شرکت پیمانکاری ققنوس اطلس

QOQNUS PEYMANKAR ATLAS

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Tehran - Shiraz -  Dubai - Oman - Qatar - Canada

QOQNUS PEYMANKAR ATLAS
QOQNUS PEYMANKAR ATLAS
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Nature is the beating heart of the environment, let
Nature is the beating heart of the environment, let's not stop its beating
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Recent projects of QOQNUS PEYMANKAR ATLAS

Help us save the earth by reading each of these articles.
Evaluation of the environmental effects of the olefin petrochemical project under construction 14
Evaluation of the environmental effects of the olefin petrochemical project under construction 14

Evaluation of the environmental effects of the olefin petrochemical project under construction 14

  This unit will be built with a production capacity of one million tons per year. In Firozabad Petrochemical, only ethylene product will be produced as the main product of this complex. Ethane gas is one of the rich gases available in Iran's gas streams and its economical use in the process of producing valuable ethylene products is used. For the purpose of environmental review of this plan, the desalination complex, intake and outfall points have been discussed. In connection with the investigation of desalination type, thermal and salinity pollution plume modeling has been done using RO and MED scenarios. Employer: Firozabad Petrochemical Company

The project of identifying, monitoring and determining the quality of groundwater in the Borujerd-Droud study area
The project of identifying, monitoring and determining the quality of groundwater in the Borujerd-Droud study area

The project of identifying, monitoring and determining the quality of groundwater in the Borujerd-Droud study area

These studies were conducted with the aim of identifying the status of underground water resources in the area of ​​Silakhor Plain. In these studies, along with expert visits, the sources of pollution in the basin were identified and pollutant sampling stations were located. In the next step, according to the results of sampling, the condition of underground water resources was studied in terms of pollution and their quality was determined.   Description of services provided:   Hydrology and water resources studies Investigation of underground water and aquifer in the area Environmental surveys and pollutant sources Determining the resource sampling network Monitoring planning and quality management of water resources Consolidation of studies and preparation of information bank for quality control of water resources

Environmental justification studies for the construction of two desalination plants in the cities of Abpakhsh and Vahdatieh
Environmental justification studies for the construction of two desalination plants in the cities of Abpakhsh and Vahdatieh

Environmental justification studies for the construction of two desalination plants in the cities of Abpakhsh and Vahdatieh

The main purpose of the desalination project in the North Special Economic Zone of Bushehr province is to supply industrial and sanitary water. According to the explanations and modeling results, as well as the possibility of implementing the desired technology that has minimal damage to the environment of the region, the desalination system of the type, the water extraction system of the subsurface type, and the drainage system of the known type. In order to investigate the effects of the project on the water ecosystem, special models were used that allow the analysis of thermal and salinity pollution plumes. In the meantime, specialized software CORMIX, Visual Plume, Mike have been used. Employer: Bushehr Province Water and Wastewater Company

Carrying out engineering studies and construction and dredging of waterway in Anzali wetland by design and construction method – EPC
Carrying out engineering studies and construction and dredging of waterway in Anzali wetland by design and construction method – EPC

Carrying out engineering studies and construction and dredging of waterway in Anzali wetland by design and construction method – EPC

As a result of the increase in the sediment load brought to Anzali Wetland in the past years by the rivers entering it, the depth of this wetland has decreased significantly. The decrease in depth up to 10 meters and in some cases 1 to 2 meters has also been reported. The decrease in the depth of the lagoon is so much that the traffic of boats through the channels is disturbed or completely stopped. Therefore, the temporary and short-term solution of dredging canals and channels in order to re-establish communications within the wetland has been taken into consideration. services rendered: Investigating the existing environmental status of the lagoon Sedimentological studies Investigating the social environment of the region Identifying and investigating the environmental effects caused by implementation, non-implementation and implementation by applying environmental measures Investigating the environmental effects of using dredging machines in the wetland Effects of dredging operations on fishing activities and interference with boating activities Environmental effects (sound pollution, air, soil degradation, creating interference in the water environment and visual pollution) based on the dredging system and selected methods Investigating possible accidents and incidents

Carrying out studies to assess the environmental effects of the Parsian Petrochemical Complex project
Carrying out studies to assess the environmental effects of the Parsian Petrochemical Complex project

Carrying out studies to assess the environmental effects of the Parsian Petrochemical Complex project

Carrying out studies to assess the environmental effects of the Parsian Petrochemical Complex project, including: A methanol production unit A methanol to olefin production unit (MTO) Three downstream polymer units including a heavy polyethylene unit (HDPE) One unit of polypropylene (PP) A unit of ethylene propylene diene monomer (EPDM) Parsian Petrochemical Complex will be built for the final production of 350,000 tons of polypropylene and 250,000 tons of Semgin polyethylene per year, and finally 50,000 tons of ethylene propylene monomer product per year. In this study, the prediction of air pollution in residential areas was done using AERMOD software.   Employer: Pasargad Energy Development Company - Soroush Sustainable Energy Company

Assessment of the environmental consequences of the Forozan oil field project
Assessment of the environmental consequences of the Forozan oil field project

