Author: joomir

Divarash Roller Compact Concrete Dam

135,000m³ concreating – 200,000m³ excavation
The Annual Water Inflow of the Divaresh River = 35m³ – the Height of the Dam = 45m
The Length of the Crest = 200m – the Standard Width of the Foundation of the Dam = 40m

Construction and transportation of steel pipes in part 1 of the water transmission system from Tahlab plain to Zahedan city and Sistan region

Supply of sheets, fabrications, coatings and transportation of steel pipes

Golab Tunnel 1 and 2

First Part of the Tunnel = 11km – Second Part = 10km – Access Tunnel = 1/5km – The diameter of the Tunnels = 4.75m
Underground Pumping Station with dimensions = 110 x 18 x 18m – Pumping Head = 280m
Pumping Flow = 2m³/s
Connecting the Catchment Structure below the level of Zayandeh Rood Lake to the Pumping Station

Engineering Services, Supply of Materials and Equipment and Treatment of Wastewater House No. 2, Pardis City

Implementation of Internal Electricity Building No. 2 – A, B and C Division Ponds
Primary and Secondary Telescopic Valve Tank
Primary and Secondary Sedimentation Tank Structure
Access Road to the Treatment Plant Site

Construction and transportation of steel pipes in part 1 of the water transmission system from Tahlab plain to Zahedan city and Sistan region

Supply of sheets, fabrications, coatings and transportation of steel pipes

Construction of a 1000m3 reservoir for the pumping station of Rooydar water transmission line

Construction of a 1000m³ tank for pumping station number one and the second part of Royder water transmission line.

Implementation of the water transmission line from the 10,000 cubic meter reservoir to the city of Jask

Piping with hard PVC pipe with a diameter of 630mm and a total length of 21000m

Piping of water transmission lines from Jagin Dam to Jask City Water Treatment Plant (parts 1 to 3)

Piping with welded steel pipe of 200, 700 and 800mm in length of 33497m – construction of valve chambers, installation of valves, accessories and connections of water transmission lines

2000 m³ reservoir site and pumping station in Jask city

Construction of pumping station buildings – Construction of a buried M32000 underground concrete tank unit – Procurement, transportation and installation of electromechanical equipment of pumping stations and tanks – Procurement and installation of control equipment by CCTV cameras

Implementation of the main water transmission line, subsidiary lines and rural networks up to the village of Pam Peshin and water supply to the rural complex of the Saravan Plain.
Pipe laying of the main line with 300 and 350mm diameter GRP pipes, 14 km long – Pipe laying with 90, 110 and 160mm diameter polyethylene pipes, 20 km long – Installation of polyethylene pipes ,75, 90 160mm (20km) – Preparation and installation of connections, accessories and valves

Water Supply to a Rural Complex in the South of Kerman Province

850km of Piping with Pipes with a diameter of 315mm to 63mm

Construction of 15 Pumping Stations and 15 Water Reservoirs from 250m³ to 1000m³

Water Supply to the City of Saveh

Installation of 60km of Rural Pipe with 900mm diameter Steel Pipe and 2 Pumping Stations
Installation of 100km of Steel Pipes with a diameter of 600mm and 315mm and a Water Reservoir with a Capacity of 2000m³

Water Collection Lines from Wells to Qazvin

Construction of 12 km of ductile iron pipe with a diameter of 250 to 800 mm and 14 km of water transmission lines to the city’s storage tanks

Construction of high-level concrete tank to balance the water pressure of Kish Island

Construction of a high tank unit of about 1200m³, water pressure supply – construction of 4 tank milking units – tank electricity facilities and yard facilities – creation of landscaping

Tehran’s Sixth Water Treatment Plant Project

The Largest Treatment Plant in the Middle East with 2 modules, 7.5m³/s, a total of 15m³/s

3 Tanks with Capacities of 15,000m³, 5,000m³ and 17,000m³

Implementation of the Completion Operations of the Construction of the Sari Water Treatment Plant

Transferring Water from the Shahid Rajaei Dam to the Treatment Plant with a 900mm diameter Pipe with a length of 25km

Design, Construction and Completion of Buildings, Structures and Equipment – Installation of Telemetry System from Shahid Rajaei Dam to Kermani Bagh Reservoir

Supply and Installation of Water Treatment Equipment in Beshagard City

The Water Transmission Line from Jegin Dam to Beshagard City is about 23km long – Implementation of Flowmeter Ponds, Control Valves, Butterfly Valves, etc.

