Utilities Archives - ECG website /sector/utilities/ Just another WordPress site Thu, 22 Aug 2024 11:23:57 +0000 en-US hourly 1 Central Wastewater Treatment Plant in Al-Shadadiya Industrial Zone /project/central-wastewater-treatment-plant-in-al-shadadiya-industrial-zone/ Thu, 22 Aug 2024 11:23:57 +0000 /?post_type=project&p=14645 On a land area of 5.89 million m2; Shadadiya Industrial zone is the largest industrial area in Kuwait, where it will be managed using sustainable development methods. It contains 1,036 industrial units, as well as many services. It is divided into different sectors, as the most important sectors are chemical and food industries, in addition … Continued

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]]> On a land area of 5.89 million m2; Shadadiya Industrial zone is the largest industrial area in Kuwait, where it will be managed using sustainable development methods. It contains 1,036 industrial units, as well as many services. It is divided into different sectors, as the most important sectors are chemical and food industries, in addition to other multi-purpose industries. The chemical sector comprises 242 industrial units; the food industries sector contains 299 industrial units; while the mixed sector comprises 495 industrial units.
On a land area of 265,000 m2; The project comprises public services including a fire station, medical clinic, security center, mosque, administrative offices, gas station, truck service station, and car parkings. In addition; the project consists of fresh water network, stormwater network, sewage and industrial networks, fire-fighting network, 5 main power stations, 91 substations, security fence, overhead water towers and ground tanks, wastewater treatment plant, stormwater collection pit, environmental control building.
On an approximate area of 80,000 m2, the project includes a central wastewater treatment plant (12,572 m3/day) consisting of four zones; Zone 1: food section with a capacity of 2,665 m3/day, Zone 2: mixed section with a capacity of 1,613 m3/day, Zone 3: chemical section with a capacity of 3,370 m3/day, Zone 4: sanitary wastewater section with a capacity of 1,924 m3/day, and storm water purification line with a capacity of 3,000 m3/day. The purified water is used for irrigation purposes.
The project also comprises Administration & SCADA Building, Control/Blower Building, DAF Building, Disk Filter, Equalization Tank, Flocculation Tank, Nitrification Tank, Settling Tank, Return Sludge Pump station, Sludge Holding Tank, Calamity Tank, Sludge Storage, guard room, Environmental Monitoring Center and Electrical Substations/Generators Buildings with BUA 10,100 m2.

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]]> New Capital Water Treatment Plant /project/new-capital-water-treatment-plant/ Wed, 21 Aug 2024 09:04:18 +0000 /?post_type=project&p=14637 A Water Treatment Plant (1.5 million m3/day): Raw water is treated on four stages, each with a capacity of 400,000 m3/day. ECG scope of works includes construction supervision services in addition to civil works for the fences and service & administrative buildings.

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]]> A Water Treatment Plant (1.5 million m3/day): Raw water is treated on four stages, each with a capacity of 400,000 m3/day.
ECG scope of works includes construction supervision services in addition to civil works for the fences and service & administrative buildings.

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]]> Water Supply and Sanitation Works in Dowa /project/water-supply-and-sanitation-works-in-dowa/ Wed, 14 Aug 2024 10:04:22 +0000 /?post_type=project&p=14622 The project is funded by Arab Bank for Economic Development in Africa (BADEA) and the OPEC Fund for International Development. It comprises water transmission and distribution lines with a total length of 40 km, in addition to a water treatment plant with a capacity of 700 m3/h. This adds to ancillary buildings including laboratory, administration … Continued

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]]> The project is funded by Arab Bank for Economic Development in Africa (BADEA) and the OPEC Fund for International Development. It comprises water transmission and distribution lines with a total length of 40 km, in addition to a water treatment plant with a capacity of 700 m3/h. This adds to ancillary buildings including laboratory, administration building, pumping stations, staff house, store, guard house, generators etc…
Design works include the intake, raw water gravity main from the intake to the water treatment plant (WTP), and the conventional water treatment works which comprises flocculation tanks, sedimentation tanks, rapid gravity sand filters and clear water pumping station, in addition to concrete service tanks, transmission lines and force-mains.
ECG scope of work encompasses updating the design documents and drawings and preparing technical specifications and bill of quantities.

