Since water has played a basic and vital role in continuing life, and naturally the creation of mankind. Water resources have a crucial and vital role in creating and forming most of the civilizations, the importance of water to the nations who have lived or live in parts of the world with little water is much more than other nations who live in parts with a lot of water.
The volume of all the waters of the Earth is estimated about 1360 million cubic kilometers. The most important resources of water on Earth are as follows: underground waters, atmospheric waters of rain and snow, the surface waters of rivers, lakes, oceans and also a part of the existing waters on the Earth are present as solid form in natural glaciers.
Humans need sweet water for doing all their activities. The volume of sweet water is very little in the world and is about 3 per cent of the total volume of waters of the whole world. But humans have access to sweet waters present in rivers, lakes and underground waters. Of course, underground waters which exist in the internal layers of the Earth, for having access to them, it is necessary to follow actions such as exploration, digging wells, channeling and using water umping devices, making installations and plumbing.
At the present time, 9 countries of the world have 60 per cent of all the sweet water resources of the world: Canada, China, Columbia, Peru, Brazil, Russia, Indonesia and the United States of America. On the other hand, about 80 countries in the world have water shortage some of which have access to approximately no sweet water sources: Kuwait, Malt, Bahrain, UAE, Singapore, Jordan and Libya. Considering the every day increasing growth of the population, the development of industries and rise of pollution of sweet water resources, access to appropriate and sufficient water in some countries has converted into a serious crisis.
With regard to the significance of the issue of water in today’s world, the water department of ZarsazAra Company with the goal of advising and implementing any kind of watering project at the international level, started its activities by relying on specialized forces that are at the highest scientific degrees.
The volume of all the waters of the Earth is estimated about 1360 million cubic kilometers. The most important resources of water on Earth are as follows: underground waters, atmospheric waters of rain and snow, the surface waters of rivers, lakes, oceans and also a part of the existing waters on the Earth are present as solid form in natural glaciers.
Humans need sweet water for doing all their activities. The volume of sweet water is very little in the world and is about 3 per cent of the total volume of waters of the whole world. But humans have access to sweet waters present in rivers, lakes and underground waters. Of course, underground waters which exist in the internal layers of the Earth, for having access to them, it is necessary to follow actions such as exploration, digging wells, channeling and using water umping devices, making installations and plumbing.
At the present time, 9 countries of the world have 60 per cent of all the sweet water resources of the world: Canada, China, Columbia, Peru, Brazil, Russia, Indonesia and the United States of America. On the other hand, about 80 countries in the world have water shortage some of which have access to approximately no sweet water sources: Kuwait, Malt, Bahrain, UAE, Singapore, Jordan and Libya. Considering the every day increasing growth of the population, the development of industries and rise of pollution of sweet water resources, access to appropriate and sufficient water in some countries has converted into a serious crisis.
With regard to the significance of the issue of water in today’s world, the water department of ZarsazAra Company with the goal of advising and implementing any kind of watering project at the international level, started its activities by relying on specialized forces that are at the highest scientific degrees.
ZarsazAra Company by employing technical knowledge, expert forces and using up to date software is capable of presenting their services at stage of detecting and feasibility to implementation and exploitation of watering designs beside the respected employers as consultants the executors of the plan. That these services are in the four main sections of architecture, structure, mechanics and electricity. Some of the these services include as below:
1. Examination and feasibility of water resources to exploit in construction projects
2. Experimenting and examining the qualitative results of water resources
3. Examining the quantity of water resources considering the water quality
4. Presenting optimal solutions in accumulating the present water resources
5. Presenting technical suggestions about the establishment of dams, ponds, canals, deviant dykes, digging wells, and so on considering the geographical location of the project and the available water resources
6. The ability to implement the construction projects of establishing dams, water ponds, canals, deviant dykes, digging wells and ... .
7. Doing technical calculations including the structure and hydraulic
8. Presenting the general and private technical specifications
- General specifications including the details for all the cases that have been particular to all the substances and materials and implementation operation and providing and installing the equipment and the required things for the implementation of the proposed plan.
- The private technical specifications related to the equipment and all the cases which have been particular to the project and observing them is necessary for the preparation and implementation in order to preserve and elevate the quality and life of exploitation of the project.
9. Examining and analyzing the projects in technical and economic terms using the method of (Analytical Hierarchy Process, AHP)
9. Presenting different alternatives and choosing the better alternative in the projects
11. Designing and implementing the water and waste water treatment
12. Designing and implementing water transfer lines and waste water transfer lines
13. Designing and implementing water distribution networks and waste water distribution networks
14. Designing and implementing different kinds of Chlorination Systems
15. Designing and implementing different kinds of water and waste water pump stations
16. Designing and implementing different irrigation systems
17. Designing and implementing office buildings, sentry and the peripheral buildings
18. Designing and implementing different concrete and steel structures
19. Designing and implementing different kinds of water storage tanks of different sizes
20. Designing and implementing different kinds of electrical systems with all capacities
1. Examination and feasibility of water resources to exploit in construction projects
2. Experimenting and examining the qualitative results of water resources
3. Examining the quantity of water resources considering the water quality
4. Presenting optimal solutions in accumulating the present water resources
5. Presenting technical suggestions about the establishment of dams, ponds, canals, deviant dykes, digging wells, and so on considering the geographical location of the project and the available water resources
6. The ability to implement the construction projects of establishing dams, water ponds, canals, deviant dykes, digging wells and ... .
7. Doing technical calculations including the structure and hydraulic
8. Presenting the general and private technical specifications
- General specifications including the details for all the cases that have been particular to all the substances and materials and implementation operation and providing and installing the equipment and the required things for the implementation of the proposed plan.
- The private technical specifications related to the equipment and all the cases which have been particular to the project and observing them is necessary for the preparation and implementation in order to preserve and elevate the quality and life of exploitation of the project.
9. Examining and analyzing the projects in technical and economic terms using the method of (Analytical Hierarchy Process, AHP)
9. Presenting different alternatives and choosing the better alternative in the projects
11. Designing and implementing the water and waste water treatment
12. Designing and implementing water transfer lines and waste water transfer lines
13. Designing and implementing water distribution networks and waste water distribution networks
14. Designing and implementing different kinds of Chlorination Systems
15. Designing and implementing different kinds of water and waste water pump stations
16. Designing and implementing different irrigation systems
17. Designing and implementing office buildings, sentry and the peripheral buildings
18. Designing and implementing different concrete and steel structures
19. Designing and implementing different kinds of water storage tanks of different sizes
20. Designing and implementing different kinds of electrical systems with all capacities