Name: Mr. S. Srinivasa Rao,

Education Qualification: B. Tech in Mechanical Engineering-

~22 years of Experience in in Mechanical Engineering of Static Equipment & Static Equipment packages, Fired heater and Burner packages for chemical, oil & gas (upstream & downstream), Petrochemicals, Gas processing industries, Pharmaceutical projects. I have been involved in Concept, Basic engineering/Front-end engineering design and Detailed Engineering stages for both green and brown field projects. They were sited in Singapore, Malaysia, Qatar, Yemen, Saudi Arabia, Oman, and India. I had proven experience coordinating multi-disciplinary activities and interfacing effectively with clients and vendors to ensure that work meets project priorities and schedule. Possess excellent analytical problem solving, estimation, client interaction, communication, technical correspondence, leadership and interpersonal skills. Very well conversant with ASTM/API/ANSI/ASME /AD-2000/PD-5500 Codes & Standards and Client standards such as ExxonMobil GPs, GIIs and RIs and Shell DEPs, Aramco Standards, SRC/Chevron Standards and API Recommended Practices. I am familiar with Engineering Practices not covered in the mainstream Codes but dealt in detail in various renowned Consultants Standards & Practices like wind design for tall towers, design of vessel saddles etc Areas of Expertise.

OVERVIEW

Worley Engg, Singapore: As a Lead Static Equipment & Static Packages Engineer responsible for Engineering both brown & green field projects. Responsible for design, Engineering, Procurement and Construction /Site Support Activities to various Exxon Mobile Alliance Projects and Dupont.

Jacobs Engg, Singapore: As a Lead Static Equipment & Static Packages Engineer responsible for Engineering both brown & green field projects. Responsible for design, Engineering, Procurement and Construction /Site Support Activities to various Exxon Mobile Alliance Projects, EVONIK-Me5 EPCM Project, ($806.0M), Eastman Chemicals, Shell, Huntsman, Singapore Refinery Company, LANXESS BTR Project, VERDEZYNE INC, Malaysia, Pfizer and GSK.

Technip, India: As a Lead Static Equipment Engineer, responsible for Design, Engineering, Procurement activities related to various of this grassroots installation; Y-LNG Project TIC VALUE $2.8 B of Refinery facility, Soudi Aramco Jubail Refinery Project, ($13.16.0B), Qatar LNG Train 3 & 4, Qatar ($2.8.0B) and Qatar LNG Train 6 & 7 and Nigeria LNG .

BHPV LTD, India: As a Static Equipment Engineer, responsible for Design, Engineering, Procurement activities related to various of this both brown & green field projects, DHDS UNIT- Indian Oil Corporation Limited, Kochi Refineries Limited, 80 tph Boiler Unit, Chennai Petroleum Corporation Limited-130 tph Boiler Unit, DHDS and Expansion,GEFC for HPCL, Indo Gulf Fertilizers Ltd., India, Rashtriya Chemicals & Fertilizers Ltd, India, Oman India Fertilizer Company SAOC, Oman

Participated in Vendor / Client Meetings / Inspections at various International locations such as USA, SOUTH KOREA, CHINA,SINGAPORE and MALYSIA etc.,

PROFESSIONAL EXPERIENCE

Worley Engineering, Singapore, \Jun, 2020 to Till date

Principal Mechanical Engineer.

Work Profile:

As a Lead Engineer, Responsible for Engineering related to FEED engineering stage for De-Salter Replacement and Modification, Tower Internal Modification, Vessel Internal Modification, Shell and Tube Heat Exchanger, Air fin Cooled Exchangers and burner Tip replacement/modification, Tubes replacement at Convection Section of Heater, Clay Treater etc.

Review of existing equipment As-built drawings / mechanical datasheet, design calculations using the PV-Elite software, material requisition preparation, technical bid analysis, material requisition for order and Vendor drawing review.

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Worked as a Requisition Engineer, for the following Critical Packages.

Completing the MRE package and TBA of De-Salter Package and completed successfully the Bid evaluation.

Heater Tube modifications and Burner Tips Replacement, Replacement of Exchanger in Vacuum Package)

Involved as a peer review for the following packages.

Replacement of Tower internals, Replacement of Vessel Internals, Heat Exchangers, Air cooled Exchangers etc.

