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Engineering Consultant Oil Corporation

Location:
Thane, Maharashtra, India
Salary:
As per company
Posted:
June 28, 2021

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Resume:

Sir/Madam,

Please find attached a copy of my CV for the Principal/PMC/HOD Piping Engineer for your action. As a committed, & suitable candidate for this vacancy, Your Requirement closely matches my skills and experience. Looking forward to hearing from you.

The Achievements & Annexure A, B, and C implies, the thorough dedication, knowledge, Innovation, and skill for Engineering Activities viz.

• Plot Plan

• Material (Mr, SR & TBT) to adhere to the client’s specifications and standards.

• 3D Environment Exposure helps space requirements and improves drawing efficiency.

• Management skills in saving manpower and cost.

• Design Review, Layout, and Material handling with the client.

• Coordination with different Engineering Departments, PMC, and Higher Management.

• Schedule, Cost and Quality Control of Engineering deliverables

• Stress analysis.

With regards

Sd/-

(Vivekanand. Gaonkar)

VIVEKANAD K. GAONKAR

Mobile : +91-993*******/816-***-****/971-*********

E-mail ID : adnexu@r.postjobfree.com, Skype ID : vivek2431

linkedin.com/in/vivekanand-gaonkar-29975521

A Committed professional with 33 years of experience executing Diversified Engineering Projects of large magnitude within strict time schedules, cost & quality; targeting senior level assignments in Piping and Pipeline Engineering for FEED, EPC,EPCM and Brownfield for offshore and on shore piping Projects.

Location Preference: Overseas

Profile Summary

●Worked in the environment of AutoCAD, Caesar II, CAE Pipe, and PDS / PDMS/SP3D for Piping Engineering Projects as per ANNEXURE A below.

●Adhered to national & international standards and other piping related std. ASME (B31.3/31.4 & 31.8), API & MSS codes

●Activities & Review related to Piping engineering and Design. Support/Assist/Guide other Piping Engineers with the performance of their assignment.

●Direct and Review, the work performed by the Piping Designer / Piping Subcontractor.

●Direct and coordinate the work performed by the Pipe stress and Piping Material Engineers.

●Optimise the Material selection and design to achieve the lowest possible quantities and subsequent cost, but without compromising on safety, quality and Project requirements.

●Review customer technical requirements and Incorporate in Project related Specification and Drawing. This shall be done in coordination with the Piping Stress, Piping Material and Painting & Insulation Engineers, for the issues related to these disciplines.

●Developing and directing project plans with the Engineering Project Manager (e.g. project budget, schedules Assisting in project decisions, and change management requirements etc.)

●Communicating change orders Participating in meetings with client, Technical Issue Resolution and executing change management processes.

●Reviewing stamped and finalized drawings (including piping plans and sections, piping isometrics, piping supports, tank and vessel layouts and details, etc.)

●Provided detail engineering, construction & procurement assistance for RIL Pipeline Project JNPT / Kalamboli Project including conducting site survey and preparing alignment sheets as per OISD-141 (Design, Construction and Inspection Requirement for Cross-country Liquid Hydrocarbon Pipelines) .

●Performed PDS administration work such as PCM & PCD in the absence of PDS Administrator

Core Competencies

Piping & Pipeline Engineering Project Execution as per Planning & Schedule Quality Audits

Site Visits & Surveys Commercial Bid Evaluation Compliance

Client Relationship Management Procurement / Vendor Coordination Business Development Support

Organizational Experience

Since Oct-19 to DEC-19 with Technip France Ltd. Abu Dhabi as Discipline Lead (Piping) for PMC activities

At ADNOC office at Abu Dhabi for piping activities such as Plot plan verification, MTO and Tender technical Queries for the FEED done by ADNOC subcontractor.