Construction of the Pre-sedimentation Unit and Side Ponds of the Garmsar Water Treatment Plant

Implementation of Flash Mixer Unit, Flocculation and Sedimentation – Construction of Disconnection and Connection Basin and Input and Output Control

Construction of the Third Module of Water Treatment Plant Number two in Karaj

Upgrading the Filtration Capacity of the Treatment Plant to 1800 L/s
50m Piping with 400 and 600 diameter Concrete Pipe
381 m Piping with Steel Pipe with diameters of 350, 500, 700 and 1000mm
256m Piping with 160, 200 and 800mm diameter Polyethylene Sewer Pipes
Complete Implementation of Excavation and Embankment Operations and Landscaping

Construction of a 2000m³ Concrete Tank

Supervising the completion of the construction of the new Qom water treatment plant

Implementation of two modules of Qom Water Treatment Plant including ancillary and process buildings and procurement, transportation and installation of electromechanical equipment

Supervising the supply of a complete ozonation system of 10 kg/h with air inlet in the water treatment plant of Sistan villages

Ozone Generator Building Equipment

Supervising the reconstruction and restoration of structures and processes of Zahak water treatment plant

Modification and Reconstruction of Reinforced Concrete Structures of Walls of Clear Ponds
Establishment of the necessary site and structure for the establishment of chlorofric reservoirs
Restoration and modification of filtration system

Preparation, installation and commissioning of electromechanical equipment of the third module of Karaj Water Treatment Plant No. 2

Implementation of ancillary and process units and procurement, transportation and installation of electromechanical equipment

Carrying out Part of the Remaining Operations of the First Phase of Tehran’s Sixth Water Treatment Plant

Implementation of the Western Flood Canal and Implementation of 3 Units Lagoon
Construction of Office Building and Conference Room
Complete Implementation of Sludge Recovery and Disposal System with a Capacity of 2.5m³/s

The project of construction, procurement, transportation and installation of electrical and mechanical equipment for 15 Wastewater pumping stations and completion of electrical and mechanical equipment for 10 stations, along with the implementation of a part of the main collection lines and Wastewater collectors in the east and west of Ahvaz and Karun.

Construction of 15 Wastewater pumping stations along with electrical and mechanical equipment – completion and improvement of 10 pumping stations – Pipe laying with fiberglass, polyethylene and PVC pipes of different sizes – Micro-tunneling operation with polymer concrete pipes of 1000, 1200 and 1400mm – Piling operations

Construction of pumping station and transmission lines of distribution tanks and distribution network and distribution network of Parand green space wastewater

Construction of two Pumping Stations with a Capacity of 80lit/s and 260lit/s – 24km of Ductile Steel Pipelines, size 300mm to 800mm

Construction of 6 Tanks each with a volume of 23000m3

Implementation of the piping of the Wastewater collection network in scattered parts of Kish Island

Piping with UPVC sewer pipes of different sizes with a total length of 11469m – installation of a 200mm pressurized line with a length of 180m – construction of about 184 prefabricated concrete abutments – simultaneous implementation of the network and 610 sewer branch lines

North of Kish Wastewater Collection Network – East and West Region

Preparation and implementation of piping with UPVC sewage pipe and polyethylene pipe of different diameters

Preparation of Pipe, Transportation and Implementation of Collection Network and Transfer Line of 900 Pieces of Wastewater Branch of Safadasht Industrial Town.