Re-rating of the Vessel, Exchanger, Air cooled Exchanger & Nozzle loads, Platform Clip/Pipe Clip Analysis etc

Co-ordination between the interdiscipline and Exxon ES3 is major challenges to meet the schedule on time. Hence, we have coordinated with Exxon-ES3 for face to face meeting to resolve the issues on time

Coordination with EM team for the early constructability review based on the Bidder construction /installation method statement and discussed in detail to have smooth execution during the Construction stage.

Coordination with EM -ES3's and other stakeholder team to have the meetings at correct time to meet the deliverables schedule on time

This project was Cost and scheduled driven and hence the issuing of deliverables on time. Also to meet the deliverables attend daily project status meeting and co-ordinate with other discipline, Project team and EM team to have smooth execution of the deliverables Also had daily interaction with GID team to meet the project schedule and deliverables on time.

Mentor the team: on the Heat Exchangers, Air cooled exchangers and wherever required my support to meet the Technical Bid Analysis (TBA) on time. Especially used my B286 Project Knowledge and provided guidance to Engineer on 100-H2 Fired Heater tubes replacement and Burner tips replacement. Also, provided guidance to GID team on the Re-rating of existing equipment, Existing Nozzle loads, Existing platform clips /piping clips etc.

For the De-Salter Modification, travelled extra mile and had regular meetings with Bidder's at different Zone (i.e USA) to meet the Schedule of the deliverables. --> All the Deliverables of this Project met on time.

As a Lead Engineer, FEED & Detail engineering stage and installation for Burners Replacement for 3 Fired heaters and burner Tip replacement/modification for 4 Fired heaters, Combustion Air Duct for 2 heaters, Hairpin Heat Exchanger and Flue Gas Drum with internals

Review of existing equipment As-built drawings / mechanical datasheet, design calculations using the PV-Elite software, material requisition preparation, technical bid analysis, material requisition for order and Vendor drawing review.

Co-ordination between the interdiscipline and Exxon ES3 is major challenges to meet the schedule on time. Hence, we have coordinated with Exxon-ES3 for face to face meeting to resolve the issues on time.

Coordination with construction team for finalization of Adapter plate arrangement for one of the Fired heater to install the same at site

Coordination with Vendor and EM for finalisation of installation, dismantling sequence of the burners .

Project Scope covers, FEED and Detailed engineering stage for Burners Replacement for 3 Fired heaters and burner Tip replacement/modification for 4 Fired heaters, Combustion Air Duct for 2 heaters, Hairpin Heat Exchanger and Flue Gas Drum with internals.

Involved in first time for Replacement of 24 burners on the existing Heaters and whole Floor plate .To avoid any issues during site, prepared the Mechanical drawing of the Floor plate with all details and had review with Construction team. Finally reviewed the same with Vendor-John Zink

Involved in first time Replacement of 42 burner tips on the existing Heaters and replacing big size new ducting with required modifications. I had Site visits frequently since the details on the As-built drawings were not legible .Also used LFM laser Scan to inform the same to Vendor .

Involved Site visits frequently helped a lot to meet the construction requirement and also involved Sub-Vendor shop visit /interaction to support on the engineering related details/information.

Before the actual work is carried out, during the engineering phases, I had involved with John Zink /Site team/EM to conduct field study of the actual site conditions and have reviews between engineering and construction.

Involved for Fuel gas drum and installed the equipment at site along with internals .I had visited site to support construction regarding the Engineering details information .

Involved with MOM Inspector since one of the Exchanger is under Steam service . Based on he new requirement first time verified all the Vendor documentation and ensure that all the inspection certificates received with proper signature /approvals of Inspector .

I have involved in the 3rd Party Inspection related to Flue Gas Drum with internals, etc at Applied Engineering Shop. Also, Sub-contractor yard for final inspection and equipment received dimensional check for Fired Heater Burner assembly, burner tips etc .Also, involved at site during installation of the burner / tips for the Fired heaters .

Jacobs Engineering, Singapore, Oct 2007 to Jun 2020

Principal Mechanical Engineer.

Work Profile:

As a Lead Engineer, FEED engineering and detailed stage for Re-rating scope of equipment’s in 2RD-246 system, 2RD-256 System and 2RD-258 systems. Also, installation of new velocity seal in place of molecular seal on north flare stack (8RB 2905.

Review of existing equipment As-built drawings / mechanical datasheet, design calculations using the PV-Elite software, Review of Re-Rating Reports, material requisition preparation, technical bid analysis and material requisition for order for new velocity seal.