The HGD development comprises the following main facilities:

• Six artificial island Drill Centres (DC’s), accommodating the new development wells and separation Facilities in Ghasha Field. Two new artificial island DC’s and expansion of one island for accommodating new development Wells and separation facilities in Hail Field. An artificial island for offshore central processing facilities (utilities, separation, dehydration and Compression) on a new artificial island in Ghasha field. Onshore processing facilities including Upgrade of Existing Sulphur handling facilities at Ruwais.

Key Result Areas:

●Comments on Offshore Platform Plot Plan as per Annexure B and Onshore Platform as per Annexure C.

●Piping MTO verification as per ADNOC Standard and Specification.

●Pipeline MTO including fitting.

●Solving Technical Query from bidders for Qualification, Clarification and Alternative proposal as per ADNOC specification and Standard.

●It was informed that once the project is awarded,it will inform accordingly. But due to Pandemic it is delayed.

Since April-18 to May-19 with Hyundai Rotem Ltd. Doha as Manager (Piping) for PMC activities

●Quality assurance: QA & QC activities like RFI, MIR, and Site coordination about material.

●Checking drawing MTO regarding Material as per QCS-2010

●Technical discussion with client, LBI for any Technical clarification, and ambiguity.

●Prepared and verified QA & QC documents, technical standards as per QCS Specification.

Since Mar’17 to- Sept 2018 with Equinox EPC Engineering Ltd., Pune as Manager (Piping)

Result Areas:

●Worked as PMC Engineer for Laser Scanning, and 3D Modelling Green Dome Petrochemicals, covering all areas, and sections. Key

●Monitoring approx. 1000 number of lines and 125 equipment, Generating key documents, plot plan, piping material specification-based material selection grade by the process, piping layout & stress analysis. Reviewing key documents impacting cost and quality e.g. MTO, PCD, Material Description Library.

●Assisted in selection, review, and approval of subcontractors

●Participated in numerous technical meetings with EPC contractor, client, and engineering consultant regarding basic & detailed documents, model reviews, and safety standards

●Performed technical reviews of basic and detail piping design documents

Feb’13-Sept’16 with Technip, Abu Dhabi

Growth Path: Joined as Senior Piping Engineer and promoted to the position of Principal Piping Engineer in Jan’14

Key Result Areas:

Highlights: All below activities carried out as per HOD piping and to his satisfaction PDB /PDC

●Proposal & Estimation: Worked on the proposal for EPC projects like Gasco integrated Gas Development, ADMA-OPCO-Provision of Fire Risk Mitigation Measured at Process Area Das Island, Yemen Oil & Gas Corporation Rass Issa Oil Terminal Project and PDO-Yibal GGP 3rd Stage Depletion Compression

●Tender Documents: Closely examined ITT document and tender bulletins issued by client & tender clarification by client.

●Resolved technical queries related to piping engineering.

●FEED: Performed site visit, survey and FEED endorsement & reporting.

●Subcontractor: Developed technical qualification & SOW for subcontractor and updated list & number of deliverables

Achievement:

(Through consulting Client, PMC, Vendor, other Engineering. Discipline and Informing HOD piping):

●Plot Plan: KGOC (EPC Project) FEED Plot Plan was changed previously without studying the Client standard. It was updated as per the Client standard, and specification, saving time and money for the company.

●Material: Material for valve changed from Inconel to SS, by studying the client standard and Specification.

●Layout: Compressor foundation height reduced from 4.5 m to 2.5 m.

●Vb.net: Data Sheet for 400 numbers prepared using Visual basics as man-hours were not considered at the stage of the proposal.

●Material: SS316L pipe length of 180 m saved by shifting Burn Pit as per Aramco standard.

●WELL Conversant with Aramco and KOC specification and standard.

DEC’12-Feb’13 with Jacobs Engineering India Pt. Ltd. as Deputy General Manager (Piping)

Key Result Areas:

●Supervised a team of Engineers, Project Planners, and 3DAdmin Staff

●Reviewed and finalized piping specifications, layouts, and 3D model review

●Participated in numerous technical meetings with EPC contractor, client, and engineering consultant regarding basic & detailed documents, model reviews, and safety standards

●Performed technical reviews of basic, and detail piping design documents.

