Projects

  • Al Ghat
  • Al Ghat
  • Al Ghat

Al Ghat

The GHAT wastewater treatment plant is designed for a capacity of 3500 m3/ day (Average flow). The plant is an extended aeration treatment plant consists mainly of two streams, which produce final effluent water for the reuse. The Plant name refers to the city name (GHAT city) which is located near Qassim city. The plant is owned by the Ministry of Water & Electricity.

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  • Sha’s
  • Sha’s
  • Sha’s

Sha’s

Sha’s water desalination plant has a production capacity of 12,000 m3/day of portable water.

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  • Barge
  • Barge
  • Barge

Barge

The largest offshore desalination plant in the world was developed by a consortium of ACWA Power and RAKA to ease the water shortage in the Western Province of the Kingdom of Saudi Arabia. WETICO was awarded the ten month contract to design and build the 52,000 m3/d barge based desalination plant in August of 2007. The overall design took into consideration a lot of variables such as raw water characteristics, product water requirements, barge balance issues, area constraints, power supply restrictions and environmental impact.

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  • Jeddah 3
  • Jeddah 3
  • Jeddah 3

Jeddah 3

The plant consists of 2 Streams; the Capacity of each stream is 120,000.00 m3 / d and comprises a Calcium Hypochlorite Dosing System to disinfect the Product Water prior to transfer to the Jeddah City Storage and Distribution center (9 km away from the plant) where the product Water is re mineralized to meet WHO standards for Potable Water prior to distribution. The Seawater Intake, Electro-chlorination System, Waste Water Treatment, and Firewater System are common to both streams.

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  • National Guard SBR/STP
  • National Guard SBR/STP
  • National Guard SBR/STP
  • National Guard SBR/STP
  • National Guard SBR/STP
  • National Guard SBR/STP

National Guard SBR/STP

This project purpose is to treat the waste water for National Guard. Both of suspended solids and biodegradable organic matter will be reduced through treatment systems to acceptable limits. The plant is capable to produce treated water of volume and quality for agriculture purposes. The scope of the project is described briefly below: The SBR process is designed and will be operated based on the fill and draw activated sludge process with plant capacity of 2 x 500 m3/day.

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  • Saudi Paper
  • Saudi Paper
  • Saudi Paper

Saudi Paper

Wastewater treatment plant located in the city of Dammam that has a capacity of 9000 m3/day. It is a conventional treatment plant where the suspended solids and biodegradable organic matter are reduced through the treatment steps to an acceptable limit.

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  • Nestle Qatar
  • Nestle Qatar
  • Nestle Qatar

Nestle Qatar

Brackish Water treatment project with capacity of (55 m3/day) for one of the most prestigious companies in the world that produces bottling drinking water. Reverse Osmosis is applied in this project as one of the most effective & modern water treatment technologies.

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  • Aujan
  • Aujan
  • Aujan

Aujan

An existing effluent treatment plant located in Dammam city with capacity of 1000 m3/day was retrofitted by Membrane Bioreactor Technology which is considered as one of the most recent wastewater treatment methods. Aujan wastewater treatment plant is designed to treat the wastewater coming by the force main line (through existing lift station) from the juice factory.

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  • Arcelor Mittal

Arcelor Mittal

Considered as one of our global projects, located in Kazakhstan for one of the most popular metal companies there. The main target of the plant is to produce permeate water suitable for the power generation purposes (boiler feed water).

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  • Al Marai
  • Al Marai
  • Al Marai

Al Marai

This plant was built for Al-Marai at one of their super farms in the suburbs of Riyadh.

The aim of producing high quality Brackish water at this plant is to meet the exceptional farms standards which are set by Al- Marai specialists.

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  • Yanbu Port
  • Yanbu Port
  • Yanbu Port

Yanbu Port

Wastewater treatment plant where the Sequential Batch Reactor (SBR) is used as a treatment technology for the inlet wastewater.

The SBR uses high-efficiency oxygen transfer aeration equipment to satisfy the high-rate oxygen consumption requirement at the beginning of the “filling” & “aeration” cycles.

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  • Asyah Poultry
  • Asyah Poultry
  • Asyah Poultry

Asyah Poultry

Designed for a capacity of 750 m3/ day (average flow). The scheme for wastewater treatment used is Membrane Bioreactor (MBR) process.

Generated wastewater from the poultry slaughterhouse is screened through manual bar screen and then lifted from raw wastewater lift station by submersible pumps. Acid & Caustic dosing system are used to adjust pH according to pH of raw wastewater.

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  • ITCC
  • ITCC
  • ITCC

ITCC

Information Technology & Communication Complex project is for treating the sewage water that come in from the different facilities in the complex.