Co-ordination between the interdiscipline and Exxon NPQC is major challenges to meet the schedule on time. Hence, we have coordinated with Exxon-NPQC for face to face meeting to resolve the issues on time.

Executed first time replacement of the North Flare (8RB 2905) Velocity seal at height of 160 m for ExxonMobil Jurong Refinery Plant

I have assisted to Sub-contractor at early stage to study the transportation /layout study by providing the necessary Weight data and dimensions of the Flare along with all necessary components based on the Existing As-built drawings .

I had close interaction with OEM Vendor-John Zink for providing the pre-bid proposal for the Velocity seal and arranged site visit to study further at their end.

I had obtained the relevant data/drawing information from John Zink to support construction, Interdisicpline design (i.e Modeling of piping components, Civil loading data ) since the available As-built drawings were not adequate for the design /execution of the Velocity seal .

I have Supported and provided the required details /information to Sub-contractor to proceed with fully dressed up lift with all piping and piggy flare. Also obtained the required documentation, design and method for erection Velocity seal along with the piping and piggy flare.

I had solved many issues by interacting with Sub-con shop visit and Construction team upto final installation of the Flare at Site to meet the Turn around schedule.

For Equipment 2RD-257 Stripper vessel Re-rating was carried based on the available provided the latest inspection Report. I have provided the Re-report with indicating that the areas of the dents on the Dished end and Shell were not adequate. Based on the Report, ExxonMobil Site team has carryout the Weld deposition to fill the dents by using the Weld deposition . While carried out the task, there is a failure on the Shell portion and was conducted API579 3 levels of assessment with a detailed stress analysis using finite element analysis (FEA) and confirmed the Vessel was adequate.

Attended for Replacement of of the following tube side components of existing exchanger 2RE-254 and also performed the FEA analysis for Special tubesheet: i) Both tube side girth flanges (Top side) including Studs, Nuts & Gaskets ii) Top cone assembly with all nozzles/flanges/blind. iii) Both tube side girth flanges (Bottom side) – 2 No’s including Studs, Nuts & Gaskets. iv) Bottom Dished assembly with all nozzles/flanges/blind. v) Finite Element Analysis (FEA) of both tube sheets FEA to be performed only for the Revised Start-up condition: No steam flow condition, Where Operating temperature on tube and shell is 212 C and ambient respectively.

Attended all the 3rd party inspection from start to end for Replacement of Reboiler Channel assembly along with applicable Girth flanges and tube bundle inspection, at Applied Engineering Shop Singapore. Supported on the Pre-dressing of the Velocity seal along with platform assembly at JML-work shop before erection of the same at Site

As a Package Engineer, FEED and detailed engineering stage for Modification of the existing KBE26 Plate and frame exchanger and replace existing Granule Blower Coolers (KLE01 and KLE02) with new ones (KLE01N and KLE02N)

Preparation of mechanical datasheet, material requisition preparation, technical bid analysis and material requisition for order.

Co-ordination between the interdiscipline and Exxon NPQC is major challenges to meet the schedule on time. Hence, we have coordinated with Exxon-NPQC for face to face meeting to resolve the issues on time.

Attended for the final inspection and Hydrotest of Plate and frame heat exchanger at Vendor shop (Hisaka-Malaysia). Also, reviewed and aligned the hydrotest procedure with the 3rd Party and Hisaka at shop . During my Visit, the assembly sequence of all the components, the applicable quality procedures and NDT requirements were reviewed and ensured to meet the ExxonMobil GP/project requirements. Also, the final dimensional Check/measurement done as per the Specification standard

Coordination with construction team, sub-contractor for finalization of Installation sequence of Plate frame exchanger and Granule Blower Coolers at site.

As a Package Engineer, FEED and detailed engineering stage for installation of new Spare Crude Vacuum Bottoms Exchanger with special helical baffle arrangement

Review of mechanical datasheet, material requisition preparation, technical bid analysis and material requisition for order.

Co-ordination between the interdiscipline and Exxon NPQC is major challenges to meet the schedule on time. Hence, we have coordinated with Exxon-NPQC for face to face meeting to resolve the issues on time

Coordination with construction team, sub-contractor for finalization of Installation sequence of Exchanger at site

As a Package Engineer, FEED engineering stage for installation of new low NOx Burner & accessories and study of steam Aspirator installation on stack.

Preparation /Review of datasheet, material requisition preparation and technical clarifications (TQ’s).

