عارف رحمن

Responsibilities:
• Define scope, plan, organize, lead and direct technical work and departmental efforts related to electrical engineering activities for new and existing programs.
Monitoring all activities at project related to electrical documentation inspection, stores, and execution work to verify at compliance with the company/ project policy and procedure.
• Monitor /control cost timing and other related aspects fproject.
• Coordinated with Saudi Electric Company (SEC) for review of materials, approval and compliance with SEC & Aramco standards.
• Erection of HVAC system and complete MEP works in BSP in control room and office buildings.
• BSP Substation 380/115/3.8KV GIS in AL-Khafiji with package of 115KV network.
• Installation of RMU (115 KV), link box for UG power cable AC/ DC, MCC, PFI, and SAS panel.
• Checking RFI, MIR, on daily basis with Engineers relative to tasks.
• Maintain PMO works according to the running projects as per standard ofSEC.
• 380KV GIS ABB SF6 Switchgear.
• 3-sets of 502 MVA (380/115KV) Hyundai power T/F (150MVAR) shunt reactors.
• Power cables system 1X630mm2, 1200mm2 and 2000mm2.
• 13.8KV Metal clad Alfanar switchgear. 125V & 230 VDC Batteries systems.
• 380KV DC OHTL Safanihya Power Plant to BSP.
• 115KV S/S No: 2&5, 3 and S/S: 4 Underground Cable 2000mm2.
• 115KV SC- BSP to Ras ul Mishaib Underground.
• Erection of (HVAC) System Complete and MEP work in BSP Station.
• Cable trays & Cable ladders installation, Cable pulling & termination.
• Water Pumps, Transmission system. Auxiliaries, Communication System.
• Design experience of LV distribution and switchgear, LV cabling and Minor Power, Internal External and Emergency Lighting, Fire alarms, CCTV, Door entry systems and BMS

Construction of 380/115/13.8 KV Al Khafji BSP: Contract No:4400003710

Coordinated with designing departments, mechanical/ civil departments, discuss technical aspects of electrical system with contractor to successful completion.
Generation distribution and Protection schemes motor, generator, variable frequency driver, (VFD) conversion equipment station T/F, switch board andswitchgear.
Installation of UPS converter, battery charger, high speedT/S.
Erection of complete raceway cable tray (S, S, MS, ladder trucking channel & fitting) for tupras oil
Ensuring work in executing as per IFC drawings. Monitoring the progress of electrical works. Erection of MV/LV switchgear, cables lines, T/F, MDB, SMBD, PFI, MCC, panel.
Coordination from cooperative office/main contractor/consultant engineer for execution and RFI, MRI, NCR, related activities.
Installation of Boiler feed pumps, water treatment plants, cooling towers, aircompressor.
Experience in lying cables HV, MV, LV composite, instruments, fiber optics cables, glandings/termination, testing

• Saline Water Conversion Corporation's (SWCC) Ras Al Khair Desalination Plant is a hybrid Desalination Plant which will implement both the Multistage Flashing (MSF) and Reverse Osmosis (RO) Technologies.
• The Project also includes the construction of a 2650 MW Combined Cycle Power Plant, which will comprise of five 600MW CC Gas Turbine (CCGT) Blocks and Two 220MW Single Cycle Gas Turbines (SCGT) Units & 380KV Substation. The project Ras Al Khair Power and Desalination Plant Phase 1 for SWCC includes:
1.Construction of Desalination Plant of 224.8 MIGD (MSF 20MIGD X 8 Units/R.O 34MIGD X 2 Units).
2.Construction of Power Plant having generation capacity of 3600 MW \[Power Generation from 1 unit of simple cycle and 5 units of combined cycle out of which the 2400 MW Combined Cycle Power Plant (1050 MW supply to SEC 1350MW supply to Ma’aden Aluminum Complex 1200 MW will be used for the plant utilities) utilizes the heat energy of Natural Gas, initially to operate the Gas Turbines (GT) and the GT exhaust is directed to Heat Recovery).
•The project involved construction of an RO building, switchgear buildings, a wastewater treatment plant, a chemical dosing building, as well as installation of a dissolved air floatation unit and two dual media filters.
1. 12-STG6-5000F Gas turban, 5-SST6-4000F Steam turban, 17-SGen6-1000A Generator.
2. 10-HRSG and SPPA-T3000 I & C. 6-Boiler feeds and 10 condensate pump for CC power plant.
3. High voltage motor 4600KW-14P 13.8KV for desalination plant by Hyosung. Erection activities of LV/MV/HV Transformers, Switchgears & MCC’s, and Isolated Phase Bus ducts (IPB). Gas Insulated Bus ducts (GIBs), 380kV XLPE 1200mm2, 2000mm2 UG cables, MV/ LV bus ducts, Distribution Boards, Lighting Panels, Variable Frequency Drives (VFDs) UPS/DC Systems and Diesel Generators.
•The gas turbine and steam turbine generators connected to 380 kV Gas Insulated Substation via generator step-up transformers and 380 kV cables. Each Gas Turbine Generator rated 260 MVA, 18 kV, 60 Hz, 3600 rpm, 0.85 power factor, Air Cooled. Each Steam Turbine Generator rated 213 MVA, 16.5 kV, 60 Hz, 3600 rpm, 0.85 power factor, Air Cooled.
• Performing inspections & tests to determine whether delivered products and or installed systems meet SEC & RC standards and approved material & design submittals.
• Respond to and conduct “Requests for Inspection (RFI)” in a professional and in a timely manner.
• Capable of checking and verifying IFC drawings and understanding technical specifications.
• Carrying out site inspections with Client engineers. Quality documents follow-up like, RFI’s, MAR, FAT, as-built drawings preparations and reviews.
•HVAC, Fire Fighting systems (Deluge Fire, water spray, Sprinkler, CO2 and FM200).Fire alarm, Lighting system, Desalination unit, Boiler feed pumps, and water treatment plants.
• Involved in the installation activities of the LV/MV/HV Transformers, Switchgears & MCC’s, Isolated Phase Bus ducts (IPB), Gas Insulated Bus ducts (GIBs), 380kV XLPE cable, MV/ LV bus ducts, DBs, Lighting panels, (VFDs), UPS/DC Systems and Diesel Generators (DG).
•Erection of different, cooling water, UPS & DC power, Air compressor system.

Performed as directed by supervisor, inspection, examination and test to determine compliance with applicable specification procedures code/ standard.
1:-Erection of 2.5/1/0.63 MVA T/F in/out cabling withtermination.
2:-Installed panel’s wall and pad mounted, MDB, SMDBs, MCC ATS, PLC and MV/LV Switchgear in refinery.
3:-Erection of different cooling water, UPS/ DC Air compressor system.
4:-Erection of DG, 3X2.5 MW caterpillar Engine.
5:-Learned about basic of instrument how process variable (Temperature flow pressure and level) are controlled using sensor, like vibration, speed, wind speed, direction, humidity, liquid level switch and HP/ LP sensor.
6:-Learned about the system working in refinery to process which isDCS/PLC.
PLS-TDC-3000, Expansion PKS - C200
PLS Allen BradlyTDC-3000

1:-Reading electrical, mechanical and construction drawings.
2:-Review the electrical shop-drawing and the as-built drawing for electrical works.
3:-Installation of Electric works in water and wastewater pumping stations.
4:-Lighting (exterior / interior), Data & Telephone, Fire alarm and Security.
5:-Site reporting of DPR, MPR to RENESPAK
6:-Hands on experience working with UPS system, distribution panel, control panel, and ATSpanel.
7:-Distribution equipment (Switchgears, MCC, and MBDpanel).