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Financing and Execution the Project aimed at Organizing Minab Dam Downstream River

Financing and Execution the Project aimed at Organizing Minab Dam Downstream River

Minab downstream River is one of the important rivers in Hormozgan Province, that floats in Minab plain, in approximately 120 kilometer distance from east Bandar Abbas. Minab Dam has been built to harness the flood and provide sustained drinking and agricultural water in Dasht Minab region, as well as for supplying drinking water in Bandar Abbas City. The goal of this project is to organize, dredge and control Minab river flood.

Status of Project: In Progress

Project Highlights

Role of Parhoon Tarh: Contractor of Construction Operations, and Site Building
Project investor: Tana Energy and Parhoon Tarh Joint Venture
Client: Hormozgan Regional Water Company
Consultant Engineer: Sabzab Arvand Consultant Engineers Company
Location: Hormozgan Province- Minab City
Project Cost:790 billion IRR
Project Duration: 12 months

 

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Project Volumes

Concrete work: 46,000  m3
Excavation: 902,000  m3
Embankment: 803,000  m3
Geotextile: 156,000  m3
Stone structures: 183,000  m3

Project Specification

Length of the right dike of the river: 7,880 m
Length of the left dike of the river: 6,790 m
Height of the dike: 3.5m , 4.5m and 5.5 m
Concrete pipes: 700 to 1000 mm diameter
Type of operations: River organizing
 

Project Goals

  • Building soil dike in the planned dimensions by using geotextile filter materials, construction of gable surface and pebbles in cement mortar for non-urban areas in the right and left banks of the river
  • Dikes heels protection operations including digging canals and pebble mortar filling in designed dimensions in 2.5m length
  • The drilling, dredging operations, collecting and discharging surface waters in the dikes’ back, and construction of dike underpass structures to direct the dredged water into the river
  • Collecting river materials for dike construction, and clearing the path of the last area (the lowest stream in the area).
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Industrial Buildings and Site Construction of Negin Mahestan Petrochemical Company

Industrial Buildings and Site Construction of Negin Mahestan Petrochemical Company

Negin Mahestan Kangan Petrochemical Company is located in approximately 20 Km southeast Kangan City in Tonbak Region, Boushher Province, between Cement Plant and phase 12 of Gas Field Development Plan of South pars Special Economic Zone, Kangan Petrochemical Complex. The project of Negin Mahestan Petrochemical Company includes supplying the necessary materials, and executing the civil development, site and access road buildings, construction of the foundation and concrete structures, industrial buildings consisting of three packaging building, extrusion, co-catalyst, and, electrical –electronic, and safety facilities related to it, subsurface piping system; and earthing system in both the heavy and linear light polyethylene production units.

Status of Project: In Progress

Project Highlights

Role of Parhoon Tarh: Contractor of Construction Operations and Site Building
Client: Negin Mahestan Kangan Petrochemical Company
Consultant Engineer: Sazehpardazi Iran Consultant Engineers
Location: Boushehr- Kangan
Project Cost: 2,570 billion IRR
Project Duration: 24 months

 

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Project Volumes

Concrete work: 30,000  m3
Excavation: 95,000  m3
Formwork: 62,000  m2
Reinforcement: 3,600 tons
Steel structures: 200 tons
Embankment: 6,500  m3
Subsurface piping system: 29,000 m

Project Specification

Number of industrial buildings: Three buildings consisting of packing building, extrusion, co-catalyst and electrical facilities
Extrusion building: 2800  m2
Extrusion substation building: 650  m2
Additive storage and control room buildings: 400  m2
C-catalyst building: 260  m2
Packaging building: 3500  m2
 

Project Goals

  • Construction of industrial buildings, access roads, site building, underground/subsurface piping sytem….in the area of Negin Mahestan Petrochemical Company
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Construction operations of concrete cooling tower of Latakia Combined Cycle Power Plant

Construction operations of concrete cooling tower of Latakia Combined Cycle Power Plant

Construction of 540 MW combined cycle power plant of Latakia. Due to the increase in electricity demand in Syria, the need to re-implement the industrial, agricultural, service and tourism sectors were put in the agenda. Performing the remaining construction operations of concrete cooling power of Latakia combined cycle power plant in Al-Rastan, next to Dam 16 Tishreen was put in the agenda of this project to provide the conditions for absorbing heat produced by the electricity generation operations.

