•   Project Name:

  TECHNICAL SERVICE FOR ENGINEERING PROJECTS IN MEDC FOR YEAR 2023 & 2024

•   Source:

  UAE ， Petrochina

•   Contractor:

  CHINA PETROLEUM ENGINEERING CO. LTD.

•   Scope of Project:

  Detail Design

•   Project Time:

  2023- 2024

Project brief:

ALMASHREQ provide support to Client to screen and engage resources as provided by SERVICE PROVIDER based client’s needs and requirement to support existing project and upcoming proposals.

To carry out and complete the relevant Service Orders. This includes, but is not limited, to providing required Technical Service to support COMPANY for carrying out design engineering, detailed engineering, technical support for procurement activities such as; Material Requisitions (MRs), Technical Bids Evaluations (TBEs) & Vendor Data Requirements (VDRs), as well as support for the project management, planning , control, cost control, document control, construction and commissioning Work, as required. As part of this work, SERVICE PROVIDER will provide the required qualified Technical Service to COMPANY to execute the work at their premises in Dubai and Abu Dhabi, UAE. If services required are subject to be executed outside Dubai or UAE, further detailed agreement shall be agreed and addressed within each “Service Order”, as necessary.

To support COMPANY in bidding activities which includes, but not limited to providing the pre-bid engineering work and/or the preparation of bid packages for specific projects or scope of work that shall be clearly defined and agreed within the specific “Service Order”, as applicable.

To support COMPANY in marketing related activities, as required, including activities such as developing the marketing strategy and planning future prospects, etc.

•   Project Name:

  DS05 Test Train D&D Installation Project

•   Source:

  UAE ， Petrochina

•   Contractor:

  
  CHINA PETROLEUM ENGINEERING CONSTRUCTION CO. LTD.

•   Scope of Project:

  Detail Design

•   Project Time:

  2023

Project brief:

Located in south Iraq near the city of Basra, the Rumaila Oil Field runs down to the Kuwait border and is approximately 80km long by 20 km wide.so

BP Iraq NV (BP) and PetroChina Company Limited have been awarded a Technical Service Contract (TSC) for rehabilitation and improved production from the Rumaila Oil Field.

Rumaila oilfield is experiencing increased water production as the field matures which must be successfullymanaged in order to sustain and increase oil production, whilst maintaining product specification.

Currently DS05 Test Train operates with 4 stages of separators in series. Existing Test Train configuration does not have a Dehydrator & Desalter vessel’s. Each stage separator is horizontal two- phase separator operating at decreasing pressure levels. Flashed gases from each separator is routed to BGC / Flare through respective pressure control.

Degassed liquid from 4th stage separator is sent to Flow tank along with the produced oil from DS05 existing Trains 1 & 2. Separated Produced water is routed to existing disposal system.

To increase the wet crude handling capacity at DS05, a 60 mbopd D&D is to be installed.

The Project will use the already procured and delivered Cameron 60 mbopd D&D package for this purpose. The new Cameron D&D package shall be installed downstream of the Test 2nd Stage Separator. Produced water from the D&D package will be tied in to the existing PW header (from DS05 Train 1 & 2) routed to DS05 PWD system. Flash gases from new Cameron Package shall be tied in to the existing gas outlet header (from DS05 Train 1 & 2) to the hot flare/gas export. The D&D shall be connected to the 4th stage separator, the existing 3rd stage test separator will be bypassed and decommisioned as it’s separation function will be replaced by the D&D.

The scope of the project is full integration of the new D&D package within the existing degassing station test train, either by upgrading/expanding the degassing station’s existing utility systems or installing new utility systems so that the design intent of the new D&D package can be fulfilled. The current capacity of DS05 Test train is 24 mbopd. However, prior to start-up of the new D&D package ROO Operations plan to debottleneck the Test train to 60 mbopd under 0000RO-N-FE-DG05-OP-MOC-0156 and not part of this project scope.

•   Project Name:

  TECHNICAL SERVICE FOR WORKSHARE OF DETAIL ENGINEERING FOR FRAME CONTRACT FOR DESIGN PROJECTS (2022-2023)

•   Source:

  UAE ， Petrochina

•   Contractor:

  CHINA PETROLEUM ENGINEERING CO. LTD.

