Jefferson Tomas Tulabot Civil Engineer
Saudi Arabiao Over Sixteen [16] years of extensive professional combined total experience.
o More than [10] years working in a European Consulting Engineering Firm from Germany & Austria for Construction Supervision of Water Transmission System [WTS] / or Water Supply and Thermal Power Plant project.
o Engineering, Procurement, Construction from the South Korean Company Doosan Heavy Industries & Construction for Quality Control & Quality Assurance and Construction Supervision assigned in [QA-QC Department] for Combined Heat Power Plant [Cogeneration Power Plant] Project.
o WES – World Education Services – Toronto, CANADA, WES Ref. No.: 3056685, Canadian Equivalency Summary is Diploma [3 Years] and Secondary School Diploma.
o Qualified for Civil Engineer-In-Training registration to any provinces in Canada.
o Degree – Bachelor of Science in Civil Engineering [B.S.C.E], Year Completed May 2003 – 5 Years, Major/Specialization is Civil Engineering.
o Accredited by the Saudi Council of Engineers [Kingdom of Saudi Arabia] as Civil Engineer, SCE – Registration No.54208, Identity No. 3037608738, Expiry Date 14 December 2020.
o Strong background in the following projects below:
Non-renewable Sources of Energy Projects, 2 Years & 6 Months for Power Plant [Combined Heat Cycle – Cogeneration Power Plant & Thermal Power Plant].
Shuqaiq – Independent Water & Power Plant [IWPP] – Phase 2 [Thermal Power Plant]
Fadhili Combined Heat Power Plant [FCHPP] – Phase 1 [CHP] – Aramco Power Supply
° Water Supply Engineering Projects, 8 Years & 6 Months for Water Transmission System Projects [WTS], Carbon Steel Pipes Diameters ranging [4 Inches to 72 Inches], External Coating Protection is 3 – Layers of HDPE Materials, Internal Coating is Cement Mortar Lining [CML] for Product Water from the Desalination Company. More than one thousand kilometers of Steel Pipelines constructed in Saudi Arabia.
° Infrastructures Projects, 5 Years & 1 Month for Sakaka, Al-Jouf Region Asphalt Road Development Projects, Overpassed Bridge Projects, Sakaka Al Jouf – Storm Water Drainage System Project.
° Crude Oil & Water Retaining Structures: Concrete Tanks, Crude Oil Tanks [3 Nos.], Water Steel Tanks Capacity Ranging from [7,000 – 150,000 m³] of Product Water, Demineralized Tanks, Dual Media Filtration, Reverse Osmosis Building, Water-Intake, Concrete Backwash Tank, Outflow Structure, Baffle Foundations.
° Station Piping Concrete Structures: Valve Shafts [Inlet & Outlet], Pressure Control Valves Shafts, Flow Control Valves Shafts, Marine Structures [Fuel Oil Unloading Platform/Jetty], Dredging & Reclamation, Breakwater & Revetments Construction.
° Combined Cycle Power Plant Structures [Smoke Stack Foundations & Pedestals], Fuel Gas Desulphurization Foundations, Piling Works, Gas Turbine Generator Foundation Pedestals, Heat Recovery Steam Generator Foundations & Pedestals.
° Underground Structures : Electrical Manhole [EMH], Electrical Duct Bank [EDB], Pipeline [Drain & Washout Station, Vent Station]. Electrical Building: Central Control Building [CCB].
° Complex Siemens Foundations Design Rebar Installation Works, Formworks, Reinforced & Non-Reinforced Concrete, Concrete Rectifications, Structural Erection Works, Coating & Architectural Painting Works, Concrete Pre-Cast Works, Station Piping’s [Water Pumping Station], Tap-Off Station [TOS], Waste Water Treatment Plant, Sewage Pipeline.
o Proven skills in Analysis, Generate Solutions to unfamiliar and sometimes complex problems, Adapt and apply a range of processes relevant to the field of work or study.
Education
- 1999-2003 Bachelor of Science in Civil Engineering at Saint Mary's Univerity - Bayombong, Philippines
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WES ECA Reports equivalent is Diploma [3 Years] and Secondary School Diploma
2016-2021
WES Registration No. 3056685 - 2011 - 2020 Civil Engineer at Saudi Council of Engineers (SCE) - Kingdom of Saudi Arabia
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Accredited Civil Engineer
Registration No. 54208
Experience
- 2018-Present Civil Engineer at ILF Consulting Engineers & Partners Engineering Company – K.S.A
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Taif – Turubah – Ranyah – Al Khurmah Water Transmission System Project
Cross Country Water PipelineProject Description:
Technical Data: Taif – Abu Raka – Baha Pipeline System
For this system, a new 40” pipeline from new Taif Strategic Reservoirs up to Tap-off Abu Raka will be built and interconnected with the existing pipeline up to Baha.
The existing gravity line from Shuhada [existing Taif – Baha WTS] will, therefore, terminate at Abu Raka. The new pipeline segments and the existing pipeline downstream of Abu Raka will form a pressurized system from Taif to Baha with a new initial pumping station PS A1 and the existing intermediate pumping station PS1 at Arada.