Co-ordination between the interdiscipline and Exxon NPQC is major challenges to meet the schedule on time.

Had site visit with John Zink and all other interdiscipline to integrate the overall scope for the Project.

Had face to face meeting with John Zink to resolve the technical clarification and also scope understanding during the installation /constructability of the burners

As a Lead Engineer, FEED and detailed engineering stage for installation of Spare Salt Clay Filters using UOP standards/Specifications, internal Epoxy coating, internal distributors.

Review of mechanical datasheet, material requisition preparation, technical bid analysis and material requisition for order. Upfront constructability study with UTOC to finalize the diameter of Clay filter.

Co-ordination between the interdiscipline and Exxon NPQC is major challenges to meet the schedule on time. Hence, we have coordinated with Exxon-NPQC for face to face meeting to resolve the issues on time.

Co-ordination with UOP for finalization of design for internals and finalization of the design with GP/GII requirements

Since is new vendor, we had face to face KOM at JES office and clarified the requirements of GP/GII with MRY Engineer’s

During vendor drawing review and fabrication stage, Vendor has raised many clarifications /concession request to meet the requirements of GP, GII and UOP standard /specifications. We had taken up all the clarifications /concession request with relevant ES3 /UOP Engineer and closed on time to meet the quality as wells the schedule. Had WebEx meeting /Telecom with vendor to resolve the fabrication & inspection issues and delivered the equipment’s at site on time.

Coordination with construction team, sub-contractor for finalization of Installation sequence of Clay and Salt filters at site.

As a Lead Engineer, FEED and detailed engineering stage for the scope of the project is to install the 2(two) new shell and tube heat exchangers within SOP-1 battery limit

Review of mechanical datasheet, material requisition preparation, and technical bid analysis for 2 new exchanger’s and material requisition for order for 2 Exchangers

Co-ordination between the interdiscipline and Exxon NPQC is major challenges to meet the schedule on time. Hence, we have coordinated with Exxon-NPQC for face to face meeting to resolve the issues on time.

Resolved the multiple fabrication, inspection issues at vendor shop and also attended the RFI’s on time to meet the schedule at site.

Attended all the 3rd party inspection from start to end for Replacement of 2 Critical Shell and Tube heat Exchangers at Aztech Engineering Shop Singapore

As a Lead Engineer, FEED and detailed engineering stage for the scope of the project is to modification of TK-1131 tank and installation of new static mixer

Review of mechanical datasheet, material requisition preparation, and technical bid analysis for 2 new exchanger’s and material requisition for order for Reactor

Co-ordination between the interdiscipline and Exxon NPQC is major challenges to meet the schedule on time. Hence, we have coordinated with Exxon-NPQC for face to face meeting to resolve the issues on time.

Resolved the multiple fabrication, inspection issues at vendor shop and also attended the RFI’s on time to meet the schedule at site.

As a Package Engineer, FEED and detailed engineering stage for replacement of existing PHE with a new PHE of increased capacity, on the same foundation, as practicable as possible, with the aim of minimal Piping modifications

To meet the TA schedule, attended frequently WebEx, Telecom meetings with vendor to resolve the fabrication issues aligning with 3rd party etc. for Plate & Frame Heat Exchanger. Also raised the Value plus for this exchanger to optimize the foundation bolts.

As a Package Engineer, FEED and detailed engineering stage for replacement of the existing amine tower to provide new amine tower using HIC requirement CS, trays and internals

Review of mechanical datasheet, material requisition preparation, technical bid analysis and material requisition for order

Co-ordination between the interdiscipline and Exxon NPQC is major challenges to meet the schedule on time. Hence, we have coordinated with Exxon-NPQC for face to face meeting to resolve the issues on time

As a Lead Engineer, FEED and detailed engineering stage for the scope of the project is to install LPI reactor and associated equipment Hair pin Heat exchangers

Review of mechanical datasheet, material requisition preparation, and technical bid analysis for Reactor & Multi tube exchanger and material requisition for order for Reactor

Co-ordination between the interdiscipline and Exxon NPQC is major challenges to meet the schedule on time. Hence, we have coordinated with Exxon-NPQC for face to face meeting to resolve the issues on time.

Resolved the multiple fabrication, inspection issues at vendor shop and also attended the RFI’s on time to meet the schedule at site.

I have involved in the 3rd Party Inspection in ExxonMobil for all the Projects involved related to Reactor along with internals assembly & Multi Tube Exchangers.

