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PM Lucas Enterprises Limited www.pmlucas.com

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PM Lucas Enterprises Limited

THE PM LUCAS ENTERPRISES GROUP OF COMPANIES

PM Lucas Enterprises Limited represents a multidisciplinary group of engineering and services companies,offering both products and services to the Oil, Gas, Water, Civil, Construction, Facilities and otherrelated industries.

The group was established to meet requirements for a more flexible: customer focused integratedEngineering and Services Company capable of being engaged in work on small, even marginallyeconomic projects, particularly in remote and distant areas.

The group offers customers a wide range of services of E&P companies. The scope of servicesranges from seismic acquisition & processing management, reservoir modelling through drilling

and evaluation to engineering design, installation, construction and management of productionfacilities and pipelines.

The group comprises three business units:

• PM Lucas Projects

• PM Lucas Oil & Gas

• PM Lucas Civil & Facilities

PM Lucas ProjectsThe Services provided are:

• Project Management

• Business Development

• Sales & Marketing

• Corporate Support

• Agency Services

• Legal & Contractual

PM Lucas Oil & GasThe Services provided are:


• Consulting & Supervision

• Drilling & Production Engineering

• Drilling & Production Operations

• Drilling & Production Services

• Logistic Support

• Procurement Services

• Training & Manuals

PM Lucas Civil & FacilitiesThe Services provided are:


•

Consulting & Supervision• Process Engineering

• Detailed Engineering

• Procurement Services

• Inspections

• Logistic Support

•

Fabrication Support• Construction Services

• Commissioning Services

• Maintenance Services

• Training & Manuals




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Current Projects:

PM Lucas Enterprises Limited has grown to a multimillion dollar organisation having offices located inKazakhstan, Russia, Tunisia, Algeria, France, United Kingdom, Canada and Serbia. The groupcurrently employs over 300 Engineers and 250 support staff in the above-mentioned countries.

PM Lucas has managed/supervised the drilling on a fixed price or turnkey basis over 150 Oil Wellsfor various clients in Kazakhstan in the past four years. The main clients were HurricaneHydrocarbons (PetroKazakhstan), Kazgermunai (EEG, JV RWE-DEA & Gas de France), NelsonResources, Kuat/Amlon (USA), Orient (USA) and First International Oil Corporation – FIOC (USA),ARAWAK (Altius), Vector Energy (Big Sky) in Kazakhstan.

Drilling Contracts awarded for 2006 in Kazakhstan:

Petro Kazakhstan: Drilling / Workover Supervision/Management and Fluids Management for a60+ well programme 1200 - 2500m including 8 horizontal wells with 1000mhorizontal section at 1300m TVD; Fields: Kumkol, Aryskum, Kyzilkia,Dongelek, Zhanmasu, Doshan, North Nuraly, Maybulak, Karavanchy.

Turnkey Drilling 19 wells 1100-1600 m; Kyzylkia, North Nuraly and Aryskum

KazGerMunai: Drilling / Workover Supervision/Management and Fluids Management for a15- well programme 1800 – 2200m; Akshabulak, Aksay, Nuraly

Kuat Amlon Munai: Fix price drilling 15 wells – 1450 - 2200 m; Konys, Bektas

ARAWAK: Turnkey Drilling 25 wells 450-750 m; Akzhar, Besbolek and Karatakyz

ADAI – FIOC: Day Rate Drilling 4 wells 800 – 1900m; Bikzhal

Kalmeastern: Supervision and Management of drilling 3 horizontal wells at 2750m TVD with

600m horizontal section

Potential Oil: Turnkey Drilling of 4 structural wells from 1000-1400m; fields: Zhanatalap,Zhambay

Vector Energy: Turnkey Drilling of 8 exploration wells from 1400m to 2400m; fields: Karatal,Daulataly, West Ongar

KUAT Zaysan: Supervision and Management of 2 gas wells 1100m

Petrom (OMV group): Well testing program for gas/oil on South Rovnoe field

Total number of wells awarded is 135 or 150,000 m.

In addition to this engineering & oilfield facilities, the services are provided for the above-mentioned clients. The Engineering team was responsible for Engineering, Design andConstruction Management, Commissioning and O & M services for most of its clients andcompleted over 80 major EPCM contracts;

In 2006, the Engineering group was engaged in the following projects:

PetroKazakhstan: South Aryskum Gathering System AR-117Kumkol Oil Field Water simulation Feasibility Study




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Aryskum CPF As Built DesignKyzylkia CPF As Built DesignAryskum 2000 m3 Tank Installation.Kyzylkia 2000 m3 Tank Installation.Detail Engineering of South Kumkol BKNS 6000 m3

Detail Engineering of Aryskum BKNS FacilityDetail Engineering of Kyzylkia BKNS FacilityAddition of the Control and Utility Room at SK BKNS Project # 729 Design of Reconstruction of Produced Water Injection System at KumkolSouth

KazGermunai: Akshabulak Gas Treatment Plant and LPG StorageEarly Gas Supply System

Altius: Akzhar Field Development – Phase 1AAkzhar Field Development – Phase 1BAkzhar Field Development – Phase 2Karsak CPF Design

HOL: Yadavaran Oil Field Surface Facility Conceptual Study

NIS-Naftagas: Compressor Station – Elemir

KAM: Konys - Kumkol PipelineSecond Compressor Design ProjectKonys Kumkol 8” Pipeline - SCADA

Petrom/ Kom Munai: Komsomolskoe Oil Field Development ProjectKomsomolskoe Field Access Road

PM Lucas commissioning and inspection staff keeps on providing inspection and acceptance

services in Germany, Austria, Italy, Holland, France, Russia, Romania and Canada.

PM Lucas keeps on providing the operation and maintenance services for Burlington (USA)through Michael Baker Corp (USA); In Kazakhstan PM Lucas is responsible for field operationservices for the Konys and Bektas Oilfields in Kazakhstan.

PM Lucas set up an engineering group in Calgary, Canada to access the Canadian oilfieldequipment market and engineering resources in the Alberta province. This group keeps onproviding engineering and procurement services for western clients in Kazakhstan on behalf of PMLucas.

These new contracts, giving a boost to the company, will certainly require employment ofadditional 300 staff within the future two years.




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Organised and managed through 12 offices in:

Belgrade Serbia

PM Lucas Enterprises LimitedKraljice Marije 1 / XVI,11000 Belgrade

+381 11 33 76 666+44 870 127 3592 fax.

Regional Support Office

Nicosia Cyprus

PM Lucas Enterprises LimitedPo. Box 232828, Kennedy Ave.1680 Nicosia

+357 22 76 77 70+44 870 127 3592 fax.

Head Quarters

Novi Sad Serbia

PM Lucas Enterprises LimitedZeleznicka 4421000 Novi Sad

IP 1-708-668-4500+381 21 426-629

Local Office

Almaty Kazakhstan

PM Lucas Enterprises(Kazakhstan) Limited

Po. Box 238

Baitursynov Str. 113, Almaty+73 272 50 12 22

+73 272 50 12 21 fax.

Main Branch Office

Algiers Algeria

PM Lucas Enterprises SARL8, Boulevard Said Hamdine, Hydra

+213 21 60 27 98

+213 61 55 15 56 or 57+213 21 48 42 20 fax.

Main Branch Office

Aktau, Kazakhstan

PM Lucas Enterprises LimitedVira Base Promzone

Aktau, Mangistau

Tel +7 (3292) 42 60 58+7 (3292) 42 60 59

Fax:+7 (3292) 42 60 63

Local Office

Kyzylorda Kazakhstan

PM Lucas Enterprises Limited4-iy Ukrupneniy kvartal, 1/1

+7 3242 26-13-00+7 3242 27-68-42 fax.

.