•   Scope of Project:

  Detail Design

•   Project Time:

  2022- 2023

Project brief:

The purpose of this Workshare Execution Plan (WEP) is to outline and communicate the nature and objectives of the Frame Contract for projects including ASAB, Majnoon, BIFP BCDS-new train upgrading, Block 10 and other projects if any. Workshare scope to Supporting Office, and to define responsibilities and the methods by which the Workshare aspects of the Projects will be executed

Proposes to manage and lead this work from CPE Middle East Design Center as the Home Office , with support from ALMASHREQ Office

Overall project management and control will be Home Office. Engineering design definition, project kick-off will be done in the Home Office. Detail Engineering in the scope per contractual requirement will be undertaken by the ALMASHREQ Office

•   Project Name:

  ENGINEERING SERVICES FOR BALANCE PIPING WORKS

•   Source:

  UAE ， ADNOC ， ORLEN LIETUVA Project Site

•   EPC Contractor:

  
  PETROFAC INTERNATIONAL (UAE) LLC.

•   Scope of Project:

  Detail Design

•   Project Time:

  2023

Project brief:

ORLEN Lietuva is implementing a comprehensive modernization program to meet the requirement for cleaner fuels and to improve its operational efficiency and long-term economic viability. As part of the modernization program OWNER intends to install a new Residue Hydrocracking Unit (RHCU) as per UNIFLEX Process of design capacity 592.74 (KMTA) at the plant located at Juodeikiai, Mažeikiai, Lithuania.

CONTRACTOR scope includes design, engineering, procurement services, fabricate, supply, construct erect, test, commission and put the plant into operation for what is considered ISBL, and provide to the OWNER the FEED of OSBL.

ALMASHREQ carried providing Complete Engineering work for Piping including Issue of Isometrics for Fabrication. The number of deliverables and schedule of delivery is furnished in the Attachment # 3 of this document which includes activities as below

• Modelling/Updating of lines in PDMS as per P&IDs including inline items, Instrumentation valves, pipe supports, Special items etc considering Process requirements/Layout/Access/Maintenance requirements and project specifications.
• Updating Instrumentation items as per Vendor data. & Minor changes in Equipment/Packages
• Performing Stress-analysis of Critical lines with Caesar software and supporting of Critical/Non-critical lines according to Project specifications.
• Mark-up in P&IDs for planometric changes. Making p&ids for Utility distribution including Steam Tracing system.
• Isometric generation from PDMS 3D-model. Doing consistency checks/ clash check/ and manual check of Isometric wrt P&IDs/vendor data/Instrument Interface details/Layout aspect and issuing the Isometrics for Fabrication (IFC) with all soft files wrt material (matc)/native dxf/native pdf/idf format.
• Maintaining all Check prints generated while doing all activity/Check and keeping records of it.

•   Project Name:

  ENGINEERING SERVICES FOR SAHIL OHASE III DEVELOPMENT PROJECT

•   Source:

  UAE， ADNOC Onshore

•   Contractor:

  
  PETROFAC INTERNATIONAL (UAE) LLC

•   Scope of Project:

  Provide Services for Proposal Bid Engineering for the following disciplines:
  • Process Engineering
  • Electrical Engineering
  • Mechanical HVAC
  • Piping
  •  

•   Project Time:

  2022 - 2023

Project brief:

Sahil field is located on-shore, south-east part of the UAE. The field is elongated with a main axis about 25 km long and 6km wide.

Post implementation of SAHIL FFD project in 2013, Sahil field is currently producing 100 MBOPD as sustainable production.

As per ADNOC-Onshore corporate objective to build additional 200 MBOPD, Sahil field was planned to contribute additional 4 MBOPD over the current sustainable rate of 100 MBOPD by Q4-2020. As an addition, ADNOC mandated 10 MBOPD production from Sahil field as part of Project 5.0 and directed to accelerate the FEED design to accommodate Project 5.0 contribution. Due to these above mandates, FEED for Sahil Phase-III development project considers 114 MBOPD as the sustainable oil production (135 MBOPD as technical rate).Design life of the project is 30 years.

One key element of the project is the expansion of the gas handling capacity, which will be required to ensure production sustainability. Based on the result of gas injection optimization study by Development, instead of injecting all associated produced gas, the selected option for gas handling is the partial gas export wherein all surplus gas above the existing injection compression facility capacity (85 MMSCFD) will be exported to ADNOC gas processing from Q4-2025.