As a Supervisor, FEED and detailed engineering stage for the scope of the project is to install scope of supply of 2 Nos. Heat Recovery Steam Generators (HRSG) Economizers And FEED and detailed engineering stage for the scope of the project is to install ultra-low NOx Burner and accessories

Review of Mechanical Specification, Material Requisition Technical bid analysis and Material Requisition for Order.

2nd Level review /Stage-4 review during DE stage

As a Lead Engineer, Front End Engineering Design stage of this grassroots facility installation for DDDA Fermentation Project

Project scope covers, Large vessels (Production Fermentor/Seed Fermentor ), Shell & tube heat exchangers, Pressure vessels, Plate and frame Heat exchangers & Atmospheric Tanks, Filters, Static mixers etc.

Work share with Cincinnati office-Jacobs and Had weekly WebEx meetings with Cincinnati office- USA to firm up the design requirements to establish the Project definition phase.

Discussion with vendors related to design aspects for optimization of the plant layout.

Coordination & established the local requirements to take care the requirements during fabrication, design & testing of equipment for local vendors/overseas vendors

As a Lead Engineer, Static Equipment with overall responsibility during FEED phase and Detailed Engineering stage for HCF Kero Grade Expansion Project Onsite & offsite of $US50M TIC Refinery facility

Review of MRE, TBA and VDR review for the following packages.

4No’s of Column Trays installation

Atmospheric Tank installation at Site

Shell & Tube heat exchangers-*no’s

New Air-cooled exchanger Installation and Tube bundle replacement .

Drum internals (Demister modification)

Re-rating for Shell & Tube heat exchangers, Air Cooled heat exchangers and Vessels rerating.

Co-ordination between the interdiscipline and Exxon NPQC is major challenges to meet the schedule on time. Hence, we have coordinated with Exxon-NPQC for face to face meeting to resolve the issues on time.

The major achievements in this project is Cost saving (Value Plus) for re-rated equipment of exchangers without modifying the equipment. For example, due to design pressure change equipment has been failed to satisfy the particular components (i.e Shell thickness, flange thickness etc.), subsequently discussed with Process group and resolved the issue by reducing the design pressure/gasket modification.

Technical discussion with Client for optimization of piping layout modification due to increase in nozzle loads on Air cooled exchangers.

Major equipment’s ordered at chine vendors, there is big challenge to complete the Vendor document review on time and to obtain the document status as “Code D” due to poor communication & document quality. Hence had weekly vendor meeting with major vendor to resolve the fabrication & inspection issues and delivered the equipment’s at site on time

Visited to china for 2 weeks to complete the vendor documents on time for Shell and tube heat exchangers at vendor shop.

As a Lead Engineer, Static Equipment with overall responsibility during Detail Engineering stage of grassroots installation of $ 806M TIC Chemical facility.

Review of MRE, TBA and VDR review for the following packages (total no Equipment=> 442).

Tall Columns, 90L Special columns and Column internals

H2s Reactors, HCN Reactors and Special Zirconium Reactors,

Shell & tube heat exchangers,

Pressure vessels,

Plate and frame Heat exchangers

Atmospheric Tanks,

Static Mixers, Ejectors, Filters, Silos,

Special equipment’s (Spiral drier, Silo filters),

Stacks,

Handled Static Equipment & Packages such as Combustion chamber, Boiler package, Flare packages (Elevated, Ground) etc

Developed the tracking sheets /lists to monitor/capture the changes nozzle orientation /elevation /Nozzle loads for each piece of equipment from all vendors and effectively supported to piping to produce the quality isometrics.

This Project involves workshare with Mumbai, India office and procurement sourcing across Asia, particularly China. Effectively managed all the parties to meet the technical and general requirements of all the packages.

There are many changes during the detailed engineering phase, however engineering has been completed successfully, by adopting the good proven engineering tools /approach and good practices

The main challenge is handling of large number of vendor documents (approx. 15000) through work share with India offices (Mumbai & Baroda) and coordination with interdiscipline & client. Hence, we have implemented good communication tools /software’s (WebEx, JPI database) and face to face meetings to complete the review on time

Major equipment’s ordered at chine vendors, there is big challenge to complete the Vendor document review on time and to obtain the document status as “Code D” due to poor communication & document quality. Hence had weekly vendor meeting with major vendor to resolve the fabrication & inspection issues and delivered the equipment’s at site on time.