Local Office

Atyrau Kazakhstan

PM Lucas Enterprises LimitedSatpaeva Ave, 5B,

Premier City Building0600011Atyrau

tel: +7 3122 97-04-27+ 7 3122 97-04-28

fax: +7 3122 97-04-30

Local Office

Shymkent Kazkhstan

PM Lucas Enterprises LimitedOntustykMunaiGasIP 170 8668 4506

+7-32547-666-71 tel.

+7-32547-666-74 tel.

Local Office

Moscow, Russian Federation

PM Lucas Enterprises LimitedPodcofensky side-street 14/1

+7 095 101 30 20

Main Branch Office

London, UK

PM Lucas Enterprises Limited C/OEastLand Engineering Limited

99 Wynchgate, London N14 6RJ+44 20 888 21 812+44 20 888 21 878.

Local Associated Office

Calgary, Canada

PM Lucas Enterprises Limited C/OMPS ALBERTA LTD.

#102, 811 Manning Road NECalgary, Alberta T2E 7L4

+1 403 235 20 40

+1 403 272 83 26 fax.Local Associated Office

In addition to the above PM Lucas currently disposes of agents and associated offices in:Germany, Austria and Romania.




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OIL & GAS SERVICES

PM Lucas Enterprises Limited offers its customers a wide range of services aimed to support exploration

and production companies. The scope of services ranges from seismic acquisition & processing,reservoir modelling, through drilling and evaluation, to engineering design, installation, constructionand management of production facilities and pipelines.

PM Lucas Enterprises Limited provides every type of Oil & Gas services such as:

Petroleum Engineering & Services:

• Reservoir and Fluid Characterization;

• Full Field Reservoir DevelopmentPlan;

• Well Test Design & Analysis;

• Reservoir Evaluation;

• EOR Evaluation;

• Production Forecasting;

• Geological Services;

• Feasibility Studies;

• Reservoir Engineering Services;

• Reservoir Management Services;

Drilling Engineering & Workover & Fluids Services:

• Well Planning & Design;

• Drilling Services;

• Supervision;

• Management;• Slimhole Drilling Services;

• Workover Services;• Coil Tubing & Nitrogen Services;

• Cementing & Pumping Services;

• Well Logging & Perforating Services;

• Mud Logging;

• Fluids Engineering Services;• Stimulation Services;• Well Testing Services;

Production Engineering & Services:

• Well Completion Design;

• Stimulation Design;

• Well Problem Analysis;

• Well Diagnosis;

• Workover Planning;

• Inflow Well Performance;

• Vertical Flow Performance;

• Future Well Performance;

• Selection of Artificial Lift Systems;

• Artificial Lift Design;

• Production Optimisation;

• Field Supervision;

• Field Management;

Process & Surface Facilities Engineering & Operations Services:

PM Lucas Enterprises Limited provides engineering, procurement, inspection, construction, commissioning,

start-up and maintenance services for Oil & Gas Facilities. Services include mechanical, electricaland control installation and equipment at gathering station, water injection system, centralprocessing facilities, and facilities for oil dewatering, loading and unloading facilities, tank farms,gas utilisation plants and gas electrical power plants.Oil and water treatment plants can also be provided.

Lucas provides every type of Engineering services:




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• Flow lines

• Pipelines

• Production facilities

• Pump stations

• Compressor stations

• Water Injection facilities• Gathering stations

• Early production facilities

• Top Loading facilities

• Central Processing Facilities

• Free Water Knock Out Systems

• Electrical installations

• Control Systems

• SCADA systems

Civil Engineering and Building Services:

PM Lucas Enterprises Limited provides every type of civil engineering, construction and maintenanceservices to oil & gas, water, civil, construction and related industries.

These services include, but are not limited to obtaining earth works, concrete foundations, roads,air-strips, bridges, harbour works (including service wharves) and buildings for administration,workshops, warehousing, residential and camp facilities.

Mechanical and electrical installations, HVAC systems, water supply, waste and potable watertreatment plants, power generation, gas supply systems and long distance heating systems canalso be provided.

Engineering, design, manufacture and assembly services of equipment and installation services incivil engineering and industry:

• Water supply and sewage utilities;

• Facilities for waste water and potable water treatment;

• Central heating installations and boiler plants;

• Steam, hot water, water supply pipeline systems;

• Oil & Gas long distance pipeline systems and plants;

• Fire protection systems;

• Automatic control and regulation systems;

• Air conditioning and ventilation systems;

• Cooling plants and cold stores;

• Dust removal and pneumatic transport systems;

Air-handling units and ventilation equipment, equipment for HVAC plants, potable and waste watertreatment equipment.






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PM Lucas Petroleum Engineering

Recent International Project Experience

Country Field Client Project Scope

Kazakhstan • Konys KAM

Integrated field operationsmanagement; GeologicalInterpretation, ReservoirEngineering, Production

Engineering; Field Operations,Drilling Engineering;

Data base; Field ProductionOptimization;

Kazakhstan • Bektas KAM

Integrated field operations

management; GeologicalInterpretation, ReservoirEngineering, Production

Engineering; Field Operations,Drilling Engineering;

Data base; Field ProductionOptimization;

Mexico• Ogario

• BlasiljjoPEMEX-HALLIBURTON

Artificial Lift (Gas Lift) Designand Optimization; Equipment

Selection;

Russia • Western Siberia NAFTAGAS

Reserve Evaluation, Infill Drillingand Workover Design.

Well Performance Analysis

Development Evaluation for fouroil fields

Angola • Block-I;Block-3 JV Elf-Naftagas-Ina,..Reserves and Cash Flow for

Financing

Turkmenistan • Kotur tepe NAFTAGASReservoir Evaluation. Economic

Estimation.

Kalmikia

(Russia)• Rava NAFTAGAS

Reserve Calculations,Production Forecasting andDevelopment Cost Estimate

Iraq • Hamrin NOC-NAFTAGAS

Reserve Studies and EconomicEvaluation for Financing.

Surface Facilities DevelopmentBasis Design

Iraq • Noor NOC Production and Economic Study.

Uzbekistan • Hayrabol NAFTAGASProspect Evaluation; Reserve

Evaluation.

USA • Dickie MISSIPIEN OilWell Evaluation. Wellbore

completion Conceptual Design.




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Azerbaijan• Muradhandli RAMCO-Meduza

MOC Well Problem Analysis,Workover Completion Design

and WO Options.

Azerbaijan

• Adziveli

• Dashgil

• Duvany

• Kyanidazag

RAMCOProduction Rate Decline

Analysis; Feasibility Review.

Kazakhstan • Kumkol Hurricane.Artificial Lift (ESP) Design-

Phase I and Phase –II

Kazakhstan • Aryskum HurricaneField Development Conceptual

Design

Kazakhstan • Konys KuatAmlonMunai

Volumetric Reservoir Evaluation.Material Balance Calculations.

Production Forecasting.

Artificial Lift Selection andDesign. Well Test Design and

Analysis.

Well System Analysis. WellProblem Analysis. WorkoverPlanning and WO Design.

Kazakhstan • Bektas KuatAmlonMunai

Volumetric Reservoir Evaluation.Production Forecasting.

Artificial Lift Selection andDesign. Well Test Design and

Analysis.

Well System Analysis. WellProblem Analysis. Workover

Planning and WO Design.

Kazakhstan • Koza Juzni KGNReserve Evaluation, Production

Forecasts and DevelopmentCost Estimate

Kazakhstan • Akhzar Altius

Pre-Engineering and DesignStudies. Completion Design

Studies including Sand ControlEvaluation

Libya • Mabruk Total-Libya Artificial Lift Review Study

Yugoslavia • Turija NIS-NAFTAGAS

Reserve Estimates, simulationmodeling, EOR Planning.

Production Forecasts, ArtificialLift Design and Optimization

Yugoslavia • Maj-X NIS-NAFTAGASHPHT Sour Gas Production WellCompletion. Well Testing Design

and Analysis

Yugoslavia • B.Dvor NIS-NAFTAGASSand Control Study. WellDesign for Gas Storages.




