At Pishgaman Sanat Mihan, drawing on our technical know-how in designing a wide range of industrial units, our upstream knowledge of control system design, and our complete mastery of control system engineering — supported by a dedicated control system design department and a fully equipped workshop — we have been able to design and deliver some of the most advanced industrial control systems for a variety of industries. It is worth noting that, through reliable sources, the parts and components needed to build these systems are supplied from leading, up-to-date European brands together with original licenses.
Today, precise control of industrial processes is a vital requirement for industries such as oil, gas, petrochemicals, power generation, automotive, food and pharmaceuticals. A modern industrial control system can optimize the performance of equipment and machinery, keep production processes stable and prevent human error. At Pishgaman Sanat Mihan, we implement control systems using the latest technologies in programmable logic controllers (PLC), distributed control systems (DCS) and SCADA systems. By providing automatic monitoring and adjustment, these systems improve the overall performance of production lines and raise productivity to the highest possible level.
At Pishgaman Sanat Mihan we follow a comprehensive, engineered process for designing and implementing control systems. It covers a detailed analysis of the client's needs, a review of industrial conditions, control architecture design, selection of suitable equipment, system programming, testing and commissioning, training of personnel and after-sales service. After a careful assessment of conditions, our technical team proposes the best control solutions for each organization's needs and makes sure the final system delivers the highest level of stability, security and efficiency.
At Pishgaman Sanat Mihan we are continuously moving toward innovation and the development of advanced control systems, aiming to bring smarter solutions to industry by combining new technologies. Some of our forward-looking approaches include building intelligent control systems with machine learning (ML) and artificial intelligence (AI), integrating control systems with cloud platforms and enabling process control through digital platforms, and developing digital twin solutions to accurately simulate industrial processes and optimize performance before real-world implementation.
With years of experience in delivering advanced industrial control systems, Pishgaman Sanat Mihan is recognized as a strategic partner for a range of industries. Our commitment to innovation, quality and continuous support allows our clients to rely on our services with complete confidence. If you are looking for precise, intelligent and safe control solutions to optimize your industrial performance, we are ready to work with you and bring about a major transformation in your business's control systems.
Under BOT and EPCF schemes, the company will enable the clients of industrial units to upgrade and modernize old and obsolete systems, equipping their industrial units with the latest industrial technologies.
Basic engineering is one of the most important stages in the design and development of industrial projects and plays a fundamental role in setting the project's technical and executive direction. At this stage, all technical needs, operational requirements, design standards, and economic and environmental considerations are reviewed and analyzed. Accurate and well-founded basic engineering can prevent fundamental problems in later stages, reduce costs and increase project productivity.
At Pishgaman Sanat Mihan, with a specialized and experienced team, the basic engineering process is carried out with the highest accuracy and quality. This process includes feasibility studies, review of technical capacities, analysis of operational needs, preliminary process design, selection of key equipment, review of safety and environmental considerations, and delivery of basic engineering documents and drawings. The main goal is to create an accurate and practical roadmap to ensure the successful execution of the project.
One of the key parts of basic engineering is defining and designing the industrial processes. This includes finalizing feasibility, reviewing possible scenarios and selecting the best scenario technically and economically, preparing process flow diagrams (PFD), preparing piping and instrumentation diagrams (P&ID), defining process requirements, examining how the various pieces of equipment interact, and analyzing efficiency and optimizing system performance. These documents and drawings are the foundation of subsequent designs and play a key role in equipment procurement and project execution.
The design stage also covers the mechanical analysis of equipment, assessment of environmental impacts, forecasting of execution risks, and optimization of energy consumption in the processes. By taking these steps, we make sure the preliminary design is optimal in every respect and meets the operational and economic needs of the project.
Another important aspect of basic engineering is defining industrial control and automation strategies. By reviewing the project's control needs, defining measurement points and instrumentation, selecting suitable control systems and formulating monitoring and control strategies, we lay the groundwork for a stable and efficient system. This approach helps industries manage their processes more effectively and optimize the performance of their production lines.
In addition, we pay particular attention to safety and international standards in basic engineering. Complying with industrial safety requirements, environmental standards, health regulations and engineering design principles is among the actions we take at this stage. Our goal is a safe, stable system that conforms to global standards and can also adapt to future changes and needs.
Ultimately, basic engineering plays a key role in the success of industrial projects. The more carefully this stage is carried out, the lower the likelihood of problems in later stages, and the more optimal the project's costs and schedule will be. Drawing on its expertise and experience, Pishgaman Sanat Mihan provides comprehensive engineering solutions that guarantee the optimal and sustainable performance of industrial projects.
Pishgaman Sanat Mihan uses modern engineering methods and advanced design software, together with the PMBOK standard of knowledge for project management, to balance time, cost and quality and to reduce risk. In all projects, correspondence and document flow, until documents are finalized, are handled through the company's integrated information management system.
Detail engineering is one of the vital stages in executing industrial projects, in which every design detail is developed precisely and in executable form. At this stage, technical drawings, equipment specifications, manufacturing processes and installation standards are fully reviewed and prepared. Using advanced industrial design software, the engineering team at Pishgaman Sanat Mihan models every part of the project accurately and takes all technical, safety and productivity considerations into account.
