analysis of your pump systems operation Maintenance of equipment at our service centers Fast manufacturing application of new equipment Finally, "complete service"