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Yugoslavia • Mkz NIS-NAFTAGAS

Remaining Reserve Evaluation.Oil and Gas ProductionForecasting. Cash Flow

forecasts

Yugoslavia• 23 Oil Fields +19 Gas

FieldNIS-NAFTAGAS

Reservoir Description;Conventional Reservoir Studies

(MB, Decline Analysis);

Completion Design; ALS DesignOptimization; Problem WellAnalysis, Stimulation Design

and Analysis; WorkoverSelection and Programming

Syria • Oudeh Oil Field Dublin International(Syria)

Oudeh Well OptimizationReview:

• ALS System Analysisand Design

• Well Problem Analysis

• Well FormationEvaluation

• Surface Facility SystemReview

Kazakhstan • Konys J.V. KuatAmlonMunai

Reservoir PressureMaintenance: Numerical

Simulation (Petrel; Eclipse)

Gas Utilization Project: Gas Re-Injection FEED




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DRILLING & WORK OVER

OPERATIONS




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CURRENT PROJECTS

Customer Project name No. of Wells Project level Year

1. PKKR

Kumkol, Aryskum, Kyzilkia,Dongelek, Zhanmasu, Doshan,

Nuraly – Drilling&WorkoverProgramme

1000 – 2500 m

52-8-horizontal

+ 160

Drilling / WorkoverSupervision/ Management

Mud Engineering

2006

2. PKKRKumkol – Drilling Programme

1400 – 1600 m19 Turnkey 2006

3. KGMAkshabulak, Aksay Nuraly –

Drilling&Workover Programme1800 - 2200 m

12+2 directional


Mud Engineering

2006

4. KAMKonys – Turnkey Drilling

Programme1300 – 1600

15 Fix Price 2006

5. ALTIUS

Besbolec – Turnkey DrillingProgramme400-800m

20 + 5 high anglewells

Turnkey 2006

6. ADAIBikzhal – Day Rate Drilling

Programme800 - 2000 m

2 Day Rate Drilling 2006

7.KALMEAS

TERNKalmykya – Drilling & Workover

2300m3 horizontal wells Turnkey 2006

8. BIG SKYWest Ongar, Karatal – Drilling &

Workover 1500m8 Turnkey 2006

9. KAMKonys – Production & Geological

Management

Production &Geological

Management/ Supervision

2006

10. ZAYSAN Saribulah – Drilling & Workover 2Drilling / Workover

Supervision/ Management

2006

11.Potential

Oil

Zhambai – Turnkey DrillingProgramme

750 – 1300m5 Turnkey 2006

TOTAL WELLS 133 Drilling

200 WO

All of PM Lucas Drilling Projects had within their Scope of Work the Construction of Gravel accessroads, that link the Well sites with Field communication roads. These roads were built to supportmobilization and de-mobilization of drilling towers, heavy equipment and machinery, as well as tobe used for day-to-day Operation and Well Maintenance purposes.




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KAZAKHSTAN DRILLING & PRODUCTION PROJECT LIST


1.KALMEASTER

N

Kaspiskoe - Drilling&WorkoverProgramme2000-2500m

2 horizontal+ 8

Day RateDrilling/Workover/

/Supervision/ Management

2005

2.BIGSKY

Morskoe - Drilling&WorkoverProgramme1350-1500m

2Drilling/Workover/


2005

3.ZAYSA

N

Saribulah - Drilling&WorkoverProgramme1200-2000m

2Drilling/Workover/


2005

4. KGMAkshabulak, Aksay Nuraly –

Drilling&Workover Programme1800 - 2200 m

12


Mud Engineering

2005

5. ADAIBikzhal, Malkomgen – Day Rate

Drilling Programme1200-2500m

5 Day Rate Drilling 2005


Programme1300-1650m

15 Fixed Price 2005

7. ALTIUSAkzhar-Turnkey Drilling

Programme500-800m

15 Turnkey 2005

8. PKKR

Kumkol, Aryskum , Kyzylkya,

Nuraly, - Drilling&WorkoverProgramme1000-4000m

40+2horizontal+120

Drilling / Workover

Supervision/ ManagementMud Engineering

2005

9.KAM

Konys – Production & GeologicalManagement



2004

10. ADAIBikzhal – Day Rate Drilling


5Turnkey

Day Rate Drilling2004

11. ALTIUSBezbolek – Turnkey Drilling

Programme250 m - 900 m

8Turnkey

Day Rate Drilling2004.

12. ALTIUS

Karataikyz – Turnkey Drilling

Programme300 m - 1000 m 7

Turnkey

Day Rate Drilling 2004.

13 ALTIUSAkzhar – Turnkey Drilling

Programme 650 m12 Turnkey 2004.

14.KAM

Konys – Turnkey DrillingProgramme 1450 – 1600

14 Turnkey 2004.




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15.KGM

Akshabulak, Aksay Nuraly – Drilling&Workover Programme

1800 - 2200 m12


Mud Engineering

2004.

16. PKKR

Kumkol, Aryskum, Kyzilkia,Dongelek, Zhanmasu, Doshan,


1000 – 4000 m

422-horizontal

+ 170


Mud Engineering

2004.

17. ORIENTDoshan – Drilling&Workover

Programme2300 m

3


Mud Engineering

2003

18. ADAIBikzhal – Turnkey Drilling


3Fixed Price DrillingDay Rate Drililing

2003.

19. KAMKonys – Production & Geological

Management



2003

20. KAMBektas – Turnkey Drilling

Programme 1100 m7 Turnkey 2003.


Programme 1450 – 1600 0 m6 Turnkey 2003.

22 KGMNuraly – Drilling&Workover

Programme2000 m

1


Mud Engineering

2003

23. KGMAksay – Drilling&Workover

Programme1900 m

1


Mud Engineering

2003.

24. KGMAkshabulak – Drilling&Workover

Programme2100 m

8


Mud Engineering

2003

25.HKM-PKKR


2000 – 3700 m10+10


Mud Engineering

2003.

26. HKM-PKKR

Maybulak – Drilling&WorkoverProgramme

1200 – 1500 m4+19


Mud Engineering

2003.

27.HKM-PKKR

Aryskum – Workover Programme1200 – 2300 m

6+12Workover


2003

28.HKM-PKKR

Kumkol – Workover Programme1200 – 1500 m

120Workover


2003




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29. KAMBektas – Turnkey Drilling

Programme1100 m

4 Turnkey 2002.

30. KAM Konys – Turnkey DrillingProgramme1350 m

9 Turnkey 2002.

31. KGMNuraly – Workover Programme

2000 m5

WorkoverSupervision/ Management

2002.

32.KGM

Aksay – Workover Programme1900 m

4Workover


2002.

33 KGMNuraly – Drilling&Workover

Programme2000 m

1


Mud Engineering

2002.

34 KGM

Aksay – Drilling&Workover

Programme1900 m

1

Drilling / Workover


Mud Engineering

2002.

35 KGMAkshabulak – Drilling&Workover

Programme2100 m

9


Mud Engineering

2002.

36 HKMAryskum – Drilling&Workover

Programme1200 – 2300 m

10


Mud Engineering

2002.

37 HKMKumkol – Drilling&Workover


4+144


Mud Engineering

2002.

38 KGMAkshabulak – Drilling Programme

2100 m1 Drilling Supervision 2001.

39 HKMAryskum – Drilling&Workover


3+12


Mud Engineering

2001.

40 PKKRKumkol – Drilling&Workover


9 + 45


Mud Engineering

2001.

TOTAL WELLS 1100




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PROCESS

SURFACE FACILITIES

ENGINEERING

OPERATIONS SERVICES




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KAZAKHSTAN ENGINEERING PROJECT LIST

Customer Project name Location Project level Year

1. HOLYadavaran Oil Field Surface

Facility Conceptual StudyYadavaran Oil

FieldConceptual Design 2005.