Status of Project: In Progress

Project Highlights

Role of Parhoon Tarh Contractor of Construction Operations
ClientConstruction and development of MAPNA Combined Cycle Power Plant (Tosse 2)
Location Syria- Latakia
Project Cost 6 million Euro
Project Duration 15 months

 

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Project Volumes

Concrete work: 13,000  m3
Excavation: 13,000  m3
Traditional Formwork: 4.600  m2<
Framing X-LEG column’s formwork: 5.200  m2
Shell Climbing frame: 46,000  m2
Upper ring formwork: 400  m2
Reinforcement: 4,000 tons
Steel structures: 320 tons
Embankment: 7,500  m3
Number of X-LEG column: 32

Project Specification

Number of cooling towers: One unit
Height of the towers from foundation: 134m
Maximum diameter: 83m
Thickness: 18 to 125cm

Project Goals

  • The cooling system of combined cycle power plant
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Construction of Combined Cycle Power Plant of Mobarakeh Esfahan Steel Plant

Construction of Combined Cycle Power Plant of Mobarakeh Esfahan Steel Plant

To follow the policies set by the Minister of Energy and TAVANIR Company which aim at establishing private power plant projects in Iran to generate electricity for meeting the demands, the plan for building gas power plant in south Esfahan was launched. The average annual capacity of South Esfahan Power Plant is 5 million and 700 thousand MW/hour. The site of this project is in Esfahan Province, km 75 southwest road.

Status of Project: In Progress

Project Highlights

Role of Parhoon Tarh: Contractor of Construction Operations
Client: Construction and development of MAPNA Combined Cycle Power Plant (Tosse 3)
Location: Esfahan- Mobarakeh Steel Complex
Project Cost: 3,430 billion IRR
Contract duration: 14 months

 

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Project Volumes

Concrete work: 35,000  m3 Excavation: 135,000  m3 Frormwork: 31,500  m2 Reinforcement: 3,100 tons Steel structures: 170 tons Embankment: 16,500  m3

Project Specification

Type of power plant: Combined Cycle
Power Plant Capacity: 914 MW
Number of units: Two gas units 307 MW and one steam unit, 300 MW
 

Project Goals

  • Improving power generation and helping environmental conditions
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Construction Operations for Rehabilitating the Cooling System of Unit 5 Eslamabad Power Plant of Esfahan

Construction Operations for Rehabilitating the Cooling System of Unit 5 Eslamabad Power Plant of Esfahan

Isfahan’s IslamAbad power plant is located in a very favorable geographical location. It is located on the edge of ZayandehRood River and near the Qaemiyeh hills. This power plant is located in the southwest of Isfahan and at the beginning of Zob Ahan highway, with an area of approximately 74 hectares. Currently, Isfahan power plant is connected to the country’s national electricity grid with five steam units with a nominal power of 835 MW, including two 37.5 MW, one 120 MW and two 320 MW steam units. The Rehabilitating the cooling system of this power plant with a hybrid cooling system is constructed In Iran for the first time to absorb the heat of the work process, which is the one of the goals of this project.

Status of Project: In Progress

Project Highlights:

Role of Parhoon Tarh Contractor of Construction Operations and Site Building
Client:Construction and development of MAPNA Combined Cycle Power Plant (Tosse 1)
Location:Esfahan- Eslamabad
Project Cost: 1,390 billion IRR
Contract duration: 24 months

 

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Project Volumes:

Concrete work: 9,000 M3
Excavation: 50,000 M3
Rock clearing: 150,000 M3
Formwork: 25,000 M2
Reinforcement: 810 T
Steel structures: 220 T
Embankment: 41,000 M3

Project Specification:

The hybrid cooling tower is a simultaneous combination of a dry cooling tower and a wet cooling tower in one single system in which, the upper part is the dry part and the lower part contains the wet part. Using this cooling tower reduces evaporation, thus leading in the reducing of both water and electricity consumption. These towers are high and contain precise and exact piping system.  

Project Goals:

  • To build the first hybrid cooling in Iran in Eslamabad Power Plant of Esfahan to absorb the heat in the work process
 
 
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Construction and civil operations of Setareh Sabz-e Siraf Refinery

Construction and civil operations of Setareh Sabz-e Siraf Refinery

Industrial buildings and civil engineering of Setareh Sabz-e Siraf Refinery Civil and construction operations of Setareh Sabz-e Siraf Refinery in Areas one and two, located in Asalouyeh of South Pars field, declared to this company through tender by Setareh Sabz-e Siraf Refinery Company in December 2020.


