Major Projects

Riyadh Power Plant No.9 Combined Cycle (5,980 MW)

The combined cycle plant (PP9) has been built on a site of 3.2 million square meter about 54km east of Riyadh. This construction, together with an expansion of the existing PP 9 facility, made Riyadh the largest crude oil-fired power plant in the world. Arabian Bemco Contracting Company was awarded the project by SEC. Works Started in 1995,

Riyadh Power Plant No.10 Combined Cyle (4,600 MW)

On June 30, 2008 Arabian Bemco was awarded a S.R 11 billion (USD 3 billion) contract with SEC for a turnkey supply and installationof a 2,600 MW power geneartion plant (PP10) built on an area of 5 million square meter outside the capital of Saudi Arabia, Riyadh.This is a Greenfield project that will initially install 36 GTG simple cycle base loaded gas turbines on

Qurayyah Combined Cycle Project (4,600 MW)

On June 11, 2007, Arabian Bemco was awarded a SR 2.1 billion (USD 570 Million) contract with SEC to build the 2,500 MW Qurrayah Open Cycle Power Plant in the Eastern Province of KSA. Under the engineering, civil construction and mechanical erection package, Arabian Bemco will install gas-fired turbines at the plant supplied by

Riyadh Power Plant No.12 Combined Cycle (2,175 MW)

On May 16, 2012, Arabian Bemco signed a S.R 4.7 billion contract (USD 1.3 billion) with the Saudi Electricity Company to build a Grass Root Combined Cycle Power Plant in Riyadh, Saudi Arabia. The plant is located 100 KM West of Riyadh City. Once completed, the new grass root combined cycle power plant (PP12) will produce

Project Details
Value in SR

Project Description

Scope of Work

  • Located some 350 meters from the Holy Haram - it would be the largest central air conditioning plant in the world with a total capacity of 60,000 tons.
  • Phase I - 14,400 tons of refrigeration. It is currently operational and provides comfort to visitors of the Holy Haram Extension.
  • Chilled water at 42 deg.F. (5.5 deg.C.) is pumped through the 44" (110 cm.) diameter preinsulated black steel pipelines to cool the Holy Haram Extension. The differential temperature design is based on 24 deg.F. (13.5 deg.C.) yielding a return temperature of 66 deg.F. (19 deg.C.).
  • General Contractor & Construction Management: Estimating, Planning & Scheduling, cost control, Cash Flow, Safety, Quantity Survey and Quality Control.
  • Electro-Mechanical Works: Engineering Concept and Constructibility, Chilled Water Piping Engineering, Submittals, Procurement, Fabrication, Installation, Testing & Commissioning.
Makkah, Saudi Arabia
306 Millions
Ministry of Finance
1995 to 1997

Relief System & Flare Gas System Qatif - Progress 2020

   Relief System & Flare Gas System Qatif - Progress 2020

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