The detailed executive study project of the Senok and Zarsenok areas, commissioned by the Natural Resources and Watershed Management Organization of South Khorasan Province in the Sarbisheh County, was carried out with the aim of comprehensively examining the natural resources of these areas and developing executive programs for their protection and restoration. This study analyzed the status of the ecosystem, water resources, vegetation cover, and soil in the region, assessing the impacts of various factors, including human activities such as overgrazing and agriculture, on natural resources. Subsequently, strategies were proposed to reduce resource degradation, protect soil and water, and restore vegetation cover. The proposed programs include the establishment of protective belts, implementation of watershed management plans to control erosion, and training local communities for sustainable resource management. This project, which is part of the commitments of the Natural Resources and Watershed Management Organization for the preservation and development of natural resources, provides a comprehensive roadmap for the protection of the sensitive ecosystems of the Senok and Zarsenok areas.

Arian Shahr waste management comprehensive plan studies project is carried out in order to design and implement a comprehensive and sustainable system for urban, rural and industrial waste management. In these studies, a detailed assessment of the state of production, collection, transportation, processing and disposal of all types of wastes in this region, including household, agricultural, industrial and medical wastes is done. The purpose of these evaluations is to identify challenges and weaknesses in the current system and provide optimal solutions to improve its performance. In the framework of this plan, strategies are proposed to reduce waste generation at source, improve collection and separation processes, increase recycling capacity, and optimize final waste disposal methods. Also, these studies include the design of necessary infrastructure, including recycling sites, sanitary landfills, and separation centers. Educating and informing citizens and businesses about reducing waste production and separation from the source is another goal of this plan. The successful implementation of this comprehensive plan can lead to the improvement of environmental quality, reduction of pollution and optimal use of resources in Arian Shahr.

The consulting services project for the construction of a 1-megawatt photovoltaic power plant aims to plan and design an optimized solar energy production system. This project includes a detailed evaluation of suitable site locations, analysis of solar radiation potential, and assessment of the region's environmental and economic conditions. During this process, technical studies encompass the design of solar modules, energy storage systems, and grid connections. Additionally, economic assessments, such as analyzing construction and operational costs, return on investment, and developing financial models to enhance project efficiency, are conducted. The primary goal of this project is to provide scientific and practical solutions for establishing a high-efficiency photovoltaic power plant capable of meeting a portion of the region's clean energy needs. Beyond reducing reliance on fossil fuels, this power plant will play a significant role in reducing greenhouse gas emissions and achieving sustainable development objectives.

The Comprehensive Waste Management Study in Iranshahr aims to enhance waste management systems and optimize processes related to the collection, segregation, recycling, and proper disposal of waste. This study assesses the current state of waste management in Iranshahr, identifies existing challenges and deficiencies, and evaluates the environmental impacts of current waste management practices. A key focus of this project is to develop innovative and practical solutions for improving waste management infrastructure, minimizing waste generation, and raising public awareness about source separation and recycling methods. Additionally, the study emphasizes the adoption of modern technologies and sustainable approaches to mitigate the adverse environmental effects of improper waste management. The ultimate goal of this project is to establish an efficient and sustainable waste management system in Iranshahr—one that not only protects the environment but also improves public health and enhances the overall quality of life for residents.

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.

This project focuses on engineering case studies to assess flood risk and develop protection strategies for the National Housing Movement sites in South Khorasan Province. The study aims to identify potential flood hazards analyze the current topographical and hydrological conditions and evaluate the vulnerability of new residential developments. By examining rainfall patterns, watershed characteristics, and drainage networks, the project assesses flood exposure and proposes practical solutions for risk reduction, runoff management, and the design of protective structures. The ultimate goal is to enhance the safety and resilience of housing settlements and promote sustainable urban development in the face of natural hazards.

This project focuses on engineering case studies to assess flood risk and develop protection strategies for the National Housing Movement sites in South Khorasan Province. The study aims to identify potential flood hazards analyze the current topographical and hydrological conditions and evaluate the vulnerability of new residential developments. By examining rainfall patterns, watershed characteristics, and drainage networks, the project assesses flood exposure and proposes practical solutions for risk reduction, runoff management, and the design of protective structures. The ultimate goal is to enhance the safety and resilience of housing settlements and promote sustainable urban development in the face of natural hazards.

This project focuses on engineering case studies to assess flood risk and develop protection strategies for the National Housing Movement sites in South Khorasan Province. The study aims to identify potential flood hazards analyze the current topographical and hydrological conditions and evaluate the vulnerability of new residential developments. By examining rainfall patterns, watershed characteristics, and drainage networks, the project assesses flood exposure and proposes practical solutions for risk reduction, runoff management, and the design of protective structures. The ultimate goal is to enhance the safety and resilience of housing settlements and promote sustainable urban development in the face of natural hazards.

This project focuses on engineering case studies to assess flood risk and develop protection strategies for the National Housing Movement sites in South Khorasan Province. The study aims to identify potential flood hazards analyze the current topographical and hydrological conditions and evaluate the vulnerability of new residential developments. By examining rainfall patterns, watershed characteristics, and drainage networks, the project assesses flood exposure and proposes practical solutions for risk reduction, runoff management, and the design of protective structures. The ultimate goal is to enhance the safety and resilience of housing settlements and promote sustainable urban development in the face of natural hazards.

This project focuses on engineering case studies to assess flood risk and develop protection strategies for the National Housing Movement sites in South Khorasan Province. The study aims to identify potential flood hazards analyze the current topographical and hydrological conditions and evaluate the vulnerability of new residential developments. By examining rainfall patterns, watershed characteristics, and drainage networks, the project assesses flood exposure and proposes practical solutions for risk reduction, runoff management, and the design of protective structures. The ultimate goal is to enhance the safety and resilience of housing settlements and promote sustainable urban development in the face of natural hazards.

In order to evaluate the environmental consequences of constructing and operating the Mirjaveh landfill, Environmental Impact Assessment (EIA) studies for this project are currently underway. These studies aim to identify, analyze, and manage the potential impacts of the project on the environment, natural resources, and public health. With the support of a specialized team and a scientific approach, the assessment process covers site selection, technical design, waste disposal methods, and pollutant control. Additionally, strategies for minimizing negative impacts and enhancing environmental sustainability indicators are carefully considered within these studies. The outcomes of the assessment will play a vital role in guiding executive decisions and shaping effective management plans for the sustainable development of the region.

The design studies of the Mirjaveh landfill cell are being conducted with the aim of establishing an optimized, safe, and environmentally compliant waste disposal system. These studies include a thorough assessment of the geological, hydrological, and structural parameters of the area, with a focus on designing drainage liners, leachate collection systems, and landfill gas management. Special attention is given to preventing soil and groundwater contamination, as well as enhancing efficiency in waste management. These studies provide a solid scientific and technical foundation for the successful and sustainable implementation of the waste disposal project in Mirjaveh. The results of the design studies ensure compliance with environmental and technical regulations and play a vital role in safeguarding public health and protecting the regional environment.