Engineer Engineering

PROFESSIONAL EXPERIENCE: TOTAL **+ YEARS

Nationality Indian

Year of Birth 1981

Profession Mechanical Engineer

Specialisation Pipeline engineering

KEY QUALIFICATIONS

Graduate Engineer having around twelve years of experience in detailed engineering of oil and gas pipeline/piping.

Experience as a pipeline engineer includes co-ordinating with engineers and designers for the entire pipeline design activities for pipeline projects, chemical and petrochemical plants and oil and gas facilities.

Having experience in buried pipeline design and engineering for high grade carbon steel, GRE pipelines.

Involved in checking/preparation of key engineering documents which include speciality pipeline items, piping specifications, valves and technical bid evaluation and vendor drawing review etc

Well versed with various statutory rules and regulations for development of key engineering drawings like alignment drawings, pipeline construction drawings, plot plan and piping general arrangement drawings for oil and gas facilities.

Providing Geospatial data management and Geographic Information System (GIS) analysis and mapping Solutions for Oil & Gas Sector. Well versed in GIS tools include spatial analyst, Geo-Processing, 3D analyst and arc hydro.

Well conversant with PDO ERDs & SPs, Shell DEPs and International Codes & Standards like ANSI, ASTM, API, ASME, and BS.

Computer literacy:

–MS Office

–CAESAR II – Version 9

–MS Projects

–AutoCAD 2010

–Geographical Information System (GIS)

EDUCATION AND PROFESSIONAL STATUS

B.E Mechanical Engineering (2005), K.L.N Engineering College (Affiliated to Anna University, India)

EXPERIENCE RECORD

2012 – present MOTT MACDONALD GROUP

2012 – present Senior Engineer, Pipeline – Mott MacDonald & Company LLC, Oman

Projects Handled:

a)Amin-Off Plot Water Injection Development – PDO – Detail Design

• 4 nos. individual gross infields CS - PE lined headers (18” NPS app. 4.6 km, 10” NPS app. 1.5 km, 18” NPS app. 4.5 km, 10” NPS app. 4 km) from each RMS area to the Amin station for collection of gross fluids from all new MSV units.

• CS - PE lined pipelines (28” NPS app. 4.5 km) for transporting gross fluids from the new Amin production wells to the Amin station.

• CS - PE lined pipelines (24” NPS app. 3.5 km) for transporting gross fluids from the existing NFA gross production at Amin field area to the Amin station.

• CS - PE lined pipeline (18” NPS app.3.5 km long) from the Amin station to the existing 34” NPS KMW-Nimr Station gross fluids pipeline for transporting emulsion fluids for further processing at Nimr Station.

• CS - PE lined pipeline (32” NPS app. 10 km long) for water injection from the Amin station to the Amin field, WI Infield Headers (2 x 24” NPS app. 4 km & 6 km long) and water injection manifolds/sub-headers (10 x 12” DSS /12” CS – PE variable length) for routing of water to the flow lines of individual WI wells.

• CS (6” NPS app. 1.8 km long) pipeline for gas receipt from SOGL via Amin Steam Pilot Project tie-in.

b)Wadi Latham to Al Barakah – 32 km Pipeline Project – OXY (Feed + Detail Design)

• 16” CS pipeline from Wadi Latham pig launcher to Al Barakah pig receiver of approximately 35 km long, with one Block Valve Station in between for future Tie in.

• Pig Launcher facility at Wadi Latham Area

• Pig Receiver facility at Al Baraka Area.

• Tie in from the new 12" Pipeline Pig receiver to Existing Pig receiver in Al Barakah Area.

c)10” Farwest to CPF Pipeline Project – OXY (Feed + Detail Design)

• 10” CS pipeline from Farwest pig launcher to CPF pig receiver of approximately 12 km long, Above Ground Pipeline.

d)Greater Rima Off Plot Field Development Project – PDO (Detail Design)

• 23 Nos New MSVs

• 23 Nos 10” & 8” A/G headers starting from the New MSVs connecting to the Remote Manifolds.

• New 24”, 28 km, GRE (U/G) Pipeline from Runib to Rima, looping with existing 20” GRE Pipeline inside RNGS.

• New 24”, 9 km GRE (U/G) Pipeline from Thayfut to Runib-Rima intersection, replacing existing 8” CS pipeline.

• New 14”, 14 km, GRE (U/G) Pipeline from Runib South Off-Plot manifold to new 24” GRE pipeline at Runib, replacing existing 8” CS-PE pipeline.

• Two 10” DWD disposal (A/G) flow lines of CS-PE of each 6.0 km length from DWD Phase-1 to new DWD wells.

e)Marmul Rationalisation Project – PDO (Feed + Detail Design)

• 8” Above Ground with CS – PE/ROTO Pipeline of 8km from Sludge pit to Marmul Main Production Area.

• With permanent Pig Traps

f)AP RTQ Flare Gas Recovery Project - PDO. (Feed + Detail Design)

• 6” Under Ground GRE –Pipeline of 30 km from Thuleilat via Qaharir to Marmul Main Production Station.

• 4” Under Ground GRE –Pipeline of 7.2 km from DWD/WTP to Marmul Main Production Station.

g)Runib Flank Development Project

• 5 Nos New MSVs

• 5 Nos 8” A/G headers starting from the New MSVs connecting to the Remote Manifold

.

• One 18” (A/G) Pipeline lines of CS-PE of 2.0 km length from Runib Manifold to Runib Gathering Station.