Preparation and Implementation of 59870m Wastewater Polyethylene Pipe with a diameter of 200 to 800mm – Construction of about 70 Brick Manholes, 276 In-situ Concrete Manholes and 918 Polyethylene Manholes – 900 Sewer Branch Lines

Implementation of Wastewater network and branching operations in West Ahvaz

11862m piping of 160, 315, 400 and 500mm diameter – Preparation and execution of 650m long polyethylene 500 piping under network pressure – Construction of a 60*60 pond for household branches

Wastewater collection and transmission network of the main line of Fasa city

Pipe laying with 200, 500, 630 and 800mm diameter polyethylene pipes and a total length of 8125m. Construction of 45 brick manholes – 93 prefabricated concrete manholes – 29 in situ concrete manholes.

Wastewater Collection and Transmission Network of the Main Line of Fasa City

8125m Pipe laying with Wastewater Polyethylene Pipes with diameters of 200, 500, 630 and 800mm – Construction of 45 Brick Manholes – 93 Prefabricated Concrete Manholes – 29 In-situ Concrete Manholes.

Construction of the main sewage collection line of Qarchak city

Laying pipes with polyethylene sewage pipes with a diameter of 1400 mm in the form of an open trench with concrete casing with a length of 238 m, piping with a polyethylene sewage pipe with a diameter of 1200 mm, in the form of a tunnel with a length of 429 m, carrying out piping operations with a concrete casing of 1800 mm and passing a pipe of 1200 mm through it with a length of 100 m, construction of 10 concrete embankments in situ.

Parand Wastewater Treatment Plant Project

Treatment plant in two modules – The A2O process with the ability to remove nitrogen and phosphorus and anaerobic digestion of sludge – covers more than 350,000 people – with a total capacity of 60.000 m3/d

Implementation of the Completion of the Sewage Treatment Plant in Pishwa City

Design, Supply and Installation of Sludge Dewatering Equipment, Laboratory Equipment – Completion of the Remaining Works of Peshwa Sew Wastewater Treatment Plant

Construction of the SBR Structure of the Second Module of the Wastewater Treatment Plant in the North of Kish Island

Implementation of SBR Reactor Concrete Structures – Preparation and Installation of Pipes and Fittings Buried in Concrete

Construction of the Building and the Installation and Electro-mechanical Equipment of the Completion Plan of the Wastewater Sludge Treatment Plant of Babol City.

Treatment Plant in two Modules with four Flow Lines – MLE Activated Sludge System – for a Population of 385,678 People

Supply of Equipment and Construction of the First Module of Wastewater Treatment Plant No. 2, Shahr Jadid Pardis

Implementation of Ancillary and Process Buildings and Procurement, Transportation and Installation of Electro-mechanical Equipment

Implementation of Landscaping, Office Building, Laboratory and Chemical Warehouse and Diesel Generator Room
Implementation of Balancing Pool and Implementation of all Process Tanks
Installation and Testing of Electro-mechanical Equipment in the First Phase
The Wastewater Inlet Basin along with the Transfer Path

Artavail Diamond Iron and Steel complex’s Special Refinery

Construction of a Treatment Plant – the flow rate of the Incoming Effluent to the Treatment Plant is equal to 100L/s and the flow rate of Purified Water is 50L/s

Implementation of Internal Electricity Building No. 2 – A, B and C Division Ponds
Primary and Secondary Telescopic Valve Tank
Primary and Secondary Sedimentation Tank Structure
Access Road to the Treatment Plant Site

Implementation of Sewage Treatment Plant of Sepidan City (DBO)

Implementation of Sepidan City Wastewater Treatment Plant by DBO Method

Construction of Wastewater treatment plant module in the north of Kish Island with a capacity of 10,000m3

Construction of a sanitary Wastewater treatment plant using the SBR method with advanced equipment technology with a capacity of 10,000m³/d