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]]> Wastewater Treatment Plant in Mbezi /project/wastewater-treatment-plant-in-mbezi/ Mon, 12 Aug 2024 07:22:24 +0000 /?post_type=project&p=14618 Located in Mbezi area in the northern part of Dar el Salam; the project is confined by the Indian Ocean on the east, Kunduchi River on the north, Mbezi River on the south, and Juba ward on the west. The project area serves primarily commercial areas and low density residential properties. The wastewater treatment plant … Continued

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]]> Located in Mbezi area in the northern part of Dar el Salam; the project is confined by the Indian Ocean on the east, Kunduchi River on the north, Mbezi River on the south, and Juba ward on the west. The project area serves primarily commercial areas and low density residential properties.
The wastewater treatment plant is located in the north eastern part of Kinondoni district, with a capacity of 16,000 m3/day. The plant employs Anaerobic/Anoxic/Oxic (A2O) wastewater treatment technology.

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]]> The Strategic Plan of Potable Water and Wastewater for Urban Areas of Alexandria /project/the-strategic-plan-of-potable-water-and-wastewater-for-urban-areas-of-alexandria/ Sun, 28 Jul 2024 07:39:17 +0000 /?post_type=project&p=14542 The Construction Authority for Potable Water and Wastewater, in cooperation with the Holding Company for Drinking Water and Wastewater and the Alexandria Wastewater Company, is willing to prepare and update the strategic plan of potable water and wastewater systems for urban areas of the City of Alexandria. This includes the general plan for networks and … Continued

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]]> The Construction Authority for Potable Water and Wastewater, in cooperation with the Holding Company for Drinking Water and Wastewater and the Alexandria Wastewater Company, is willing to prepare and update the strategic plan of potable water and wastewater systems for urban areas of the City of Alexandria. This includes the general plan for networks and lifting stations for wastewater and stormwater collection, so that a future strategy can be developed to meet the increasing needs due to population increase and urban growth until the target year 2052.
The scope is summarized as follows:
1. Description and evaluation of existing conditions for water and wastewater systems
2. Study, analysis and preparation of recommendations to identify “High priority projects” that will be compatible with the recommended long-term strategic plan.
3. Preparation of potable water and wastewater master plans for Alexandria Governorate for the target period up to year 2052.

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]]> Roads and Infrastructure in South of Al Meshaf -Package 01 /project/roads-and-infrastructure-in-south-of-al-meshaf-package-01/ Wed, 10 Jul 2024 11:23:33 +0000 /?post_type=project&p=14519 Located 5 km west of Al-Wakrah, the project area of Al-Wukair straddles Al-Wukair Street. The QS049 project (3 contracts) serves a predominantly residential community spreading over an area of 2,300 ha; as a part of Zone 91 masterplan. It includes approximately 9,726 residential plots, 1,600 commercial plots, 4 schools, 3 reserved government plots, 21 mosques, … Continued

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]]> Located 5 km west of Al-Wakrah, the project area of Al-Wukair straddles Al-Wukair Street. The QS049 project (3 contracts) serves a predominantly residential community spreading over an area of 2,300 ha; as a part of Zone 91 masterplan. It includes approximately 9,726 residential plots, 1,600 commercial plots, 4 schools, 3 reserved government plots, 21 mosques, 13 parks and 226 open space / green areas.
South of Al-Meshaf (Package 01) covers an area of 117 ha and encompasses a 6 km trunk main with diameters ranging from 2000 mm to 2400 mm along Al-Wukair Street.
The scope of works includes:
• Complete design of Foul Sewer Network for Zone-1 and Zone-2
• Complete design of Foul Water Tunnel with associated shafts
• Hydraulic model (INFO-works ICM)/design calculations
• Utility clash analysis
• Authority design review approvals (QDRS)
• Structural design of temporary/ permanent micro-tunneling shafts
• Geotechnical review for evaluation of sub-surface conditions and determination of design parameters
• Slope Stability Analyses
• Proposed Dewatering Lagoon