Sahil Ph-III FEED was completed in 2020. Then, new production profiles have been considered for Sahil ph-III ReFEED. CONTRACTOR shall consider ReFEED as the reference for performing the WORK.

•   Project Name:

  GENERAL ENGINEERING SERVICE FOR RUMAILA OIL FIELD, REPUBLIC OF IRAQ

•   Source:

  Iraq ， ROO oilfield

•   Contractor:

  

•   Scope of Project:

  FEED Technical Assurance

•   Project Time:

  2022

Project brief:

Technical Assurance review of key FEED documents and drawings developed by Wood, which will form the basis of the EPC RFP.

Contractor to perform a technical review of all key engineering, design deliverables and datasheets for all major mechanical equipment items, ICSS Integration and E-house Substation.

Perform a review of process engineering and design basis associated with line sizing calculations, equipment sizing calculations, PFDs, PIDs, Philosophies and all other major engineering parameters associated with the integration of the new FWKO/PWT systems with the existing facilities within the station as well as gas export facilities to BGC.

Review and endorse the process safety design requirements and equipment layouts to ensure equipment locations are optimised to suite Safety, Process, Piping, Electrical, C&I and operational requirements.

Endorse the engineering power distribution strategy, power capacity calculations and preliminary cable sizing calculations taking into account current and future requirements.

Verify the Control Philosophies and developed system architecture including the scope of work for the Integrated Control and Safety System (ICSS).

ALMASHREQ setup a competent multidiscipline engineering team for the execution of above assurance services.

•   Project Name:

  ENGINEERING AND PROJECT MANAGEMENT MANPOWER SERVICES AGREEMENT

•   Source:

  Iraq ， Block 9 oilfield

•   EPC Contractor:

  

•   Contractor:

  

•   Scope of Project:

  PMC

•   Project Time:

  2019- 2024

Project brief:

The Block-9 Field is situated in the southern part of Iraq, in the Basra Governorate, approximately 50 km North of Basra City, and extends north and east to the International border with the Islamic Republic of Iran. The field is approximately 36km long and 24km wide, covering an area of approximately 865 km2 .

The Iraq Petroleum Ministry has awarded an Exploration, Development and Production Service Contract (EDPSC) to a consortium led by Kuwait Energy, subsidiary of United Energy Group Limited, as the Operator of the field, for the development of the Block-9 Field. BOC (Basra Oil Company) represents Iraq government to administrate Block9 oilfield.

Block 9 field is spread across two main reservoirs - Yamama and Mishrif which have different fluid characteristics. Yamama fluid is light oil having API 32-38. Mishrif fluid is heavy oil having API around 21.

ALMASHREQ carried providing dedicated staff and resources to ensure to meet the Client goals and schedule as project management consultancy. We give strong emphasize in meeting project schedules and understand it as one of the key factors in project success.

•   Project Name:

  Engineering Procurement Construction Commission for Mirkaaz Mall

•   Project Location:

  Ajman, UAE

•   End Client:

  Ajman Holding

•   Main Contractor:

  CSCEC ME

•   Project Time:

  January 8th, 2018, till December 2021

Project brief:

This project is located at the juncture of Ajman and Sharjah, near both the Sharjah and Dubai International Airports. This mall is to be built over the 92,903sqm land area and will host a hypermarket that will cover a total of 15,000sqm, while also encompassing more than 100 retail stores. It will become the new shopping, dining, recreation destination in Ajman. The project features an atrium roof (more than 7,900sqm) using ETFE technology to provide natural UV light within the mall.

AMG provide dedicated staff and resources to ensure to meet the Client goals and schedule as project management consultancy. We give strong emphasize in meeting project schedules and understand it as one of the key factors in project success.

•   Project Name:

  IPS Fire Fighting Designing - Abu Dhabi Crude Oil Pipeline

•   Project Location:

  Habshan, UAE

•   End Client:

  IPIC

•   Main Contractor:

  CPECC

•   Project Time:

  March 2009

Project brief:

Abu Dhabi Crude Oil Pipeline (ADCOP) starts from the Habshan onshore field in Abu Dhabi and runs to Fujairah on the Gulf of Oman. The 48-inch (1,200 mm) pipeline is 360 kilometers (220 mi) long, of which 14 kilometers (8.7 mi) is an offshore section. It passes east of Abu Dhabi city, through Sweihan and west of Al Ain. The pipeline has a capacity of 1.5 million barrels per day (~7.5×107 t/a). It cost $3.3 billion. The pipeline is designated to supply the refinery in Fujairah as also the Fujairah export terminal.