Effectively managed with Vendor’s for resolving the weld clashes with respective piping and Civil layout per the Model.

As a Lead Engineer, Static Equipment with overall responsibility during Front End Engineering Design stage of this grassroots resin facility installation; $120M TIC Chemical facility .

At the start of the Project, attended Kick meeting at Springfield –USA and involved in sharing the technical knowledge from Mechanical Side

Review of MRE, TBA and VDR review for the following packages.

Scrubber Column and Reactors,

Shell & tube heat exchangers, Pressure vessels,

Plate and frame Heat exchangers & Atmospheric Tanks,

Filters, Static mixers etc.

Handled Static Equipment & Packages such as Waste water treatment package, material handling packages, cooling tower, Air compressor package, sifter package, resin silo etc

Involves work share with Houston office during the Conceptual study phase for Material handling /waste water treatment packages.

Had weekly WebEx meetings with Solutia client - Malaysia/USA, Houston office- USA to firm up the design requirements to establish the Project definition phase.

Coordination with vendors related to design aspects (i.e. Waste water treatment, material handling package) for optimization of the plant layout.

Coordinated with Malaysia DOSH local authority Inspector’s and established the local requirements to take care the requirements during fabrication, design & testing of equipment for local vendors/overseas vendors.

As a Lead Engineer, Detailed engineering for brownfield modification and installation of C-301 Column along with Internals of Refinery revamp Project And Detailed engineering for brownfield modification and installation to replace the existing tubular (DEKA) type Air Pre heater (APH) in kind with New APH at Jurong Refinery of TIC VALUE $US10M

Supervised review of vendor drawings and coordinated with vendor for C-301 modification column (ASME Sec Viii Div 2); Coordinated with internal supplier for column internals; involved in review of vendor document for shell and tube heat exchangers, pressure vessels, etc.

Supervised review of mechanical datasheets, material requisition preparation, technical bid analysis and material requisition for order.

As a Lead Engineer, Front End Engineering Design stage of this grassroots JEFFAMINE® D230 plant installation and also New OSBL facilities and infrastructure will be installed to support the new JEFFAMINE® unit. TIC VALUE $US90M chemical facility .

Review of MRE, Technical bids and Coordination pressure vessels, tall columns, Shell & tube heat exchangers & tanks etc. Also, handled Static Equipment & Packages such as Cooling tower, Liquid ring vacuum pump package, Weigh scale, pumps. In-house developed

Special type-high pressure Reactors design is involved in this project and Mechanical has proposed to Client as Value plus to girth flange with channel cover for inspection and maintenance purpose.

As a Lead Engineer, Front End Engineering Design phase of this grassroots facility to its refinery, including a gasoline desulphurization unit, an amine treating unit, a heavy naphtha splitter and cogeneration units; involves work share Netherlands office for Co-generation units .TIC VALUE $700M of Refinery facility.

Review of MRE and Technical Bid review for the following packages.

Scrubber Column and Reactors,

HDS Reactors and Tall Columns,

Fired heater, Shell & tube heat exchangers, Air Cooled exchanger, Pressure vessels, Filters & Atmospheric Tanks, Filters, Static mixers etc,

In this Project special challenge is, One of the Column (i.e. Heavy Naphtha Splitter) diameters is 5 m and during the transportation of this column there is obstruction of pipe rack height available only 4.5 m at SRC site. Hence, we have studied two options for transporting this column (single piece & two-piece options). For two piece option, developed a dividing plan for site works comprising of performing site joint / NDT, hydro test etc.

The challenge is to optimize the overall cost and plant layout and hence to decide the type of Fired heater, involved discussion with different vendors and with Chevron specialist.

The major tie-in are involved in this Project ( aprox: 300 )

As a Lead Engineer, Conceptual studies, basic engineering / FEED Phase this grassroots chemical facility installation. TIC VALUE is $720M of Petro chemical facility

Review of MRE and Technical Bid review for the following packages.

Tall Columns,

Reactors

Pressure Vessels

Shell & tube heat exchangers, Air fin cooled heat exchangers

Atmospheric Tanks etc

In this Project special challenge is reboiler supports connected with Tall column to

support on Skirt or on shell due to thermal growth due to higher operating temperature.

The challenge is also transportation of the 72m length Column transportation in single piece, studied the various options along with Construction and provided the technical support for finalizing the option as single piece from China.

In this project, major challenge is support design for

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