2. ALTAkzhar Field Development –

Phase 2Akzhar Oil Field

Detailed designProcurement

Construction supportservices

2005.


Phase 1BAkzhar Oil Field



2005.


Phase 1AAkzhar Oil Field


Construction support

services

2005.

5. KGMEarly Sales Gas Production

FacilityAkshabulak Oil

FieldOperations 2005.

6.HKMPKKR

Kyzylkia 2000m3 Tank Addition Kyzylkia Oil Field Detail Design 2005.

7.HKMPKKR

Kyzylkia BKNS Facility Kyzylkia Oil FieldDetailed design


2005.

8.HKMPKKR

Aryskum BKNS Facility Aryskum Oil FieldDetailed design


2005.

9.HKMPKKR

South Kumkol BKNS Facility6000 m3

Kumkol Oil FieldDetailed design


2005.

10. HKMPKKR

Kumkol Oil Field Water SimulationFeasibility Study

Kumkol Oil Field Feasibility Study 2005.

11.HKMPKKR

Kyzylkia Tank Fire SuppressionReconstruction

Kyzylkia Oil Field Detail Design 2005.

12.HKMPKKR

Electrical design drafting theAryskum CPF

Aryskum Oil Field ‘As-Built’ Design 2005.

13. KAM Konys CPF as Built Design Konys Oil Field ‘As-Built’ Design 2005.

14.HKMPKKR

Kyzylkia CPF ‘As Built’ Design Kyzylkia Oil Field ‘As-Built’ Design 2005.

15.HKMPKKR

Aryskum CPF ‘As Built’ Design Aryskum Oil Field ‘As-Built’ Design 2005.

16.HKMPKKR

Tie-In Pipeline package Aryskum Oil Field Detail Design 2005.

17. KAM Bektas Gathering System Bektash Oil Field Conceptual Design 2005.18. KAM Gas Re-Injection facility Detail Design 2005.19. NIS Compressor Station - Elemir Elemir Detail Design 2005.20. ALT Karsak CPF Karsak Oil Field Detail Design 2005.

21.HKMPKKR

Kyzylkia 2000 m3 Tank Additions – Electrical & fire Suppression

Kyzylkia Oil FieldDetailed design


2005.

22.HKMPKKR

Aryskum 2000 m3 TankInstallation

Aryskum Oil FieldDetailed design


2005.




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23.HKMPKKR

South Aryskum Gathering SystemAR-117

Aryskum Oil FieldDetailed design


2005.

24. KGMEarly Sales Gas Production

FacilityAkshabulak Oil

FieldEPC

Operations 2004.

25. KGMGas Treatment Plant and LPG

StorageAkshabulak Oil

FieldDetail Design 2004.

26. ALT Akzhar Sales Oil Pipeline Akzhar Oil Field Detail Design 2004.

27. ALT Akzhar Field Gathering System Akzhar Oil FieldDetailed design

Procurement2004.

28. ALTAkzhar Central Trial Process

FacilityAkzhar Oil Field


2004.

29.HKMPKKR

Aryskum Field Gathering System Aryskum Oil Field Detailed design 2004.

30.HKMPKKR

Aryskum Gas Re-Injection Aryskum Oil Field

Detailed designConstruction support

servicesCommissioning

2004.

31. KAM Electrical installation Konys Oil FieldDetail designConstruction

2003.

32. HKM BAGA Terminal Modification 2003.

33. HKMSingle well batteries installation at

North Nuraly fieldNuraly 2003.

34. HKM Conversion of wells to injection Kumkol Oil Field Detailed design 2003.

35. HKMGas Utilization Study for Kumkol

OilfieldsKumkol Oil Field Study 2003.

36. HKM LPG Loading at Shymkent ShymkentConceptualengineering

2003.

37. HKM New Terminal in Aktau AktauConceptualengineering

2003.

38. HKM Druzhba Terminal Study 2003

39. HKMKyzylkia CPF Upgrade for Water

SeparationKyzylkia Oil Field



2003.

40. HKMMaybulakh Water Injection

pipelinesMaybulakh Oil

Field


services2003.

41. HKM Aryskum Truck Offloading Station Aryskum Oil Field



2003.

42. KGM Water injection Facility AskhabulahEPC

Operations2003.

43. KGM Gas Utilization Study Study 2003.

44. HKMMini Free Water Knock Out at

GS 24Kumkol Oil Field



2003.

45. HKMMini Free Water Knock Out-at




2003.




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46. HKMFree Water Knock Out South

KumkolKumkol Oil Field



2003.

47. HKMCPF Debottleneck and Vapor

RecoveryKumkol Oil Field


services2003.

48. HKM Kumkol Oil Field Hydraulic Model Kumkol Oil Field Study 2003.

49. HKMKyzylkia to Aryskum 6 inch

pipelineKyzylkia, Aryskum


services2003.

50. HKMCPF 28,000 Crude Oil Storage-

Phase 1Kumkol Oil Field


services

2002-2003

51. HKMKyzylkia CPF Upgrade &

connection to Kumkol - Dzhusalypipeline

KyzylkiaDetailed design


2002-2003

52. HKM Dzhusaly Rail Siding Dzhusaly



2002-2003

53. HKM Aryskum Pump Station Aryskum



2002-2003

54. HKM Kumkol Pump Station Kumkol Oil Field



2002-2003

55. KGMEarly production skid mounted

unitNuraly Oil Field


services2002.

56. HKMKumkol CPF Capacity Increase

StudyKumkol Oil Field Study 2002.

57. HKMCPF Tank Farm

Expansion 2002-11-28


services2002.

58. HKM CPF Upgrade-Safety-Tank farm Kumkol Oil FieldDetailed design


2002.

59. HKM Single well equipment KK 19Detailed design


2002.

60. HKM Brine mixing unit Kumkol Oil FieldDetailed design

Construction support

services

2002.

61. HKMFlowline from well 27SK to

MS-2, SKKumkol Oil Field


services2002.

62. HKMHeating cable in Workower’s

BaseKumkol Oil Field


services2002.

63. HKM GS-4 Line replacing Kumkol Oil FieldDetailed design


2002.




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64. HKMPower Supply to KUDU pump on

wellsKumkol Oil Field


services2002.

65. HKM ESP Installation Phase-II Kumkol Oil FieldDetailed design


2002.

66. KGM Skid Mounted Water Injection UnitAkshabulak Oil

FieldConceptual design 2002.

67. KGMSkid Mounted Early Oil

Production and testing UnitNuraly Oil Field Conceptual design 2002.

68. LucasEarly production skid mounted

unitConceptual design 2002.

69. HKM CPF Tank Farm Extension Kumkol Oil FieldDetailed design


2002.

70. HKM Dzhusaly Station Upgrade DzhusalyDetailed design


2002.

71. HKM KAM Inter Field Pipelines Kumkol Oil FieldDetailed design


2002.

72. HKM Dzhusaly rail loading terminal DzhusalyDetailed design


2002.

73. HKM Kumkol-Dzhusaly, oil pipeline Kumkol, DzhusalyDetailed design


2002.

74. HKMAryskum Pump Station-Diesel

and cooling water piping systemsKumkol Oil Field


services2002.

75. HKMMini Free Water Knock Out at



services2002.

76. HKMMini Free Water Knock Out-at



services2002.

77. HKM Free Water Knock Out –2 Kumkol Oil FieldDetailed design


2002.

78. HKM Top Loading Facility-well No: 7East Kumkol Oil

Field


services2001.

79. HKM Top Loading Facility-well No: 6East Kumkol Oil

Field


services2001.

80. HKM New Gathering Station 3 Flowlines

Kumkol Oil Field Detailed designConstruction supportservices

2001.

81. HKMNew Gathering Station 2 Flow

linesKumkol Oil Field


services2001.

82. HKMWater Injection System upgrade

PipelinesKumkol Oil Field


services2001.