Assessment of the environmental consequences of the Forozan oil field project

The characteristics of the affected environment in the two parts of the coastal waters of Khark Island and the waters far from the coast within the scope of the project, especially through extensive field sampling of physico-chemical parameters (variables of temperature,PH, dissolved oxygen, salinity, electrical conductivity, Turbidity, total suspended solids, ammonia, nitrate, nitrite, total nitrogen, total phosphorus, chlorophyll a, heavy metals and organic, petroleum and aromatic) and biological pollution (phytoplankton, zooplankton, macrobenthos, coral reef water) have been investigated. Is. The identification of water and sediment pollution as well as the water of the coral rocks of the investigated area is one of the results of the studies. Based on this, the environmental management plan is given with necessary details. Employer: Marine Engineering and Construction Company of Iran - Affiliated to Iran's National Oil Company

Environmental management studies of mineral tailings from Amirsangan Parsian factory
Environmental management studies of mineral tailings from Amirsangan Parsian factory

Environmental management studies of mineral tailings from Amirsangan Parsian factory

  Environmental management studies of mineral tailings of Amirsangan Parsian factory located in Khaf city (Khorasan Razavi province in Iran) according to the standards of the Environmental Protection Organization. The report of this program is summarized in three sections listed below: - Identifying and documenting the current state of waste management - Feasibility assessment and presentation of suitable options for waste management - Selecting waste management systems and providing suitable implementation solutions Employer: Amirsangan Parsian Mining Company

Studies and revision of the master plan and detailed design of the commercial port of Kish and the desalination of the island
Studies and revision of the master plan and detailed design of the commercial port of Kish and the desalination of the island

Studies and revision of the master plan and detailed design of the commercial port of Kish and the desalination of the island

Project Description:

The commercial port of Kish is located in the northeast of Kish Island, which is connected to the road network of the island through a large boulevard. This port includes basins (western, central and eastern) and an area of ​​approximately 110 hectares. The port development plan has been considered with regard to the development of Kish Island at the national and regional level and considering the tourism commercial port of Kish as one of the main infrastructure facilities of the island. In this regard, the master plan of Kish commercial port has been prepared. Based on this, berths No. 15 to 17 with a depth of mCD 9.5 will accommodate general goods and container ships with a capacity of up to 12000 DWT in the central basin. Also, pier number 18 with the depth of mCD 12.5 will be put into operation in the final phase of development in the eastern basin. This pier will accommodate container vessels with a maximum capacity of 35,000 DWT.Considering the potentials of Kish Island in the region, special investment in this region is possible. For this purpose, in the eastern part of the commercial port of Kish, about 650 meters of pier length with the possibility of constructing piers with a water inlet depth of -14 mCD and a jetty has been allocated for special investments. In the dry sector and in order to meet the infrastructure needs of the active terminals, constructions such as canteen warehouse, general goods warehouse, passenger terminal, marine traffic control tower, prayer hall, clinic and administrative buildings have been planned

Important features of this project:

• Studying the market and cargo absorption by Kish port due to the fact that this port is an island and not located in the country's commercial ports. • Proportioning the stages of the port development plan with the actual development of Kish Island and the amount of cargo • Combining passenger and tourist needs with general, canteen and mineral cargo transportation needs

Design features and project results:

● Development of Kish commercial port as one of the main infrastructure facilities of the island ● It has three western, central and eastern ponds with a total area of ​​81 hectares ● The area of ​​Peskraneh is approximately 110 hectares ● Two breakwater branches with a total length of 2500 meters ● Has 15 dock posts that can be increased to 18 posts ● Wharves with water intake depth of 9.5 to 14 meters compared to CD ● Acceptance of vessels with a capacity of 5000 to 35000 DWT ● Number of 2 passenger terminals with a total area of ​​15,000 square meters ● Service and operational buildings with an area of ​​15,000 square meters ● Special investment zone with a 650-meter long pier and a 40-hectare paddock

Qoqnus Atlas company services :

Market Studies • Studies of support services and procurement of oil companies • Investigation and studies related to determining the potential of providing services, support and regional trade, both oil and non-oil • Investigating and determining the role of the current position and predicting the future position of the Kish port • Necessary review and studies related to revision studies of the comprehensive plan of the country's commercial ports • Investigating and analyzing the current situation in the commercial port of Kish • Studying the existing condition of the sea and land part of the port, such as sea structures, breakwaters, turning basins, dredgings, available lands, warehouse support buildings and communication ways. • Investigation and performance of the port and the methods of unloading and loading operations and the use of facilities and equipment. • Investigation of water, electricity, gas, telephone and sewage infrastructures of the port • Collecting, reviewing and completing hydrological and meteorological studies and data • Collecting, reviewing and completing studies and hydrodynamic information, wave and sediment information • Collection, review and completion of soil mechanics studies • Collecting, reviewing and completing hydrographic and topographical studies • Collecting, reviewing and completing seismic studies of the region

Main departments involved in this project:

Economy and transportation, marine and hydrodynamics, geotechnics, civil and structural, architecture, electrical and mechanical installations, safety and firefighting, environment

QOQNUS PEYMANKAR ATLAS

QOQNUS PEYMANKAR ATLAS INC. is active by relying on the most advanced specialized knowledge and using the most advanced facilities in the fields of software and hardware, including providing practical methods to reduce the adverse effects of projects and developing an environmental management plan, and as the first A specialized center in the field of environment has been established. This company has the ability to implement large and small projects by using expert and experienced forces and by having a complete set of expertise in various fields of the environment and by using new methods and observing quality based on today’s technologies. It has proven itself with good quality and gives its employers peace of mind in the implementation of their projects. QOQNUS PEYMANKAR ATLAS INC. is proud to provide services to employers in the field of study, consultancy, design, implementation and launch of various projects in the field of environment.
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Latest articles by Qoqnus Atlas