- 2017-2018 QA-QC Civil Engineer at Doosan Heavy Industries and Construction Co., Ltd. – K.S.A
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Cogeneration Power Plant (Combined Heat and Power)
with a Power Capacity of 1500 Plus Mega Watts (MW)Project Description:
Saudi Aramco Power Holding Company and Saudi Electricity Company (SEC) hold 30% stake each in the project company, while ENGIE, which has been contracted to develop the plant on Build, Own, Operate and Transfer (BOOT) basis for a period of 20 years, holds 40% equity. The Fadhili combined-cycle power plant is equipped with :
Five SGT6-5000F gas turbines in addition to SGen6-1000A generators and SPPA-T3000 control system.
5 Auxiliaries & Transformer, Waste Water Treatment Plant. 9 Nos. of Steel Tanks, Fuel Gas System (FGS), Auxiliary Building. 2 Nos. of Air Cooling Condenser (ACC), 2 Nos. Steam Generator and Boiler Structures.
- 2008-2017 Civil Engineer & Inspector at ILF Consulting Engineers & Partners Engineering Company – K.S.A
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Desalination & Thermal Power Plant, Cross Country Water Transmission System Project
Water Pipeline2008: Desalination & Power Plant
The project’s power and desalination units are located adjacent to the existing Shuqaiq 1 power and desalination complex.
105 km south of Abha and 140 km north of Jizan, on the south-western (Red Sea) coast of Saudi Arabia.
The electricity and water produced at the plant are supplying power to the southern grid and water to Abha, Jizan and other southern cities. The plant is currently on full production.
The Project is based on a BOO (Build Own Operate) basis.
Under a 20-year PWPA (Power and Water Purchase Agreement) for the design, construction, commissioning, testing, ownership, operation and maintenance of a new 850 MW Arabian Heavy Crude Oil-fired power and 212,000 m3/day (47 MIGD) desalination plant and associated facilities.
2009: Pumping Station & Water Pipeline
Project Description:
The project is located on the north-south line parallel to the seashore between the cities of Jubail, Dammam and Al-Khobar, which are located in Saudi Arabia’s industrially developed eastern region.
The purpose of the project is to transfer 500,000 m3/day treated water from the New Marafia Desalination plant in Jubail Industrial region to the city of Dammam passing through the cities of Safwa, Qatif and Sayhat via a main steel pipeline, the diameter of which varies from 60″ to 76″ and via steel water tanks and pumping station.
The job also includes connecting of the mainline to city network via 24″ and 36″pipes and improving / upgrading of an existing water distribution system in the Eastern Region of Hofuf and the mixing stations.
2010: Pumping Station & Water Pipeline
Key Project Data | Project Value : US$2.4 billion Overall Pipeline Length: 466 Kilometers
Throughput: 208.5 MIGD = 947,000 m³/d | Number of Pumping Stations: 3 | Number of Terminals: 4. | Scope of work : Owner Engineer, engineering management and construction supervision.New Line Ras Al Khair – Riyadh HPT, Length: 374.5 km, 2 x 72″ crossing remote desert of sand dunes mountains, Line E Riyadh HPT to TGNW, Length: 72 km, 1 x 72”/ 64”/ 48” in Riyadh city. Line D Riyadh HPT to TGW & TGSW, Length: 92.5 km, 1 x 68″/ 64” crossing several steep valleys.
Ras Al Khair-Riyadh Water Transmission Line Project is the first stage of a project to provide Riyadh with water and one of the biggest water supply schemes in the Gulf and Middle Eastern regions.
The Project aims at meeting long term water requirements of Riyadh and upon its completion, 900.000 m³ of water can daily be carried to Riyadh from Ras Al Khair Sea Water Treatment Plant via72 Inch 2×267.5 kilometers steel pipeline.
The scope of the Project includes pipe coating, installation, line valve stations and other engineering structures as well as access roads, pipeline tests and startup of the system.
7,000+ km accumulated length of implemented systems and 947,000 m3 /d, 466 km – the world’s largest water transmission system [Ras Al Khair – Riyadh WTS, Saudi Arabia]
2013: Pumping Station & Water Pipeline
Project Description:
The following pipeline systems are part of the Yanbu Madina Phase 3 WTS:
The Yanbu Madina Mainline Phase 3 [YMML-3] with a length of 184.5 km from PS1-C to
HPR-C with 76” steel pipes and 16.7 km from HPR-C down to MET with 48” steel pipes.The tap-off point for the connection to HRS is at PK 54.9, for the connection to MPS at PK 164.6 and for the connection to MST at PK 173.8.
The connection line to MST with a length of 2.7 km with 60” steel pipes. The connection line to HRS with a length of 1.2 km with 24” steel pipes.
The Phase 3 Loop Line for the Coastal Area Supply Line [CASL-3] with a length of 15.3 km with 24” steel pipes. The connection points to the existing 24” line between HRS and BRS are at PK 13.1 and at PK 28.4.
The Madina Hanakiyah Feeder Line [MHFL] with a length of 47.9 km from HPS to STS with 24” steel pipes and with a length of 45.8 km between STS and HTS with 28” steel pipes.
The Yanbu City Feeder Line Phase 3 [YCFL-3] with a total length of 56.9 km from PS1-C to YCT-C with 36” steel pipes.
The Madina Mahd Feeder Line [MMFL] with a length of 29.2 km from the YMML-3 tap-off to MPS with 32” steel pipes and with a length of 202.3 km from MPS to MAT with 83.6 km 28”steel pipes and 118.7 km 24” steel pipes.