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    Innovative Achievements and Projects of PEDC Subsidiaries

    Bifacial Panel Base Creation with Exclusive Materials and Methods by Taban Energy Company (a PEDC subsidiary):

    Foundation for bifacial panels with exclusive materials and methods by Taban Energy Company (a PEDC subsidiary). In recent years, bifacial panels have emerged as one of the most notable innovations in the solar energy industry. Under optimal conditions, such as a high Albedo reflection coefficient of over 60%, these panels can generate up to 15% more energy. With the commercialization of bifacial panels, the initiation and optimization of suitable base structures for these panels in large-scale power plants have become a significant challenge. The challenges associated with the installation of bifacial panels include economic feasibility, achieving an appropriate reflection coefficient, avoiding complexity and high execution costs, and ensuring durability and ease of repair with minimal expenses. In this context, the use of traffic and sandy white paints has been proposed as common international options. The typical cost of these materials is approximately one dollar per square meter. At the Damghan solar power plant, after analyzing and testing various possible methods, an exclusive formula was developed, consisting of a mixture of calcium carbonate and white cement, applied over a sandy base. This approach, implemented over an area of more than 15 hectares with an estimated cost of approximately 35 cents per square meter over 90 days, initially achieved a reflection coefficient of more than 80%. After nearly a year, the reflection coefficient remained around 60%, a unique feature for this type of base, which maintains its properties even after heavy rainfall and allows for repair with minimal cost and resources.

    Innovation in the Formulation of Well Completion Fluid (Calcium Bromide) by Pezhvak Energy Company (a PEDC subsidiary)

    The development plan for the Sepehr and Jofeir fields in southwestern Iran includes drilling and production operations. For the completion of high-pressure wells in these areas, a 52% calcium bromide-based completion fluid was utilized. Due to the high cost of this fluid and the lack of domestic production, a hybrid method incorporating calcium chloride was employed to reduce expenses. This method, which involved appropriate testing and precise material formulation, resulted in a 50% reduction in completion fluid costs and the successful completion of 9 wells. The stages of mixing calcium chloride powder and calcium bromide liquid using a Cement Batch Mixer.

    Design and Execution of Casing Cementing Operations for HP-HT Wells Based on the Qezel Tappeh Project Case Study by Pezhvak Energy Company (a PEDC subsidiary)

    Pezhvak Energy Engineering Services Company successfully performed 7-inch casing cementing operations in an HPHT well (Qezel Tappeh 3) for the first time in Iran. This success required comprehensive analysis and revision of standard guidelines according to HPHT conditions, which included temperature profile simulation, precise cement slurry design considering the downhole temperature and pressure, and reviewing and adjusting displacement rates and slurry density. In this project, Pezhvak Energy’s engineering team utilized software such as WELLCAT and WellPlan to ensure precise simulation and operational success. The operation faced challenges, including accurate cementing to prevent gas migration, determining optimal cement setting time, and proper placement of the 7-inch casing. The final results, validated by tests such as the Liner Integrity Test and Positive Pressure Test, confirmed the complete success of the cementing operation.

    Numerical Simulation of Airflow in Cooling Towers and Performance Improvement of Peak Coolers by Shams Pasargad Power Generation Company (Tabesh) (a PEDC subsidiary)

    The initial design of the air coolers in the cooling tower (Heller) of the combined cycle power plant at Shariati Power Plant is such that by relocating these air coolers, improvements in the cooling process of the cycle water can be achieved. Tabesh Company, based on the plant's assessment and requirements, collaborated with the engineering and supervision unit to address this issue. After technical meetings with experts, it was decided to entrust this applied research project to an academic research team. The goal of this study is to conduct numerical simulations and examine the potential for improving power production through changes in the design of the air coolers. This project, which has been identified as a technological need, is currently in the implementation and simulation stages. Its results could play a significant role in enhancing the plant's performance.

    Reduction of Noise Pollution in F9 Gas Units by Shams Pasargad Power Generation Company (Tabesh) (a PEDC subsidiary)

    One of the significant challenges at power plant sites is the noise pollution caused by the operation of generators. The exhaust output of these generators, as a primary source of sound emission, poses a threat to the health of the workers. Tabesh Company, through its engineering and supervision unit, recognized this issue and assessed the need for improvements in reducing noise pollution. In collaboration with Tabesh, PEDC has successfully identified technological needs and leveraged specialized knowledge to improve environmental conditions by constructing and installing components designed to reduce noise pollution. These actions were aimed at minimizing sound pollution, and the outcomes of the initiatives are currently under evaluation post-installation. These efforts not only aim to reduce health risks associated with noise pollution but also contribute to enhancing the safety and work environment for employees. They reflect Tabesh's commitment to its environmental and social responsibilities.

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    Pasargad Energy Development Company (PEDC) was established in 2008 with the full investment of the private sector. PEDC is a leading and well-known company that provides competitive products and services in the field of energy with smart investment and ... [More]

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