Previous Experience

Dec’10-Dec’12 with Pyramid Engineering & Consultancy Ltd., Thane & Mumbai as Chief Engineer (Piping)

Syria Govt. Pipeline Project - FEED

1. Detailed Feasibility Report, Project Description. Schematic diagram of systems envisaged in the proposal like tap off/dispatch station, location of sectionalising valves, intermediate pigging stations, and receipt station. The drawings clearly indicate precise site details like survey number, name of Revenue Village/Taluka, District, and State etc. of these stations.

2. Route map in colour in a state political/TOPO map/any other suitable map showing route of pipeline passing through various villages/towns of districts of concerned states of our country.

3. Route maps indicate chainage, valve locations, RCP locations.

4. Dimensions of the pipeline (in metric system) indicating its length, Dia., and wall thickness.

5. Hydraulic gradient of the entire route of the pipeline.

6. Summary list of crossings in the entire pipeline with crossing length, type of crossing, method of crossing etc.

7. Typical crossing drawings.

8. EIA, RA, HAZOP Study Reports, and action taken/proposed on the recommendations made in these reports.

9. Layout of originating, intermediate & terminating stations.

10. Design basis, indicating code, calculation of minimum wall thickness considering design pressure. including surge pressure justifying selection of pipe chosen adding corrosion allowance etc.

11. If SPUR line, exact location of tap off point & reference of P/L from which tap off is taken to be indicated in the proposal.

Aug’09-Nov’10 with Chiyoda Corporation Ltd., Yokohama & Doha, Qatar as Sr. Engineer / Team Leader (Piping)

Material: Prepared MR/SR & TBT and changed KPI index in coordination with Ragas Engineering Manager. Extra claimed from client CTJV for Cooling Water Project for CAEL, and Mechanical Subcontractor.

Mar’05-Aug’09 with IBI Chematur Ltd., Chematur as Sr. Manager (Plant Design)

Management Skill: Highlights: Ramped-up the staff strength from 8 Designers to 60 Designers, resulting in increasing Engineering Departments achievements, and conducting external engineering jobs. Developed the Plant Design Department with Trainees, and created documents for Plant Design Basis

Feb’04-Feb’05 with Aker Kvaerner Power Gas (India) Pvt. Ltd., Osaka, Japan as Principal Engineer (Piping)

for Stress Analysis,and Pipe Supports

Oct’01-Jan’04 through manpower Consultant at National Petroleum Construction The company Ltd. (NPCC), Abu Dhabi, U.A.E. as Senior Piping Engineer on Offshore Khuffgas Development Project

Jan’91-Sept’01 with ATV Projects (India) Ltd. as Senior Piping Engineer

Achievement: Extra claim Extra money from Indian Oil Corporation due to foreign exchange variation. Kandla–Bhatinda Oil Pipeline (KBPL) was started in 1993, and it was commissioned in 1996.It is the largest oil pipeline of India.

May’85-DEC’90 with Gujarat Heavy Chemicals Limited as Asst. Piping Engineer

Education

●B.E. (Chemical) from S.I.T., Tumkur, India in 1985

Personal Details

Date of Birth: 24-03-1962

Nationality: Indian

Passport No.: Z5700369

Driving License No.: MH04 200********

Gender: Male

Marital Status: Married

No. of Dependents: 03

Visa Details: NA

Languages Known: English, Hindi, Marathi, Kannada & Konkani

Present Address: 83/703 Panchavati Society. Vasant Vihar Thane west PIN 400610

Location Preference: Overseas

ANNEXURE A

EPC/EPCM Projects Undertaken

With Technip-EPC

Client: Kuwait Gulf Oil The company

Title: KGOC Gas, and Condensate Export System

Segment: On-Shore & Off-Shore Pipeline, and Allied Piping

Technology: Refinery

Project Type: EPC

Contract Type: LSTK

Project Size: 353 Million Dollar

Description: Supplied approximately 11 MMSCFD of Lean Gas,

29 MMSCFD of Sour Gas, and 4600 BPD of Condensate

from upstream facilities into KGOC Gas, and Condensate

Export System Project through pipeline.