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]]> Flood Study for Mekaines RPS & Associated Pipelines /project/flood-study-for-mekaines-rps-associated-pipelines/ Wed, 10 Jul 2024 10:21:08 +0000 /?post_type=project&p=14514 The project primarily comprised the construction of a 12 MIG potable water reservoir, pump house, control building, 18-point tanker-filling station, emergency tanker-filling station, and other facilities (lagoon, chlorination building, and guardhouse), along with landscaping and installations of all internal piping ECG conducted Flood Control Study to assess the flood impact on Mekaines RPS site, and … Continued

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]]> The project primarily comprised the construction of a 12 MIG potable water reservoir, pump house, control building, 18-point tanker-filling station, emergency tanker-filling station, and other facilities (lagoon, chlorination building, and guardhouse), along with landscaping and installations of all internal piping
ECG conducted Flood Control Study to assess the flood impact on Mekaines RPS site, and provide mitigation plan to eliminate the potential risks of flood accumulation within the project site. The proposed Flood Mitigation System for the studied area is an infiltration Swale System, to collect and infiltrate the surface runoff into the soil and prevent flooding towards the project site. The system caters for approximately 73.0 ha of rural catchments submitted to Kahramaa.
The catchment hydrograph, generated from HEC-HMS software model, is used to develop a two-dimensional model in order to define the flood plain limits in the flow scenarios.

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]]> Critical Asset Resilience Program (CARP) – Doha South Area /project/critical-asset-resilience-program-carp-doha-south-area/ Wed, 10 Jul 2024 09:53:02 +0000 /?post_type=project&p=14510 The project aims to upgrade the capacity of the storm water assets and solve the possible flooding issues for five (5) locations in different areas within Doha South. The works addressed by the project comprises design, supply, execution, testing and completion of surface water networks, storage tank, pumping stations, emergency flooding areas and earth barrier/bunds … Continued

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]]> The project aims to upgrade the capacity of the storm water assets and solve the possible flooding issues for five (5) locations in different areas within Doha South.
The works addressed by the project comprises design, supply, execution, testing and completion of surface water networks, storage tank, pumping stations, emergency flooding areas and earth barrier/bunds as well as remediation of defects of existing surface water network, if found. The eight locations are as follows:
• Location 1 – Mamoura Tunnel (E-Ring): Collection capacity enhancement by adding channel in the low point of the underpass
• Location 2 – C23-1 (Junction of Ahmed Bin Ali Street with Mohammad Bin Thani Street – TRN Routes): 1,380-meter micro-tunnel (dia: 1,400 mm) connected to AGO micro-tunnel
• Location 3 – C39-1, C39-2 and C52-1 (Junction of Rawdat Al-Khail with C-Ring Road and the surrounding areas – TRN Routes): 1,645-meter micro-tunnel with pipe diameters ranging from 800mm to 1,000 mm
• Location 4 – C160 (C-Ring Road near Old Airport Road – TRN Routes): 450 m of storage pipes with diameters ranging from 1,200 mm to 2,000mm
• Location 5 – C145 (Al Wakra Area – TRN Routes): 3,750-meter pipeline with diameters ranging from 300 mm to 800 mm

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]]> Critical Asset Resilience Program (CARP) – Doha North Area /project/critical-asset-resilience-program-carp-doha-north-area/ Wed, 10 Jul 2024 09:19:33 +0000 /?post_type=project&p=14506 The project aims to upgrade the capacity of the storm water assets and solve the possible flooding issues for eight (8) locations in different areas within Doha North. The works addressed by the project comprises design, supply, execution, testing and completion of surface water networks, storage tank, pumping stations, emergency flooding areas and earth barrier/bunds … Continued