Current status of the project: Under construction

Key information of the project

Role of Parhoon Tarh: Main contractor
Employer: Setareh Sabz-e Siraf Refinery Company
Consultant: Nargan Consultant Engineers Company
Location: Hormozgan Province
Value of the project: 4,260 billion Rials
Length of the projects: 12 months

 

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Volumes of the projects:

Excavation: 600,000  m3
Embankment: 300,000  m3
Armature: 9000 tons
Concrete pouring: 80,000  m3
Concrete molds: 300,000  m2
Fence: 160 tons
Stone masonry: 15,000  m3
Prefabricated buildings: 5,000  m2

Technical descriptions of the project

Construction of refinery with capacity of 120,000 barrels of gas distastes
 

Project goals:

  • Preventing raw sales, creating added value, job creation and maximized production of South Pars Gas
 
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Construction and installation operations of the new Khoramdasht detergent factory

Construction and installation operations of the new Khoramdasht detergent factory

Construction and civil operations and electrical and mechanical installations of the northern and middle sectors of the construction project of the new detergent factory in Khoramdasht Industrial City- Takestan- Qazvin in May 2020, assigned to Parhoon Tarh Company by Pakan Beh Shoo Company via tender.


Current status of the project: Under construction

Key information of the project:

Role of Parhoon Tarh: Main contractor
Employer: Pakan Beh Shoo Company
Consultant: Zharf Andishan Consultant Engineers Company
Location: Khoramdasht Industrial City- Qazvin
Value of the project: 1,260 billion Rials
Length of the projects: 11 months

 

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Volumes of the projects:

Concrete pouring: 16,000  m3
Armature: 1,000 tons
Concrete molds: 12,000  m2
Steel deck: 88 tons
Ceramic tiles: 22,000  m2
Sandwich panels: 48,000  m2

Technical descriptions of the project:

Production and liquid packaging building: 22,000  m2
Gel pod production and packaging building: 830  m2
Industrial liquids production and packaging building: 600  m2
Toothpaste production and packaging building: 2,400  m2
Sulfonation building: 4,700  m2
Product warehouse: 16,000  m2
Passage and power posts: 450  m2
Engine room: 1,100  m2
 

 

Goals of the project:

  • Construction of a detergent factory with annual capacity of 420,000 tons, including laundry detergents, dishwashing liquids, toothpaste, glass cleaner etc.
 

Astara Grain Terminal Construction

Astara Grain Terminal Construction

Construction and civil operations and installations of the Astara Grain Terminal in April 2019, from Astara Ghaleh Azari Company to Parhoon Tarh Company.

Astara Grain Terminal is being constructed with capacity of 30,000 tons at the primary phase and 30,000 tons in the second expansion phase, located at the Astara Customs Grand Complex with investments from I.R.I. Railways and private foreign investment (Russian-Azerbaijani firm).

Construction of all administrative, storage, station, loading and unloading, firefighting, respective concrete reservoir, trans and laboratory buildings, installation of 470 units of 25 meter candles, concrete foundation for silos, landscaping and greenery and among the executive operations of the project.


Current status of the project: Completed

Key information of the project:

Contractor: Collaboration between Parhoon Tarh- Tana Energy as chief contractor
Employer: Astara Ghaleh Azari Company
Consultant: Pasilo Consultant Engineers from Iran- INNOPRO Consultation from Azerbaijan
Location of the project: Mazandaran Province- City of Astara
Value of the contract: 3 million euros
Length of the contract: 31 months

 

Project images

Major volumes of the project:

Overall volume of concrete pouring: 20,000 cubic meters
Overall volume of soil works: 65,000 cubic meters
Armatures: 1,900
Concrete candles: 470 units with depth of 25 meters

 

Goals of the project:

  • Astara Grain Terminal was constructed based on the domestic need for increase of commerce and establishment of depots for imported grains at border regions.
 

Economic Investment Assessment

Economic Investment Assessment

Investment analysis can help determine how an investment is likely to perform and how suitable it is for a given investor, especially in terms of financial benefits. In general, investment analysts examine economic trends and their impact on business potential. In Parhoon Tarh company, following items are included as typical tasks for responsible of this job:

  • Reviewing company’s performance, particularly in terms of their financial functioning.
  • Analyzing company accounts, profit and loss sheets and cash flow information.
  • Interpreting complicated financial structures and economic models.
  • Researching economical opportunities and writing executive summaries.
  • Regularly meeting with sector leader, communicate with national and international funds to find proper support.
  • Making informed recommendations to senior managers.
  • Collating detailed, up-to-date data and create project feasibility reports including main evaluation criteria such as Payback period, Return on investment, Internal rate of return, Discounted cash flow, Net present value, Cost-benefit analysis, etc.