Role: Principal Piping Engineer

Site Location: KSA-Khafji-Saudi Arabia, and KOC

Client: Crystal Organic Chemicals-FEED

Title: Chlorination Plant

Segment: On-shore

Technology: Inorganic chemicals

Project Type: FEED

Contract Type: Reimbursable.

Description: It was man-hour-based FEED and visited site for verification.

Role: Principal Piping Engineer

Site Location: Yanbu-Saudi Arabia

With Jacobs Engineering India Pvt. Ltd.-EPCM

Client: Reliance Industries Ltd.

Title: Offsite Tank Farm, and Utilities

Segment: Onshore

Technology: Refinery

Project Type: EPCM

Man-hours: 120,000

Description: The project involved engineering, procurement,

and construction management.

Site Location: Jamnagar, India

With Pyramid Engineering & Consultancy Ltd.-Engineering

Client: DNO, L&T & Syria

Title: EPF (Early Production Facility) and,Offshore Skids

Segment: Offshore & Pipeline

Technology: Oil & Gas

Project Type: EPCM and FEED

Man-hours: 1,00,000

Site Location: Tawake and Erbil, Iraq

With Chiyoda Corporation Ltd.-Brown field

Client: Ragas and Qatar Gas

Title: LNG Terminals

Segment: Onshore

Technology: Oil & Gas

Project Type: EPCM

Man-hours: Reimbursable

Site Location: Raslaffan, Qatar

With IBI Chematur Ltd.-EPCM

Client: National Petrochemical The company (NNPC), IRAN,

Descon, Pakistan GACL, India, SNC-Lavalin, Saudi and GNFC, Bharuch,

Drick Tech., Petrobras, Callidus, Saudi

Title: Toluene Isocyanide (TDI), Methyl Di-Phenyleisocynide (MDI), Hydrogen Peroxide

Segment: Onshore

Technology: Organic-Chemical

Project Type: EPCM

Site Location: Iran, India, Pakistan, Saudi, and Petrobras

Major Projects:

Client: SNC Lavalin, Saudi & Mitsubishi

Software: PDS 7.3

No. of Equipment: 425

No. of Lines: 3000

Man-hours: 78000

Client: GNFC, Bharuch

Software: SP 3D

No. of Equipment: 600

No. of Lines: 5000

Man-hours: 130000

With Aker Kvaerner Power gas (India) Pvt. Ltd.

Client: Bankot Oil Field

Title: PTT Exploration & Production Platform for Bankot Oilfield

Segment: Off-shore

Technology: Oil & Gas

Project Type: Detail-Engineering

Man-hours: 120,000

Site Location: Malaysia

With National Petroleum Construction The company Ltd.

Client: ADMA-OPCO

Title: Khuffgas Development Project.

Segment: Off-shore

Technology: Oil & Gas

Project Type: EPC

Man-hours: Reimbursable

Site Location: Abu Dhabi

Responsibilities: carried out stress analysis, and

managed Marian, pipe support index & hydro test package.

With ATV Projects (India) Ltd.

Client: IOCL

Title: LPG Bottling Plant & KBPL pipeline

Segment: Onshore, and Pipeline

Technology: Oil & Gas

Project Type: EPC

Man-hours: Lump Sum

Responsibilities: Facilitated site visits, and client liaison

meetings to resolve technical requirements & issues.

Site Location: Karnal, and Jamshedpur, India

With Gujarat Heavy Chemicals Limited

Client: GHCL

Title: Soda Ash Plant

Segment: Onshore

Technology: Organic Chemistry

Project Type: EPCM

Man-hours: Lump Sum

Site Location: Veraval, India

ANNEXURE B off shore Plot Plan

23-OCT-2019

Serial No.