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]]> The project aims to upgrade the capacity of the storm water assets and solve the possible flooding issues for eight (8) locations in different areas within Doha North.
The works addressed by the project comprises design, supply, execution, testing and completion of surface water networks, storage tank, pumping stations, emergency flooding areas and earth barrier/bunds as well as remediation of defects of the existing surface water network, if found. The eight locations are as follows:
• Location 1 – Bani Hajer & Qatar Academy area: 84.823 m bund wall and 1,300 m of storage pipes (300 mm to 1000mm dia.).
• Location 2 – New Al Rayyan:1000mm bypass pipe to connect to SW2A.
• Location 3 – Dukhan Central – Duhaliyat: 2 bund walls with 222 m total length, 2 new proposed ponds/EFAs (449 m3 and 662 m3), 3 existing EFAs to be upgraded (2827 m3, 4850 m3 and 7124m3) and abandoned pipes (3x400mm and 1x500mm)
• Location 4 – Al-Wajba Underpass: 3 bund walls with 493 m total length and additional channels in the lowest points
• Location 5 – Al-Rayyan Interchange: A channel in the lowest points in the underpass
• Location 6 – Al-Jahhaniya Interchange at MOQ (TRN Route): 392 m long bund wall
• Location 7 – C4-1 between Lusail Exp. and West Bay St.: 64 m3 offline tank and 49 m of 600 mm pipeline.
• Location 8 – along Orbital Road (TRN Route): 245 m long bund wall at 0.60 m height

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]]> TSE Reuse in Aseer, Makkah & Tabuk /project/tse-reuse-in-aseer-makkah-tabuk/ Wed, 10 Jul 2024 08:43:57 +0000 /?post_type=project&p=14502 The project aims to reuse the treated sewage effluent (TSE) in Aseer, Makkah, and Tabuk for agricultural, environmental, industrial, and commercial sectors. The Major scope of works for this project includes: • Studying the around existing sewage treatment plants (STPs) as specified and evaluating the recycled water demand up to year 2050 for different category … Continued

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]]> The project aims to reuse the treated sewage effluent (TSE) in Aseer, Makkah, and Tabuk for agricultural, environmental, industrial, and commercial sectors.
The Major scope of works for this project includes:
• Studying the around existing sewage treatment plants (STPs) as specified and evaluating the recycled water demand up to year 2050 for different category of usage (agricultural, environmental, urban, and industrial).
• Preparing Complete Visualisation Report for the re-use of recycled water for six STPs in 3 regions of Kingdom of Saudi Arabia.
– Aseer (Bisha, Tathlith, and South Zahran)
– Mahhak (Thuwal and Rabigh)
– Tabuk (Haql)

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]]> TSE Water Reuse Program in Riyadh & Qassim /project/tse-water-reuse-program-in-riyadh-qassim/ Tue, 09 Jul 2024 13:27:16 +0000 /?post_type=project&p=14496 Our scope is to provide the consultancy services for the design of Recycled Water Supply System to benefit from Sewage Treatment Plants of Riyadh, Qassim, Madinah, and Najran. The Major scope of works for this project includes: • Studying the around existing sewage treatment plants (STPs) as specified and evaluating the recycled water demand up … Continued

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]]> Our scope is to provide the consultancy services for the design of Recycled Water Supply System to benefit from Sewage Treatment Plants of Riyadh, Qassim, Madinah, and Najran.
The Major scope of works for this project includes:
• Studying the around existing sewage treatment plants (STPs) as specified and evaluating the recycled water demand up to year 2050 for different category of usage (agricultural, environmental, urban, and industrial).
• Preparing Complete Visualisation Report for the re-use of recycled water for five STPs in 2 regions of Kingdom of Saudi Arabia.
– Riyadh (Shaqra and Al Kharj)
– Qassim (Bukairyah, Mithnab, and Al Rass)
• Preparing Preliminary and Detailed Design of recycled water supply system for each STP.
• Preparing Tender Documents.

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]]> Gabal Al Galalah Seawater Desalination Plant /project/gabal-al-galalah-seawater-desalination-plant/ Thu, 18 Jan 2024 11:57:01 +0000 /?post_type=project&p=10969 Reverse Osmosis Sea Water Desalination Plant:  Capacity:  150,000 m3/day. Components: Open intake: 375,000 m3/day Multimedia filters RO building Limestone contactor building Product water tanks Product water pumping station Chemical dosing station Chemicals store Workshop and storage building Powerhouse Generator building Fuel bulk storage tank Administration building Engineers accommodation building Staff accommodation building Guardrooms Guard towers … Continued

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]]> Reverse Osmosis Sea Water Desalination Plant: 

Capacity:  150,000 m3/day.

