Sustainable water resource management studies for industrial parks are of great importance to ensure the water needs of industries are met without negatively impacting the environment and natural resources. These studies examine the existing water resources in the area, such as surface and groundwater, and provide solutions for proper management and sustainable utilization, taking into account the water needs of industrial parks. Assessing the capacity of water resources, analyzing water consumption patterns, and management methods are crucial parts of these studies that help reduce pressure on natural resources and enhance water consumption efficiency. One of the main objectives of these studies is to provide innovative methods for recycling and reusing water in industrial processes. These solutions may include the use of treated wastewater, implementing rainwater harvesting systems, and utilizing modern water treatment technologies. In addition, the studies also focus on the environmental impacts of water resource exploitation to ensure that, in addition to meeting water needs, the protection of water resources and the prevention of pollution and unnecessary water consumption are guaranteed.

The Chaharmahal and Bakhtiari province, with its richer water resources compared to many other provinces in the country, is recognized as one of the important regions for water supply in Iran. However, despite this, unauthorized exploitation and poor management of water resources have posed serious challenges for the province in terms of securing sustainable water resources, especially for industrial parks. Studies on sustainable water resource management in this province are of particular importance for the proper management of water resources and addressing the growing needs of industries. These studies examine existing water resources, such as surface and groundwater, and provide solutions for sustainable and optimal utilization of these resources. In Chaharmahal and Bakhtiari, recycling and reusing water in industrial processes, treating wastewater, and employing modern water purification technologies can play a significant role in supplying water for industrial parks. Given the importance of this province in supplying water to other regions of the country, implementing these solutions not only contributes to sustainable industrial development but also helps preserve water resources and reduce pressure on natural resources.

Fars Province, given its geographical expanse and extensive agricultural and industrial activities, faces serious challenges in securing sustainable water resources. The reduction of groundwater resources and recurrent droughts have made the optimal management of water resources in this province more essential than ever. Studies on sustainable water resource management for industrial parks in Fars are particularly important for preserving existing resources and meeting the growing needs of industries. These studies focus on both surface and groundwater resources and provide solutions for the optimal and sustainable utilization of these resources. In Fars Province, recycling and reusing water in industrial processes, treating and utilizing industrial and municipal wastewater, and employing modern water treatment technologies are among the effective strategies to address water scarcity and sustainably meet industrial needs. Given the water resource crisis in this province, proper management of water consumption and utilization not only aids in the sustainable development of industries but also contributes to the preservation of natural resources and the prevention of exacerbating the water crisis.

The project of designing the water transmission line for the green spaces of Khosf city was implemented with the aim of providing sustainable water for the irrigation of urban green spaces in a region with a dry and water-scarce climate. This project is designed to improve the quality of green space and increase efficiency in water consumption. In the stage of preliminary studies, the available water sources, such as surface and underground water, were evaluated in order to choose an optimal path for water transfer with minimal resource loss. One of the key aspects of this project was the use of new technologies and intelligent control systems that help manage water consumption more accurately and minimize its wastage. In the design of the transmission line, resistant and high-performance pipes and equipment are used to ensure compatibility with the climatic and environmental conditions of the region in addition to reducing maintenance and operation costs. The design of this system is such that it meets the needs of green space development in the city while reducing operational costs and optimizing water consumption. Also, special attention has been paid to preserving natural resources and reducing the pressure on the water resources of the region, so that this transmission line acts as part of a comprehensive plan for sustainable management of water resources in the region.

The project for managing green spaces and water resources at Zagros South Oil and Gas Operating Company was implemented with the aim of optimizing water consumption and preserving and developing green spaces in the company's industrial environment. Initially, the existing condition of green spaces and water resources in the area was assessed, and after analyzing the data, solutions for optimizing water usage, especially in water-scarce regions, were provided. The design and implementation of modern irrigation systems, such as drip irrigation and smart water management technologies, were among the key actions in this project. Additionally, the selection of drought-resistant plants compatible with the region's climate was part of the green space development plan. These measures contributed to reducing maintenance costs, improving water efficiency, and creating a sustainable and green environment around the industrial facilities. The green space and water management project at Zagros South is considered a successful example of implementing sustainable development principles in industrial settings, helping to conserve water resources while enhancing the environmental quality and work atmosphere.

This project focuses on the evaluation of reports issued by the Technical Committee, aiming to assess the quality of technical decisions, identify challenges, and improve the management of water-related projects. By analyzing documents and resolutions, the study offers practical recommendations to enhance decision-making efficiency, ensure regulatory compliance, and support sustainable water resource development.

The supervision of drilling Deep Industrial Well No. 1 at the Qaenat Steel Complex is being conducted to ensure precise, safe, and high-quality execution of drilling operations. This comprehensive supervision covers all drilling stages, equipment inspection, materials used, as well as continuous assessment of the geotechnical and geological conditions of the project site. The specialized supervisory team employs advanced methods and international standards to continuously monitor the progress, ensuring full compliance with technical and safety requirements while preventing any potential errors or damages. Special emphasis is also placed on employee safety and environmental protection throughout the project execution. Periodic and comprehensive reports prepared by the supervisory team facilitate timely decision-making and effective project management. This supervisory process plays a key role in guaranteeing the successful completion and optimal utilization of the deep industrial well at Qaenat Steel Complex, ensuring that drilling operations are carried out with the highest quality and adherence to relevant standards.

The supervision of drilling Deep Industrial Well No. 2 at the Qaenat Steel Complex is being conducted to ensure precise, safe, and high-quality execution of drilling operations. This comprehensive supervision covers all drilling stages, equipment inspection, materials used, as well as continuous assessment of the geotechnical and geological conditions of the project site. The specialized supervisory team employs advanced methods and international standards to continuously monitor the progress, ensuring full compliance with technical and safety requirements while preventing any potential errors or damages. Special emphasis is also placed on employee safety and environmental protection throughout the project execution. Periodic and comprehensive reports prepared by the supervisory team facilitate timely decision-making and effective project management. This supervisory process plays a key role in guaranteeing the successful completion and optimal utilization of the deep industrial well at Qaenat Steel Complex, ensuring that drilling operations are carried out with the highest quality and adherence to relevant standards.