As per Spec.

Std. No

Subsection

AS per FEED

As per Technipfmc

1

Flare Knock-out drums are critical equipment during emergency depressurization

That their locations require protection from the hazards from high pressure and high pressure and high volume hydrocarbon inventories, ignition sources and rotating equipments. It should be located in a well ventilated area downwind or crosswind of process area where prevailing wind can provide aid to disperse toxic gases away from plant.

ADMA-OPCO GDL-016

4.3.14

Not considered

Move flare knock out Drum GH4971-V-101 from Main Deck to Cellar deck as per FEED drawing. Maintain its elevation so that it will drain by gravity to Closed drain Drum( GH4974—V-101)

2

Sequence of deck is as follow

-Production Deck

-Main deck

-Cellar deck

-Drain deck

-Mezzanine Deck

ADMA-OPCO-GDL-016

5.3.4

Same is not maintained. Jacket walk way, Drain deck and Boat landing in same called cellar Deck

Drain deck and cellar deck to be separate

3

c.1 Cellar Deck

C.1.1 Cellar deck is directly below production deck.

c.1.2 Cellar deck level may contain pig launchers and receivers, potable or

Fresh water storage tanks, selected process and utility

Equipment, and Other miscellaneous items.

ADMA-OPCO-DL-16

5.3.4 C1

Pig launcher, pig receiver are on main deck

EPC contractor during detail engineering and structural Engineer can finalize the same.

4

Centrifugal compressors shall have full platforming at operating level

DGS-1300- 040- 2

8.9.2

Not considered

Platform Required

5

The flare stack shall be located down-wind of process units. The stack height shall be determined from process and environment conditions. The stack shall be located to provide a minimum sterile area, as determined by operating conditions, from adjacent equipment. Local safety and environmental regulations shall be addressed while determining the location of the flare stack.

DGS- 1300- 040- 2

8.2-C

Not considered

To be followed as per standard

6

access Platforms with ladder access shall be provided at

DGS-1300- 040- 2

8.30.3 a & d

Platform is required for PRV if height of Drum is more than 4.5 m from grade. On receipt of vendor drawing same to be finalized.

7

Length of Plot for compressor, with drums and Pig receiver

Piping Standard Drawing

CA0000-28-0001

43 m

26 m

8

Main Deck Bracing Obstructing Laydown area and Flare knockout drum

EPC contractor to study

9

Maintenance and laydown are not simultaneous activity. Compressor need not to have both

Either maintenance or laydown area for compressor

10

The criteria for location and spacing of flare in relation to Process units, Storage Area, Grade level and Personnel shall be based upon Radiant Heat Flux, and Ground Level Concentrations of Toxic and/or Corrosive Components of Flare Gas Combustion Products.

DGS-1300-40-2

802-C

Distance is not maintained

Safety to confirm that any special study is made for this,

ANNEXURE C On shore Plot Plan

30-OCT-2019

Serial No.

As per Spec.

Std. No

Subsection

AS per FEED

As per Technipfmc

1

The general plant arrangement must be consistent with prevailing atmospheric

and site conditions as well as with local codes & regulations and good engineering practices. The influence of prevailing wind must be considered while locating of such equipment as furnaces, compressors, control rooms / other buildings, cooling towers, flare stacks, etc., to ensure drifting of flammable

vapors and exhausts away from these facilities.

DGS-1300-040 REV 2

8.1.1

Not considered

Now updated

2

The suction line between a knock-out drum and the compressor shall be as short as practicable, without pockets, and slope towards the knock-out drum. When a continuous slope is not possible, low points shall be provided with a drain to remove any possible accumulation of liquid.

DGS-1782-001 REV 3

8.9.2

FEED distance was 68 m

Updated and now distance is 15 m

3

Length of Plot for compressor, chiller with drums and cooler

Piping Standard Drawing

CA0000-28-0001

103 m

63m saving of pipe and cable.



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