83. HKM Water Injection System upgrade Kumkol Oil Field FEED 2001.




21 of 39


84. HKM Top Loading Facility Aryskum Oil FieldDetailed design


2001.

85. HKM Flow lines (pipelines) Aryskum Oil FieldDetailed design


2001.

86. HKM Central Processing Facility Aryskum Oil FieldDetailed design


2001.

87. HKM Upgrade of GS-1 & S GS-2 South KumkolDetailed design


2001.




22 of 39

Library

REFERENCE L IST

Document Control Office




23 of 39

Project name: Komsomolskoe Field Access Road Reconstruction

Service: Detailed design, Procurement, Construction

Year: 2006. AFE amount:

The intent of the project is to provide a cost effective and reliable solutionfor the Access road which is to connect Komsomolskoe oil field with 86 kmdistant village of Akshimirau in Oblast of Actau in Kazakhstan. Chosen

material for road construction is stone material from the pit located 120kmaway from the beginning of the road route (village Akshimirau). Road routeis divided into three sections to correspond to different types of terrain.Roaddesign has been made to support the construction plan which providesresources of 300 directly supervised man-power, 140 transport vehicles, 50specialized construction machines. Project schedule plans the overallduration of the project to be 150 working days.

Project is ongoing.

Project name: Konys Kumkol 8" Pipeline

Service: Detailed design Procurement Construction

Year: 2006. AFE amount:

Konys-Kumkol Pipeline project is planned to supply 600,000 tonnes peryear of oil to the KTO facilities located in Kumkol based on average

throughput conditions. It will be integrated into the current operation of theKonys Central Production Facility by addition of new pumping equipment,new metering facility and a new pig launching facility all of which will.The pipeline will be 219 mm in diameter, having a wall thickness of 5.6 mm.and will be a Class API-5L-X52 grade steel. The pipeline will be designedfor a maximum operating pressure of 100 Barg, however actual operatingpressure will be about 85 Barg depending upon the operating conditions inthe KazTransOil Pipeline at Kumkol.The pipeline will be approximately 72.4 km in length and will have anaccess road along the Pipeline route.Project is ongoing and it is scheduled to be finished in October 2006.

Project name: Konys Process Study

Service: Process Study

Year: 2006.

AFE amount:

Study has been commissioned to PM Lucas by Kuat Amlon Munai to makean evaluation of Konys CPF performance, which is currently havingproblems producing Spec Oil. The Study is proposing the solutions forinstalling of new equipment and Tanks, which will ensure future oilproduction to be in spec.Study has been entirely done by PML Canada process engineering team.

Project name: North Nuraly Oil and Gas Gathering System

Service: Detailed design

Year: 2006.

AFE amount:

Present project “The North Nuraly Gathering System” calls for well sitedevelopment of the following producing wells NN1, NN2, NN3, NN4, NN7,NN9, NN10, NN11, NN12, NN13, NN14 and flow lines from the existingand future wells to the future Satellite 1. From North Nuraly field, crude oilwill be transported to Kumkol South field via 8” oil collector, tying in to theexisting GS-23 in Kumkol South.Project is ongoing.




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Project name: Gas supply line at Kumkol CPF for New Users


Year: 2006.

AFE amount:

Project which is to ensure sufficient fuel gas supply for the new users in thevicinity of Kumkol CPF. A new 6” line is introduced to supply gas from aGas Separator on CPF grounds to a distribution manifold with equippedwith 4 flowmeters, for future consumers.Project is scheduled to be finished before commissioning of Konys-KumkolPipeline, which is going to be one of future major consumers.

Project name: Aryskum Oil Tank Addition


Year: 2006.

AFE amount:

The Project has extended Aryskum CPF Tank Farm. Two new 2000m3

OilTanks have been added and the existing piping was extended to allow forthe settling of oil.

Project name: Aryskum CPF PLC program update

Service: ‘As-Built’ Design

Year: 2006.

AFE amount:

PLC program update has been made to incorporate the newly added Tanksat Aryskum Tank Farm to the existing PLC. This reprogramming enablesthe remote control of new tank’s operation and their inclusion to existingSafety System.

Project name: Gathering System engineering Services Akzhar Oil Field

Service: Detailed Design, Procurement, Construction support

Year: 2005.

AFE amount:

The project includes further development of Akzhar field gathering system,complete with installation of remote field headers. Also, the phase 1Adeveloped Central Process Facility is to be extended and to include processsolution for providing the spec oil in two 1000m3 oil tanks. This phase is toprepare facility for the future oil transport via sales pipeline.The faciulity is to be winterized completly (installlation of line heater andutility heaters, heat tracing, etc)




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Project name: Kyzylkia BKNS Facility

Service: Detailed Design, Construction support

Year: 2005.

AFE amount:

Due to increased produced water rates and to improve Kyzylkia oil fieldoverall performance, a multi well water injection system, called BKNS, isinstalled including new high pressure distribution system from the BKNSlocation to injection wells. Along with the timely increased water injectionrate requirements and with regards to the produce water flow ratesforecasted, make up from source water wells is provided.

Project name: Ariskum BKNS facilities


Year: 2005.

AFE amount:

Due to increased produced water rates and to improve Aryskum oil fieldoverall performance, a multi well water injection system, called BKNS, isinstalled including new high pressure distribution system from the BKNSlocation to injection wells. Along with the timely increased water injectionrate requirements and with regards to the produce water flow ratesforecasted, make up from source water wells is provided.

Project name: South Kumkol BKNS Facility 6000 m3


Year: 2005.

AFE amount:

The purpose of this project is to install water injection Pump Station at theSouth Kumkol Oil field, consisting of Pump Station Building (BKNS)equipped with High Pressure Injection pumps and Interconnection piping totie in the existing 6 inch produced water collector, running from the KumkolCPF to BKNS and existing South Kumkol injection water distributionsystem. It was necessary to increase the water injection rate in the SouthKumkol field to replace voidage and increase net oil recovery. Providing adedicated BKNS in South Kumkol helped alleviate the water injectionbottlenecks in the Kumkol South water distribution system.

Project name: Konys CPF as Built Design

Service: As - Built Design

Year: 2005.

AFE amount:

PM Lucas has been engaged from its client Kuatamlon Munai to make AsBuilt Design of existing Central Process Facility at Konys Oil Field. Thisproject includes collection of all data for installed equipment as well asmaking of Topological Survey.






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Project name: South Aryskum Gathering System AR-117


Year: 2005.

AFE amount:

Detail Design Project of connecting well AR-117 to Aryskum TOLF viafuture Satelite S-04. 4" Oil Flowline originates from Well AR-117 erminatesat point where in the future Satellite S-04 is to be installed. 4" flowlinelength is approx. 660 m. By a 4" by-pass line is provided a connection to 8"collector pipeline (aprox. 2400 m in length) running to TOLF Inlet Manifold.The both line are pigged.

Project name: Aryskum LPG Storage - Akshabulak

Service: Engineering, Procurement Supp, Construction Supp. (MSS)

Year: 2005.

The LPG from the GTP process shall be pumped to an LPG storage systemto be located on an adjacent site to the GTP facility.

Therefore PM Lucas has designed Liquefied Petrol Gas storage and tankcars loading facility, with the following capacities:Storing capacity: 12 LPG above ground bullets, 200 m3 each, 2400 m3total storing volumeLoading capacity: three pumps and three tank loading stations 45 m3/h unitcapacity

Project name: Gas Treatment Plant - Akshabulak

Service: Engineering, Procurement Supp, Construction Supp. (MSS)

Year: 2005.

In the existing COPS facilities all incoming inlet fluids was directed to thehigh-pressure separators. The gas and oil are separated and oil is thenheated and enters the low-pressure separator. The produced crude oil isthen sent to the storage tanks, while all gas (from all stages - high pressure7.5-9.0 bars, low pressure 1.5-3.0 bars and tank gas recovery) was flared.This facility is designed to capture all of the gas currently being flared anddirect it to the proposed gas treatment facility. In order to sell the gas, thesame must be treated to meet hydrocarbon and water dewpoint so that itcan be pipelined to the delivery point at Kyzlorda.