Components:

  • Open intake: 375,000 m3/day
  • Multimedia filters
  • RO building
  • Limestone contactor building
  • Product water tanks
  • Product water pumping station
  • Chemical dosing station
  • Chemicals store
  • Workshop and storage building
  • Powerhouse
  • Generator building
  • Fuel bulk storage tank
  • Administration building
  • Engineers accommodation building
  • Staff accommodation building
  • Guardrooms
  • Guard towers
  • Fence
  • One of the largest Seawater Reverse Osmosis (SWRO) desalination plants in Egypt.Mega-scale desalination of seawater.Raw water intake system on the Gulf of Suez shore in Gabal Al Galalah area south of Al Ain Al Sokhna.

    Ultimate Client: Egyptian Ministry of Defence.

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]]> Facility E Associated Transmission Pipeline – GTC 947/2019 /project/facility-e-associated-transmission-pipeline-gtc-947-2019/ Thu, 23 Mar 2023 10:26:34 +0000 /?post_type=project&p=9674 Two KAHRAMAA transmission mains from the 60 MIGD Independent Power and Water Producer (IPWP) facility at Umm Al Houl as follows: 15 km 1,600 mm dia. to Mesaieed Industrial City (MIC) 1,200 km 600 mm dia. to Al Wakra Industrial Area The scope of works includes: Hydraulic study for the entire water pipework, pumping station, … Continued

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]]> Two KAHRAMAA transmission mains from the 60 MIGD Independent Power and Water Producer (IPWP) facility at Umm Al Houl as follows:

  • 15 km 1,600 mm dia. to Mesaieed Industrial City (MIC)
  • 1,200 km 600 mm dia. to Al Wakra Industrial Area

The scope of works includes:

  • Hydraulic study for the entire water pipework, pumping station, and reservoir systems
  • Surge and transient analysis for the complete piping system
  • Solution for reversing flow through the existing 1,200 mm dia. pipeline
  • Two fibre optic cables for Afjat Muaither and Mekaines Reservoir Pumping Stations (RPSs)
  • Chambers and interconnections
  • 1,200 mm dia. interconnection pipeline adjacent to Mesaieed Town secondary reservoir pumping station
  • Modifications and expansion of the existing monitoring and control equipment, facilities, and accessories in the pump station (PRPS-5) and incorporating new valves, flowmeters, piping, and instrumentation in the station control and monitoring system
  • Power supply to new valves and control and measurement instruments from the existing panels
  • 900 mm dia. interconnection pipeline on Dukhan Road, between the existing 900 mm dia. pipelines, including chambers and interconnections
  • 600 mm dia. interconnection pipeline at Ras Bu Funtas, between the existing 600 mm dia. pipelines, including chambers and interconnections
  • 2 km pipelines 300 mm /400 mm/ 600 mm dia. at Lebsayyer

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]]> Water Transmission System from OXAGON to GAYAL /project/water-transmission-system-from-oxagon-to-gayal/ Tue, 21 Mar 2023 09:03:44 +0000 /?post_type=project&p=9670 1,200 MLD pumping station, sited at NEOM desalination plant tank farm, and a culverted twin 2,000 mm dia. carbon steel potable water transmission system. The pumping station discharges through a 65 km twin 2,000 mm dia. transmission system to the High Point Reservoir, while a 37 km similar gravity twin transmission system conveys water to … Continued

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]]> 1,200 MLD pumping station, sited at NEOM desalination plant tank farm, and a culverted twin 2,000 mm dia. carbon steel potable water transmission system.

The pumping station discharges through a 65 km twin 2,000 mm dia. transmission system to the High Point Reservoir, while a 37 km similar gravity twin transmission system conveys water to Gayal.

Future provision within the pumping station will enable the later addition of three further piping systems to give an overall capacity of 2,100 MLD.

Full infrastructure and electrical sub-stations and support facilities are provided at the pumping station site. The 100 km buried pre-cast culvert is sized to accommodate a third future 2,000 mm dia. pipeline and includes connection chambers, washout, and air release facilities.