• Two Tie-in inside the Runib Gathering Station.

Responsibilities

–Preparation of various technical specifications and material requisitions for speciality items like pipeline isolation valves, pipeline fittings, barred tees, flanges etc

–Development of the Basis of Design and the project schedule for the design and detailing activities

–To carry out various design calculations like line pipe wall thickness for various design factors and across various types of road crossings

–Development of specifications for pig trap systems based on various project specific requirements like different materials of construction, applicability of various codes and standards and pigging requirements

–Stress analysis input

–PE liner wall thickness calculation

–Technical Bid Evaluation of various pipeline items and pig traps

–Preparation of Construction Scope of Work for various projects to describe the construction activities and the systems to be followed by the construction contractors

–Hydrostatic Test Pressure calculations for the pipeline system based on various design parameters involved

2011 - 2012 Larsen & Toubro Ltd, Abudhabi, UAE.

Engineer - Pipeline

Projects Handled:

Bida Al-Quemzan Field development Project

16” - 20km Under ground pipeline,3LPP coated and cathodic Protected with permanent pig launcher and receiver.

Responsibilities

–Preliminary and detailed analysis of pipeline routing, piping layouts, P&ID’s, Tie-in, Isometric sketches.

–Provided specification for piping elements such as valve and flange.

–Preparation of Survey scope of work for pipeline route survey and survey of new plot for pipeline facility.

–Preparation and checking of Wall thickness, Hydro test pressure, Road crossing and PE lining Thickness calculations as per International codes standards.

–Carrying out all associated Pipeline Engineering Calculations such as thickness analysis, combined stress analysis, upheaval buckling analysis using OTA and K Peters method, Crossing Calculations etc.

–Preparation and checking of Pipeline Design basis

–Attend site quires and provide engineering support to the construction and commissioning team..

–Review of other General project deliverables as required.

–Coordinating with vendors regarding Technical issues.

–Liaised between related disciplines to ensure project requirements.

–Reporting outcomes of project, monitored activities on a regular basis and advised corrective actions as to need to ensure timely completion of projects

–Ensure project pipeline engineering activities executed according to the Specification, within budget, with in scope and meet time schedule.

2009 - 2011 GALFAR ENGINEERING & CONTRACTING SAOG, MUSCAT, OMAN

Engineer- Pipeline

GALFAR ENGINEERING & CONTRACTING SAOG, MUSCAT, OMAN.

PROJECT DETAILS:-

EPC of Qarn Alam Steam Injection Off Plot facilities (USD 300 Million), Petroleum Development of Oman,

Comprising of the Below,

260 KM Pipe line Project (237 Km U/G & 23 Km A/G),

103 No’s. of Well Hook-ups

6 No’s of Multiport Selection Valves

6 No’s MSV Skids

Comprising of 7 no’s Mechanical system.

Responsibilities

–Preparation & Review the Pipeline deliverables like Alignment sheets, Calculations, layout drawings Specifications and Plot plans etc. Site investigation and Collecting Data for design, Preparation of Plan & Profiles etc

–Preliminary and detailed analysis of pipeline routing, piping layouts, P&ID’s, Tie-in, Isometric sketches

–Provided specification for piping elements such as valve and flange

–Tender Bid Evaluations for Pipeline Material Procurement

–Preparation and checking of Route selection report

–Preparation of Survey scope of work for pipeline route survey and survey of new plot for pipeline facility

–Preparation and checking of Wall thickness, Hydro test pressure, Road crossing and PE lining Thickness calculations as per International codes standards

–Familiar with Shell's Engineering Codes of Practices and Shell DEP standards and ASME

–Attend site quires and provide engineering support to the construction and commissioning team

–Review of other General project deliverables as required

–Coordinating with vendors regarding Technical issues

–Liaised between related disciplines to ensure project requirements

–Reporting outcomes of project, monitored activities on a regular basis and advised corrective actions as to need to ensure timely completion of projects

–Ensure project pipeline engineering activities executed according to the Specification, within budget, with in scope and meet time schedule

2008 – 2009 MANROCHEM Engineering Private Ltd, Chennai, India

(Previously INSPEC Laboratories)

Technip – 2175–DHT Complex at RIYADH Refinery, K.S.A

Khursaniyah Gas Plant Technip – Bechtel J.V,K.S.A

ONGC– (Nannilam terminal, Narimanam terminal) Karaikal Asset, India.

Nicholas Piramal INDIA.LTD. (Bulk chemical division) Ennore. Chennai, India.

Responsibilities:

Involved in general assembly drawings, Isometrics. Involved in MTO Preparation. Equipment layout plan & coordinating with construction team for preparation of as built drawings.

2005 - 2008 LONESTAR INDUSTRIES (IGP Group), CHENNAI

Design Engineer

Responsibilities:

–Review the Client specification regarding the inputs to design the EJ

–Selecting the suitable EJ according to the Piping system

–Designing the EJ as per EJMA standards

–Assigning the work to the Draught persons and giving instructions

–Interacting with Client regarding the Technical Requirements

–Getting approval of the G.A drawings from Client

–After getting approval preparing the Detail Engineering for Fabrication

Personal Details:

Father’s Name : Thirumurthy.R

Marital status : Married

Languages : English, Tamil

Address : No, 172, Philomina Nagar,IInd Street,N.K Road Thanjavur-613006 .TAMILNADU, INDIA.

Declaration:

I hereby declare that all the details furnished above are true to the best of my knowledge and belief.

Regards,

T. Venkatraman

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