AMG provide dedicated firefighting engineering staff to support Main Pump Station (MPS) firefighting area detail engineering in Hanshan.

•   Project Name:

  AiP5 Off -Plot Facilities Project

•   Project Location:

  BAB - 160 km South West of Abu Dhabi City
  BU HASA - 200 km South West of Abu Dhabi City

•   End Client:

  ADNOC

•   Main Contractor:

  CPECC

•   Project Time:

  Februay 2024 to May 2025 - 15 Months

Project brief:

Abu Dhabi Company for Onshore Petroleum Operations Ltd. (ADNOC Onshore) intends to enhance and sustain crude oil production as part of Project-5 (AiP5 - PROJECT) mandate. This will be achieved by developing different reservoirs across PROJECT) mandate. This will be achieved by developing different reservoirs across.

BAB field contribution towards AiP5 mandate is 116 MBOPD, splitting between various reservoirs. In order to meet this production increment requirement existing surface facilities in BAB asset require necessary on plot and off plot upgrades/additions. Total sustainable production from BAB post AiP5 will be 601 MBOPD, with technical rate of 673 MBOPD considering 10% margin over sustainable production rate. New oil processing Train-9 installation is being carried out througha separate project, whereas balance scope forupstream/downstream “off plot facilities” will be carried out as part of this “Off plot EPCM PROJECT”. To meet the production enhancement objective mandate, The PROJECT shall aim to execute EPCM forall off plot facilities comprising of wellheads, flow lines, gathering network, production manifolds, MPFMs, well bays, Mini-pads, De-gassing and De-watering facilities, pipeline/piping E&I tie-ins, area decongestion and brownfield modifications of existing affected facilities.

BU HASA field contribution towards AiP5 mandate is 141.5 MBOPD, splitting between various reservoirs. In order to meet this production increment requirement existing surface facilities in BU HASA asset require necessary on plot and off plot upgrades/additions. Total sustainable production from BU HASA post AiP5 will be 791.5 MBOPD, with technical rate of 891 MBOPD considering 10% margin over sustainable production rate. New oil processing Train-6 installation is being carried out througha separate project, whereas balance scope forupstream/downstream “off plot facilities” will be carried out as part of this “Off plot EPCM PROJECT

•   Project Name:

  WAVE C3B BAB & BUHASA Field Project

•   Project Location:

  BAB - 160 km South West of Abu Dhabi City
  BU HASA - 200 km South West of Abu Dhabi City

•   End Client:

  ADNOC

•   Main Contractor:

  CPE

•   Project Time:

  Februay 2024 to May 2025 - 15 Months

Project brief:

ADNOC Onshore operates crude production facilities at ASAB, Sahil, Shah, QUSAHWAIRA, Mender, BAB, BU HASA and NEB (Al NOUF /RA). The crude production from these stations is routed to MP-21, and from there to the export terminals at Jebel DHANNA and Fujairah. Provisions exist for supply of crude to refineries at Umm Al Nar (Abu Dhabi) and Ruwais. ADNOC Onshore is currently producing around 2.0 MMBOPD of crude oil. ADNOC Onshore future plan (Year 2030) includes to increase the sustainable production by 2.4 MMBOPD. Figure 1.1: ADNOC Onshore Fields location.

The BAB field is located in a desert area, approximately 160 km southwest of Abu Dhabi city. The main processing facilities are located around BAB HABSHAN. The field is sour and particularly wells to the northeast of Bab field exhibit generally higher sourness. The processed Crude Oil from Bab Central Degassing Station (BCDS) is pumped to ADNOC Onshore export network and associated gas is delivered to ADNOC Gas Processing (AGP) for further processing.

BU HASA field is located 200 kilometres south west of Abu Dhabi. It is ADNOC Onshore most western producing field. It was discovered in 1962 and was put on production in May 1965. In BU HASA currently there are three Remote Degassing Stations (RDS-1/2/3) and two satellite stations BQ & HW. Production from oil wells from Bu HASA reservoirs and BQ & HW is routed to three Gathering stations (RDS-1, RDS-2, RDS-3). The combined production from the wells at each these stations is routed to Central Degassing Stations (CDS).