The scope includes system hydraulics, surge/transient analysis and protection measures, and full instrumentation and control.

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]]> New Maikenes RPS and Associated Pipelines /project/new-maikenes-rps-and-associated-pipelines/ Tue, 21 Mar 2023 07:48:52 +0000 /?post_type=project&p=9663 The project primarily comprises the construction of a 12 MIG potable water reservoir, pump house, control building, 18-point tanker-filling station, emergency tanker-filling station, and other facilities (such as a lagoon, chlorination building, and guardhouse), along with landscaping and all internal piping. Maikenes RPS Capacity: 1,400 l/s or 120,960 m3/day.

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]]> The project primarily comprises the construction of a 12 MIG potable water reservoir, pump house, control building, 18-point tanker-filling station, emergency tanker-filling station, and other facilities (such as a lagoon, chlorination building, and guardhouse), along with landscaping and all internal piping.

Maikenes RPS Capacity: 1,400 l/s or 120,960 m3/day.

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]]> Upgrading of Masaieed Town RPS /project/upgrading-of-masaieed-town-rps/ Mon, 20 Mar 2023 11:26:01 +0000 /?post_type=project&p=9650 Construction of two 6 MIG reinforced concrete rectangular water reservoirs, including all necessary instruments, piping, electrical, landscaping, and sewer works, in addition to VFD pumps in the existing pump house, standby pump house for existing tanker filling station, and new chlorination building. Potable Water Pipes 1 km, 600 mm dia. DI pipeline 9 km, 900 … Continued

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]]> Construction of two 6 MIG reinforced concrete rectangular water reservoirs, including all necessary instruments, piping, electrical, landscaping, and sewer works, in addition to VFD pumps in the existing pump house, standby pump house for existing tanker filling station, and new chlorination building.

Potable Water Pipes

  • 1 km, 600 mm dia. DI pipeline
  • 9 km, 900 mm dia. DI pipeline

Capacity of Potable Water Pumping Station: 43,200 m3/day

Capacity of Potable Water Reservoirs: 12 MIG (2 x 6 MIG)

Capacity of Water Outlet:

  • 2 Duty Mains: 250 l/s
  • Total Flow Rate: 500 l/s

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]]> Reconstruction & Upgrading of Old Salwa RPS with Underground Reservoirs /project/reconstruction-upgrading-of-old-salwa-rps-with-underground-reservoirs/ Mon, 20 Mar 2023 10:33:03 +0000 /?post_type=project&p=9638 Demolition of 5 reservoirs and a pumping station in Old Salwa Reservoir Pumping Station and replacement with a new pumping station (115,776 m3/day), underground reservoirs (30 MIG), and an office building to accommodate KAHRAMAA staff along with providing an office space for commercial investment. Potable Water Pipelines Rising Mains 1 and 2: 295 m, 600 … Continued

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]]> Demolition of 5 reservoirs and a pumping station in Old Salwa Reservoir Pumping Station and replacement with a new pumping station (115,776 m3/day), underground reservoirs (30 MIG), and an office building to accommodate KAHRAMAA staff along with providing an office space for commercial investment.

Potable Water Pipelines

  • Rising Mains 1 and 2: 295 m, 600 mm dia. DI pipeline
  • Distillate Inlet: 561 m, 900 mm dia. DI pipeline
  • Header Pipes: 78 m, 1200 mm dia. DI pipeline

Water Outlet Capacity

  • Two Rising Mains: RM1 and RM2
  • Two Duty Mains: 335 l/s pumps per rising main
  • Total Flow Rate: 1,340 l/s

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]]> Saint Cathrine Development /project/saint-cathrine-development/ Mon, 09 Jan 2023 14:13:07 +0000 /?post_type=project&p=9579 The project includes the following components: Sewage Networks: in the main roads which consist of the proposed main networks, including pipes with an average total length of 18 km and diameters ranging from 200 mm to 500 mm. Combined Potable Water & Firefighting Networks: in the main roads which consist of the proposed main networks … Continued