Project name: CPF - SEPARATOR SYSTEM INSTALLATION

Service:

Year: 2004.

AFE amount:

Konys Oil Field Gathering System involves 25 wells, located in the north

part of the Konys Oil Field (Republic of Kazakhstan). Three of them areequipped to produce by gas lift system; others produce as natural flowingwells. The Gathering System comprises four (4) Measuring Stationswith Satellite Units , Line Heaters, three 8" collector pipelines, 25 flowlines(3") and Inlet Manifold at the CPF. At each colector pipeline and flowlineare installed pigging devices. Line Heater and Chemical Injection Packageare installed at each Well Site too. Well casing gas is used as fuel gas andpower gas for pump chemical injection.




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Project name: KazGerMunai –Akshabulakh Early Sales Gas ProductionFacility

Service: Engineering, Procurement, Commissioning, Construction(MSS), Maintenance

Year: 2004.

AFE amount: $ 1,200,000 Early Sales Gas Production Facility is designed in order to providetemporary Sales Gas supply for City of Kyzylorda, before regular GasTreatment Plant is going to be finalized.After two phase separation using conventional horizontal separator,produced gas is going to be treated by ‘BORSIG’ Membrane Filtration Unitobtaining good quality Sales Gas and Permeate going to further process.Produced Sales Gas is transported by existing NPS 12” Sales Gas Pipelineto the City of Kyzylorda.This Facility is Designed, Procured and Constructed in two months only.PM Lucas is providing Maintenance of this Facility.Design capacity of the system is 2100 Scm/h of Sales Gas.

Project name: Akzhar Field Development –Central Trial Process Facility

Service: Engineering, Procurement, Commissioning, Construction

Year: 2004.

The Main Facility (CTPF) would be designed to handle 5000 BFPD with a20% water cut and design GOR of 4m3/m3 and would include all tankage,utilities and water injection equipment to handle this. Provisions forinstallation of future required equipment necessarily for handling the flowrate of 7500 BOPD with 40% water cut will be provided. The key element ofthe approach is to install the CTPF in three distinct stages to match thecash flow with the drilling and overall development. The first stage wouldprovide for the expected production from the existing wells and the 2004drilling program together with the basic infrastructure. The second stagewould provide for additional production and/or increased water cut orspecial additions to handle operational problems that may have arisen afterthe initial phase. The final phase would bring the facility to full throughputwith any additional tankage and pumping or to address operationalproblems. The test and group lines from the North and Southeast wing willbe flowlined to the main facility with suitable inlet manifolding and testseparation.

Project name: Gas Treatment Plant and LPG Storage

Service: Detailed Design

Year: 2004.

GU KAZGERMUNAI (KGM), a joint venture of RWE-Dea AG, Erdgas-ErdölGmbH, IFC and PetroKazakhstan Kumkol Resources (PKKR), installed aGas Treatment Plant (GTP) on a location adjacent to the AkshabulakOilfield Central Oil Processing Station (COPS) in Kazakhstan. The newGTP is a stand-alone facility and receive wet gas feed stock from theCOPS. The processed gas is delivered to KazTransGas (KTG). KTGdesigned and installed a gas pipeline and transport the gas to the city ofKyzylorda.The LPG from the GTP process is pumped to an LPG storagesystem to be located on an adjacent site to the GTP facility. The total LPGstorage system in Akshabulak and Kyzlorda is designed for 7 days of LPG production capacity.

Capacity of GTP Facility is 300 MM3/year of Wet gas.




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Project name: CENTRAL TRIAL PROCESS FACILITY Akzar Field


Year: 2004.

The Main Facility (CTPF) is designed to handle 5000 BFPD with a 20%

water cut and design GOR of 4m3/m3 and includes all tankage, utilities andwater injection equipment to handle this. Provisions for installation of futurerequired equipment necessarily for handling the flow rate of 7500 BOPDwith 40% water cut will be provided. The test and group lines from the Northand Southeast wing are flowlined to the main facility with suitable inletmanifolding and test separation.

Project name: Gathering System Akzar Field


Year: 2004.

Gathering System – Remote header packages will be installed in the North

and SouthEast fields to minimize the flowlines to the Central Trial Process Facility (CTPF) and to provide the greatest flexibility for additional wells as they are drilled. The wells in the wings will be flowlined to the remote headers located at central locations in each wing. Each remote header package will contain ten spot test and group line manifolds. From the Remote headers flow will be provided to Main Facility (CTPF) through two independent lines-group and test line. Group line will be sized to accept the flow rates of 20 wells

Project name: Akzhar Field Development – Oilfield Gathering System

Service: Engineering, Procurement, Commissioning, Construction

Year: 2004.

Gathering System – Remote header packages will be installed in the Northand SouthEast fields to minimize the flow lines to the Central Trial ProcessFacility (CTPF) and provide maximum flexibility for additional wells as theyare drilled. The wells in the wings will be flowlined to the remote headersset at central locations in each wing. Each remote header package willcontain ten spot test and group line manifolds. From the Remote headersflow will be provided to Main Facility (CTPF) through two independent lines-group and test line. Group line will be sized to accept the flow rates of 20wells

Project name: Konys Oil Field Development – Oilfield GatheringSystem

Service: Engineering

Year: 2004.

Konys Oil Field Gathering System includes 25 wells, located in the north

part of the Konys Oil Field (Republic of Kazakhstan), three of which areequipped to produce by gas lift system; others produce as natural flowingwells. The Gathering System comprises four (4) Measuring Stationswith Satellite Units , Line Heaters, three 8" collector pipelines, 25 flowlines(3") and Inlet Manifold at the CPF. At each collector pipeline and flowlineare installed pigging devices. Line Heater and Chemical Injection Packageare installed at each Well Site too. Well casing gas is used both as a fuelgas and power gas for pump chemical injection.




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Project name: Aryskum Oil Field Development – Gas Re-Injection Plant

Service: Engineering, Commissioning Supp., Construction Supp.

Year: 2004.

The low-pressure solution gas from Aryskum TOLF is collected off thedegassing vessel and pipelined in a single 10 NPS low-pressure pipeline to

the Aryskum Central GUP. A single new multi-stage reciprocating gasinjection compressor is installed. A single 3 NPS high-pressure injectiongas pipeline run from injection compressor discharge to injection well andAR-3. Provision will be made in the pipeline for future connecting theinjection well to AR-2.The gas injection compressor station will be designedwith inlet gas manifold, and Process drain system will be connected into anew flare KO drum. The compressor station will have necessary electricalpower and utilities from the Aryskum TOLF facility.

Project name: Konys Oil Field Development – Early ProductionSystem


Year: 2003.

Project name: Konys Oil Field Development – Gas Motor GeneratorBuilding Design


Year: 2003.

Brief Description: Dimensions of the building: 9.0 x 15.0 m, H=5.0 m.Steel frame structures are covered by metal sheet “sandwich” panels.

Project name: Konys Oil Field Development – Tank Farm Electricalinstallation


Year: 2003.

Brief Description: Complete Electrical installation of Konys Tank Farm wasdesigned, Including Transformer stations, MCC, Grounding and Lightningand external lights. Gas Motor Generator installation and connection weredesigned, as well.




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Project name: Akshabulak Water Injection Unit

Service: Engineering, Commissioning, Construction, Maintenance

Year: 2003.

Brief Description: The design includes Pump Station consisted of two

injection pumps: main - BRN1 (136,8 m3

/h) and spare - 9MGR (64 m3

/h).Water from water well is pumped by submersible pump through chemicaldosing units and filtration units to BRN-1 injection pump. This pump injectswater into oil well.

This facility was completely designed, procured and constructed by PMLucas Enterprises Ltd. Management and maintenance services are alsoprovided by PM Lucas Enterprises Ltd.