The sewage treatment plant of average capacity equals to 2000 m3/d (83.3 m3/h) & can be extended to 6000 m3/d (250 m3/h) as a peak flow. Our role was to design, supply, install, test, and commission the sewage treatment plant.

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  • Princess Noura University
  • Princess Noura University
  • Princess Noura University

Princess Noura University

Princess Noura University project is a wastewater treatment plant designed for a capacity of 13000 m3/ day (Average flow) inside the Princess Noura University, which is located in Riyadh city and considered one of the largest universities in Saudi Arabia. The scheme for wastewater treatment used is Membrane Bioreactor (MBR) process.

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  • PP10
  • PP10
  • PP10

PP10

This project is a complete package which consists of Sewage Treatment Plant, Water Treatment Plant and Demineralization system for power plant #10 in Riyadh.

The main target of this project is to provide the required water (quality & quantity) for the the power generation

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  • Qassim University
  • Qassim University
  • Qassim University

Qassim University

Apart from the supplied water treatment plant & pump sta – tion. The sewage treatment plant of average capacity equals to 5250 m3/d & can be extended to a maximum capacity up to 13125 m3/d. It consists mainly of two treatment streams, each stream of 2625 m3/d capacity; using a very convenient treatment method called RBC (Rotating Biological Contractors).

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  • Hana Bottling
  • Hana Bottling
  • Hana Bottling

Hana Bottling

This project is a Brackish Water Treatment Project that uses Reverse Osmosis (RO) system as the main treatment unit to produce the required quantity and quality of water.

The main feature of this plant is remineralization unit which is the addition of the required minerals necessary to make water suitable for drinking purpose in order to fit with all drinking water quality standards.

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  • ICDOC
  • ICDOC
  • ICDOC

ICDOC

In order to increase the overall recovery of the Jeddah Industrial City RO system, a third RO stage will be added. The new addition was designed to have capacity of the second stage reject flow and with the consideration to operate the first two stages alone in case of the third stage is off (e.g. maintenance).

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  • Najran
  • Najran
  • Najran

Najran

The MBR modules (Membrane Biological Reactor modules 640 nos.) are very sensitive to high temperature and to sunlight. As a result, the installation procedure was long to ensure a high accuracy job from our staff. Soon after the installation was completed, the tanks were covered with sheet and filled with water.

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  • Shaybah Plant

Shaybah Plant

Chemical Dosing systems are the auxiliary treatment units to a treatment plant, and they are the core unit operation for chemical treatment. WETICO with its vast experience in design, fabrication and supply of chemicals and chemical dosing systems provides very wide variety of chemical skids for conventional applications (e.g. Chlorination, De-chlorination, Coagulation, Anti scaling, Flocculation, Re-mineralization, pH control etc)

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  • SEPCO III

SEPCO III

WETICO is one of the pioneer companies in Sea Water Desalination in the Middle east. In Rabigh, KSA WETICO is executing a two pass Reverse Osmosis system with a daily desalinated water volume of 7500 m3 to bring down TDS concentration from 43,000 ppm down to less than 50ppm. This is achieved by 2 stage filtration followed by microfiltration stage 2 pass Reverse osmosis units assisted by wide range of chemical treatment and high level automation instrumentations.

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  • Riyadh STP

Riyadh STP

WETICO is one of the leading companies in design, supply, installation and commissioning of Conventional sewage treatment plants in   KSA; especially with biological treatments such as Oxidation ditches used in   this project. This plant is one of the biggest plants in KSA with a daily   flow rate reaching 300,000 CMD. Physical, Chemical & Biological Treatment   Units can be found in this plant.

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  • Marai Dairy CPP2

Marai Dairy CPP2

This Project is the 2nd Dairy processing effluent treatment plant WETICO executes to MARAI company. Dairy Effluent is one of the strongest wastewater that makes the treatment to high quality levels very chellenging. WETICO Provides solution for this heavy wastewater by Using Membrane bioreactors (MBR) flat sheet technology as the core biological & Seperation Treatment Process.

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  • KSU MBBR/STP

KSU MBBR/STP

Moving Bed Bio-Reactor technology is a very famouse Suspended biological growth type technology. This Type of treatment is preferred in highly variant flow rate communities such as university camps. WETICO is executing a sewage treatment plant at King Saud University as a retrofit to an old treatment plant with a daily flow rate capacity of 10,000 m3/day.

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  • Majma’a STP/SBR

Majma’a STP/SBR

Sequencing batch reactor (SBR) Technology is one of the famouse biological suspended growth treatment systems. WETICO known for its vast experience in different and diverse treatment technologies, has vast experience in design, execution and operation of SBR treatment systems.

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