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]]> The project includes the following components:

  • Sewage Networks: in the main roads which consist of the proposed main networks, including pipes with an average total length of 18 km and diameters ranging from 200 mm to 500 mm.
  • Combined Potable Water & Firefighting Networks: in the main roads which consist of the proposed main networks including pipes with an average total length of 19 km and diameters ranging from 110 mm to 315 mm, in addition to the proposed water tanks with capacities of 1,500 m3 and 5,500 m3, while keeping considerable components of the existing networks and tanks in service.
  • Irrigation Networks: in the main roads which consist of the proposed main networks including pipes with an average total length of 17.5 km and diameters ranging from 110 mm to 315 mm, in addition to the proposed irrigation tanks with capacities of 1,640 m3 and 1000 m3.
  • Flood Protection Scheme and Storm Drainage: Developing flood protection mechanism which involves pipes, channels, culverts, dikes, and side slope protections with an average total length of 12.5 km.
  • Electricity Networks: Completion of electricity network coverage for the existing and new projects along with the necessary services.
  • Light Current Networks: Completion of communications network coverage for the existing and new projects along with the necessary services.
  • Road Networks: Completion of the proposed roads with an average total length of 8.5 km, along with the necessary services.

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]]> Development of Al-Wakra and Al-Wukair STP /project/development-of-al-wakra-and-al-wukair-stp/ Tue, 27 Dec 2022 08:33:24 +0000 /?post_type=project&p=9559 ASHGHAL aims at developing Al-Wakra and Al-Wukair sewage treatment plant including the following components: Terminal Pump Station (TPS), screen shaft, pump shaft, odor control facilities, Treated Sewage Effluent Pump Station (TSE), Sewage Treatment Work facilities (STW), liquid treatment facilities, sludge treatment facilities, Treated Sewage Effluent facilities (TSE), TSE storage facilities, 6 deep injection wells, multi-purpose … Continued

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]]> ASHGHAL aims at developing Al-Wakra and Al-Wukair sewage treatment plant including the following components: Terminal Pump Station (TPS), screen shaft, pump shaft, odor control facilities, Treated Sewage Effluent Pump Station (TSE), Sewage Treatment Work facilities (STW), liquid treatment facilities, sludge treatment facilities, Treated Sewage Effluent facilities (TSE), TSE storage facilities, 6 deep injection wells, multi-purpose lagoons, ancillary buildings and facilities, and Kahramaa facilities.

The pump shaft and STW facilities are designed based on 2024 flow horizon with an average flow of 150,000 m3/day, while the screen shaft is designed based on 2045 build-out flow of 600,000 m3/day.

The site proposed for the TPS, STW, and subsequent future expansions is located approximately 35 km south of Central Doha and covers approximately 1,500 hectares (ha), where foul-sewage is transferred to the TPS and STW via the network.

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]]> Alexandria East Wastewater Treatment Plant /project/alexandria-east-wastewater-treatment-plant-2/ Tue, 27 Dec 2022 08:24:44 +0000 /?post_type=project&p=9552 With a total capacity of 800,000 m3/day, the plant is considered one of the largest sewage treatment plants in Alexandria and serves around 4 million people. It is a huge and pioneering project with respect to generating electric power from solid waste; where the resulting sludge is digested to produce methane gas that is used … Continued

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]]> With a total capacity of 800,000 m3/day, the plant is considered one of the largest sewage treatment plants in Alexandria and serves around 4 million people. It is a huge and pioneering project with respect to generating electric power from solid waste; where the resulting sludge is digested to produce methane gas that is used to generate electric power, thus improving the environment and reducing emissions & energy use. The generated electricity covers about 60% of the plant’s energy consumption.

The project comprises two sludge mixing and transfer tanks (125 m3 each), gas holders (5,000 m3), four-floor sludge digestion building (footprint area of 380 m2 and built-up area of 1,480 m2), digester tank (16,000 m3), digested sludge storage tank (2 x 1,250 m3), waste gas burner, biogas treatment unit, boilers building, and a powerhouse.

The post Alexandria East Wastewater Treatment Plant appeared first on ECG website.

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