Project name: KAM Fields Development - KAM Pipeline AutomationProgram

Service: Engineering Supp., Commissioning Supp.

Year: 2003.

AFE amount: Part of the KAM Pipeline Project

Brief Description: Automation system on Two Pump Stations wasimplemented: Main Kumkol Pump Station, Aryskum Pump Station andTank Farm and Railway Loading Facilities on Dzushaly. DCS systemDELTA V was distributed on three locations, with approximate distancebetween them of 170 km. All Work Stations are connected throughredundant fibre optic line. Control, indication, recording and alarming ofabout 1000 IO points in the field is achieved. It is possible to control KAMPipeline equipment from each of the three control rooms. Maintenance: itis possible to maintain the complete pipeline system from Kumkol ControlRoom.

Project name: KAM Fields Development - Dzhushaly Rail LoadingBlock 1 & 2

Service: Engineering Supp., Commissioning Supp., ConstructionSupp.

Year: 2003. AFE amount: Part of the KAM Pipeline Project

Brief Description: Composed of all requested railway facilities necessaryfor safe terminal function, Oil Loading Terminal enables loading of sixtrains with sixty oil tank cars per day. It means that the terminal is capableto load 21600t of oil per day. Railway oil loading terminal consists of: mainline, receiving and dispatching tracks, two shunting tracks, two loadingtracks, track for storage defective oil tank cars, tracks for transferring oilfrom defective oil tank cars to good ones and inspection tracks forrepaired cars.

Project name: KAM Fields Development - Dzhushaly Oil Rail LoadingTerminal

Service: Engineering Supp., Commissioning Supp.

Year: 2003.

AFE amount: Part of the KAM Pipeline Project

Brief Description: Dzhusaly Oil Road Loading Terminal accommodates

crude oil from Kumkol and KAM oil fields. From four storage tanks, 20000m3 each, crude oil is pumped to sixty hermetic loading arms (max loadingcapacity of arms is 90 m3/hour) located on both sides of a loading rack.Loading capacity is 1000 m3/hour. Vapour from rail cars is flared by flaringsystem. Apart from storage tanks and loading rack, the Terminal isequipped by electrical power source, heating system and sewagetreatment plant.




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Project name: 12” Oil Collector Extension

Service: Engineering, Construction Supp.

Year: 2003.

AFE amount: $ 250,000

Brief Description: At the distance of 4,5 km upstream of the CPF Inlet,there is a tie in point where the flows from two existing oil collectors (OilCollector #3 i.e. New Gas Collector flow into Oil Collector #1 i.e. Old OilCollector) are brought together. Due to evident problems with incrementalflow rates and pressures, Oil Collector #3 was extended.

Project name: 10” South Kumkol Oil Collector


Year: 2003.


Brief Description: Oil Collector #4 i.e. 10” South Kumkol Oil Collector was

designed to release and relieve the existing Oil Collector #1 i.e. Old OilCollector and to re-direct and gather both flows from South KumkolGathering Stations SKGS-01 and SKGS-02 directly to TDE Unit and to theinlet manifold prior to reaching the Kumkol CPF Vessels.

Project name: LPG Bottom Loading Facility at Shymkent Refinery


Year: 2003.


Brief Description: The Project included upgrading of the existing LPG toploading system by providing bottom loading to railway containers. Thecomplexity of the project is aggravated by hazardous conditions andreconstruction of the old Russian-made piping arrangement and it’smodification to the ANSI standards. After upgrading, the new installationprovides non-simultaneous top or bottom LPG loading at the same loadingspot. The complete work, from design and equipment purchase to the firstloading was completed in four months.

Project name: CPF Inlet Manifold Debottlenecking


Year: 2003.


Brief Description: Due to a great pressure drop at the Kumkol CPF

incoming inlet collectors, and the resulting vibrations, fluctuations andpumps operating problems, all piping at the CPF inlet was upgraded. Themost important attribute for this project is installation of a new pipingarrangement in the existing system without closing of the facility.




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Project name: KAM Fields Development - Aryskum TOLF - AryskumBooster 6” Pipeline


Year: 2003.


Brief Description: The treated, on-spec, oil from Aryskum TOLF is pumpedto the Aryskum Booster Station through 6” buried oil pipeline in the lengthof 22.5 km. The capacity of pipeline is 4,000 m3/d. At the outlet from theAryskum TOLF pump station the temperature is 45

0C and at the inlet of

the Aryskum Booster Station is 200

C. Maximum operating pressure atAryskum TOLF pump station is 94 bars (Pressure rating is #600).

Project name: BAGA Terminal Tank Farm Extension


Year: 2003.

AFE amount: $ 1.0 million

Brief Description: The design includes conversion of four existing 3,000m3 diesel and gasoline storage tanks to crude oil service. The conversionrequired capital expenditures, both on the BAGA terminal and PKOPrefinery. Conceptual and detailed engineering of upgraded facility,including piping modifications on the PKOP and BAGA sites, wereprovided within the Project. The Project resolved heating technology of thecrude oil tanks by installing both oil heater and circulation pump, as well ascrude oil transportation through 1,500 m long pipeline between theTerminal and Refinery in Shymkent in both directions and flushing of thepipeline by diesel during winter period.

Project name: Mini FWKO at GS-24


Year: 2003. AFE amount: $ 1.5 million

Brief Description: For the purpose of removing the increased quantity ofproduced water from the Gathering Station 24, a new water separationfacility was installed, with a new 100 m3 separator installed between theexisting sputnik equipped with spider valve and the existing groupseparator. Oil and gas return to the existing separator and the producedwater is pumped to the water injection facility. The facility is designed tohandle 3,500 m3/d of Oil, 8,000 m3/d of Water and 350,000 Sm3/d of gas.Eigenvalue equipment: 100 m3 three phase separator, produced watertransfer pumps, 400 produced water break tank, upgraded flare system,chemical injection skid packages, drain vessel, etc.




Brief Description: With the aim to remove the increased quantity ofproduced water from the Gathering Station 04, a new water separationfacility was installed, with a new 100 m3 separator installed between theexisting sputnik equipped with spider valve and the existing groupseparator. Oil and gas return to the existing separator and the producedwater is pumped to the water injection facility. The facility is designed tohandle 3,500 m3/d of Oil, 5,000 m3/d of Water and 250,000 Sm3/d of gas.Eigenvalue equipment: 100 m3 three phase separator, produced watertransfer pumps, 400 produced water break tank, upgraded flare system,chemical injection skid packages, drain vessel, etc.




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Project name: KAM Fields Development - Main Kumkol Pump Station


Year: 2003.


Brief Description: Two centrifugal serial pumps were installed with thecapacity of 1260 m3/h at differential pressure from 38 bars. The main taskis to enable crude oil shipment from Kumkol Tank Farm to DzushalyTerminal.

Project name: KAM Fields Development - Kyzylkia CPF to AryskumTOLF 6” Pipeline


Year: 2003.


Brief Description: The treated oil from Kyzylkia is pumped to the AryskumTOLF through 6” buried oil pipeline in the length of 28 km. The capacity ofpipeline is 2,000 m3/d. At the inlet of the pump station the temperature is45

0C and at the inlet of the Aryskum TOLF is 20

0C. Maximum operation

pressure at Kyzylkia pump station is 94 bars (Pressure rating is #600).

Project name: South Kumkol Free Water Knock Out



Brief Description: To remove the increased quantity of produced waterfrom the Gathering Stations, a new FWKO facility on the Central PlantFacility (CPF) oil inlet collector was installed. Produced water is pumped tothe Water Injection Facility while oil is pumped to the CPF. The facility isdesigned to handle 6,100 m3/d of Oil, 11,000 m3/d of Water and 13,000

sm3/d of gas. Eigenvalue equipment: 200 m3 three phase separator,crude oil transfer pumps, produced water transfer pumps, 400 producedwater break tank, flare system including flare stack, arrestor and flareknock out drum, chemical injection skid packages, drain vessel, etc.

Project name: KAM Fields Development - Kumkol 28,000 tones CrudeOil Storage (CPF Tank Farm Expansion)


Year: 2003.


Brief Description: Kumkol Central Production Facility (CPF) is the mainsupply source for shipment of crude oil in the new NPS 16 KAM pipelinefrom Kumkol to Dzhusaly. The Kumkol CPF tank farm consisted at thattime of 6 large oil storage tanks feeding the KTO pipeline. All crude oil

from these tanks is shipped to Shymkent. New tanks were added toincrease oil storage capacity at Kumkol and allow shipment of crude oil inboth the KTO and KAM pipelines at the same time without breakingnormal daily operations. The main task is to allow crude oil shipments tothe KAM pipeline and determine and design facilities necessary for re-cycling off-spec oil from any of these tanks to the existing onsite processseparator (TDE). The initial design flow rate for the KAM pipeline is 900m3/h. The Facility was designed for a nominal flow rate of 1260 m3/hr.




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Project name: KAM Fields Development - Aryskum Booster PumpStation


Year: 2003.


Brief Description: Two centrifugal serial pumps were installed with thecapacity of 1260 m3/h at differential pressure of 48 bars. The main task isto allow crude oil shipment from Aryskum Pump Station to the DzushalyTerminal.

Project name: KAM Fields Development - Aryskum Truck Off LoadingFacility


Year: 2003.


Brief Description: Aryskum TOLF is the central process facility for the KAMOil Field. Oil from Kyzylkia oil field coming through 6” oil pipeline, oilgathered at Aryskum oil field and oil trucked off from all KAM field singlewells is processed at this facility. Besides inlet manifold and truck offloading station, the facility includes 100 m3 three phase separator, storage

– settling 2 x 1,000 m3 oil tanks, flare and drain system, productionheaters, glycol system for oil and fire water tank heating.

Project name: KAM Fields Development - KAM Main 16” Oil Pipeline(Kumkol - Aryskum Booster Station - Dhuzaly Terminal Pipeline)

Service: Engineering Support

Year: 2003.

AFE amount: $ 80 million

Brief Description: The oil from the Kumkol CPF storage tanks is pumped tothe Dhuzaly Terminal through 16” buried pipeline, length of 176 km.Capacity of pipeline is 5 - 6,6 million tones per year. Inlet temperature is50

0C and outlet at Dhuzaly is 19

0C. Maximum working pressure at Kumkol

and Aryskum pump stations is 63 bars. Pressure at the pipeline end is 2,8bars. The pipeline is protected by cathode protection stations along thepipeline.

Project name: Electrical Submersible Pump Installation Phase 1 & 2


Year: 2002. - 2003.


Brief Description: The Customer, according to the business schedule,planed to apply ESP Artificial Lift System on certain numbers of mainproduction field wells, instead of the existing artificial lift methods (PCP).This substitution is followed by a significant production increase, requiringadequate updated and modified gathering station piping arrangement.




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Project name: KAM Fields Development – Oil Gatherings


Year: 2002.


Brief Description: Crude oil from specific well heads is gathered throughthe system of flow lines from production wells to the manifolds of thegathering stations or trucked off as done at Aryskum and Maibulakh Oilfields. Design includes installation of line heaters and pigging devices.

Project name: KAM Fields Development - Maibulakh Water injectionSystem

Service: Engineering Support

Year: 2002.


Brief Description: Produced water from Kyzylkia CPF is transported bytrucks to Maibulakh Water Injection Facility. The facility consists of 40 m3Off Loading Break Tank, 1,000 m3 produced water storage tank and skidmounted high pressure pump station. The pump station includes boosterand high pressure produced water injection pumps (capacity of 3 x 21m3/h @ 115 bars). Make up water is provided by raw water well andsubmersible electrical pump. From this pumps station the water is takenby four discharge high pressure produced water flow lines to waterinjection wells.

Project name: KAM Fields Development - Kyzylkia CPF Upgrade forWater and additional Gas Separation


Year: 2002.


Brief Description: Previously designed EOPF facility was upgraded byinstalling one 43 m3 gas separator and additional 6” flare stack due to theincreased GOR. Inlet pig manifold was upgraded to accomodate emulsionincoming from specific oil wells. Eigenvalue equipment: 400 m3 producedwater tank with pertaining truck loading facili ty.




Brief Description: With the aim to remove the increased quantity ofproduced water from the Gathering Station 14, a new water separationfacility was installed, with a new 100 m3 separator installed between theexisting sputnik, equipped with spider valve, and the existing groupseparator. Oil and gas return to the existing separator and produced water

is pumped to the water injection facility. The facility is designed formaximum oil production of 2,600 m3/d through the facility, 1,750 m3/d ofwater and 120,00 sm3/d of gas. Eigenvalue equipment: 100 m3 threephase separator, produced water transfer pumps, 400 m3 produced waterbreak tank, upgraded flare system, chemical injection skid packages, drainvessel, etc.




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Project name: Free Water Knock Out 02


Year: 2002.


Brief Description: The Facility was designed to handle production flowsfrom the existing gathering stations upstream in most economical andeffective way. It was intended to remove as much water as possible fromGS’s and take the produced water through a pipeline to the existing waterinjection facility at the Kumkol oil field. As it is installed on the existing oilcollector, the oil is pumped back into the downstream section of thecollector. The facility was designed to handle 10,000 m3/d of fluid (waterand oil) and 8,000 m3/d of water. Produced water is pumped to the WaterInjection Facility while oil is pumped to the CPF. Eigenvalue equipment:200 m3 three phase separator, crude oil transfer pumps, produced watertransfer pumps, 1,000 m3 produced water break tank, flare systemincluding flare stack, arrestor and flare knock out drum, chemical injectionskid packages, drain vessel, etc.

Project name: Reconstruction of Gathering System at South Kumkol


Year: 2001.


Brief Description: Flow lines were re-routed due to synchronous work oftwo existing gathering stations at South Kumkol Oil Field. Apart from re-routed flow lines, an 8” oil pipeline was installed, as well.

Project name: Kumkol Water Injection System Upgrade


Year: 2001.


Brief Description: According to the previously made study, water injectionline to the specific water injection wells or oil wells, converted to the waterinjection wells was designed and installed. Injection capacity is 23,000m3/d of produced water. Injection pump station includes one producedand raw water tank, raw water well with pertaining submersible pump, 4+2booster (223 m3/h @ 3 bar) and 4+5 main injection pumps (137 m3/h @120 bars).

Project name: Kyzylkia Early Oil Production Facility (EOPF)


Year: 2001.


Brief Description: The Facility for handling 1,200 m3/d of oil wasinstalled; design water cut 25% and GOR 75. The facility consists of eightflow lines, pig manifold, test separation unit, 100 m3 production separator,test heater 0,7 MW, production heater 1,8 MW, oil storage tank 1000 m3,crude oil loading facility 50 m3/h, glycol water heating system, firesuppression system, flare system, draining system, etc.




Project name: Free Water Knock Out 01

Service: Construction Support

Year: 2001.


Brief Description This Facility was designed to handle production flowsfrom the existing gathering stations upstream in most economical andeffective way. It was intended to remove as much water as possible fromGS’s and the produced water to be taken through a pipeline to the existingwater injection facility at the Kumkol oil field. As it is installed on theexisting oil collector, the oil is pumped back into the downstream sectionof the collector. The facility was designed to handle 12,500 m3/d of fluid(water and oil) and 7,500 m3/d of water. Produced water is pumped to theWater Injection Facility and oil is pumped to the CPF. Eigenvalueequipment: 200 m3 three phase separator, crude oil transfer pumps,produced water transfer pumps, 3,000 m3 produced water break tank,flare system including flare stack, arrestor and flare knock out drum,chemical injection skid packages, drain vessel, etc.

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