In detail engineering, all engineering documents and records are prepared and compiled, including process drawings (P&ID), mechanical drawings, electrical diagrams, control and monitoring programs, technical specification sheets and equipment lists. This foundational information serves as the main guide for producing other engineering documents, for manufacturing, for equipment procurement and for project execution, and ensures that all activities are consistent with the specified standards.
One of the most important goals of detail engineering is to reduce execution risks and prevent potential problems during construction and operation. For this reason, all designs and calculations are carried out with high precision to make sure the project is executed on schedule and at optimal cost. Using 3D modeling and digital simulation technologies, our technical team analyzes every part of the project in detail and ensures that all components fit together.
In the detail engineering stage, equipment and raw materials are selected with attention to quality, service life, maintenance costs and suitability for operating conditions. All safety, environmental and industrial standards are observed, and it is ensured that all components of the system work in an integrated and coordinated way. This care in design and planning leads to higher productivity, lower execution costs and better overall project performance.
With a specialized and experienced team, Pishgaman Sanat Mihan is ready to deliver detail engineering solutions of the highest quality. We are committed to innovation, design accuracy and the use of advanced technologies, and we strive to bring industrial projects to completion with the lowest risk and the highest level of productivity. If you are looking to carry out an accurate, standard-compliant and efficient industrial project, our engineering team will be at your side to carry out every stage of detail engineering completely and professionally.
Procurement engineering is one of the most vital stages in executing industrial projects and directly affects the project's quality, cost and schedule. This field goes beyond a simple equipment supply process and involves a structured approach to selecting, evaluating, purchasing and quality-controlling equipment and raw materials. At Pishgaman Sanat Mihan, with deep technical knowledge and an extensive network of domestic and international suppliers, we offer the best procurement engineering solutions to different industries so that projects are executed with maximum accuracy and minimum cost.
The procurement engineering process begins with drawing up technical specifications and preparing engineering documents. Taking into account project needs, international standards and technical requirements, our specialist team prepares detailed documents such as the Material Requisition (MR) and Technical Specification (TS). These documents are the basis for selecting suppliers and reviewing their proposals technically, and they play a key role in ensuring that equipment conforms to project needs.
Once the technical requirements are defined, the supplier identification and evaluation stage begins. Using an extensive database of reputable suppliers, Pishgaman Sanat Mihan selects the best options based on criteria such as product quality, production capacity, track record, delivery time, competitive price and after-sales service. This evaluation includes review of technical documentation, quality audits and, where necessary, on-site visits to manufacturing plants to verify the suppliers' production capabilities and technical competence.
After a suitable supplier is selected, negotiation and contracting begin. At this stage we focus on reducing costs, improving payment terms, facilitating logistics and ensuring that equipment conforms to technical standards, and we draw up fully professional and transparent contracts. These contracts include precise commitments on delivery time, quality requirements, warranty and after-sales service, which minimize potential risks.
Equipment quality control and supervision of the manufacturing process are other key parts of procurement engineering. Through stage inspections, quality tests and performance tests, Pishgaman Sanat Mihan ensures that the supplied equipment complies with the specified technical requirements. This process can include destructive and non-destructive testing, review of metallurgical documents, performance tests and verification against industrial standards. If equipment needs correction or improvement, we work with suppliers and the necessary corrective actions are carried out.
Another important aspect of procurement engineering is transport and logistics management. Through careful planning in selecting transport methods, managing warehousing and carrying out customs clearance, Pishgaman Sanat Mihan makes sure the required equipment is delivered to the project site as quickly as possible and at the lowest cost. This process includes customs coordination, transport insurance and supervision of loading and unloading, to prevent any delay or possible damage.
Finally, at Pishgaman Sanat Mihan, procurement engineering is an integrated process focused not only on equipment supply but also on optimizing costs, reducing risks and increasing project productivity. Using advanced technologies, supply chain management systems and data analysis, we improve procurement engineering processes and help industries achieve their key goals. Commitment to quality, care in selecting suppliers and intelligent management of procurement processes guarantee the success of industrial projects of every scale.
Site supervision is one of the most important parts of executing industrial and civil projects and plays a vital role in coordinating, supervising and controlling construction operations. This field includes careful management of site activities, ensuring that drawings and technical specifications are implemented correctly, supervising construction quality, and coordinating between the various engineering and execution teams. At Pishgaman Sanat Mihan, with a specialized and experienced team, site engineering processes are managed so as to guarantee the highest level of accuracy, safety and efficiency at every stage of construction and installation.
The site supervision process begins with a careful review of the construction drawings and matching them to actual site conditions. By analyzing environmental and geological conditions and possible obstacles, the engineering team plans the actions needed to execute the project correctly. This stage includes matching the designed drawings to real positions, making any necessary corrections, and offering technical proposals to optimize the execution process. If changes are needed during execution, they are carried out in coordination with the engineering teams based at the site, the Tehran office and the client.
One of the key duties of site supervision is continuous supervision of the progress of construction and mechanical work. This supervision includes checking the quality of materials, compliance with technical standards, dimensional control, and making sure welding, concreting, equipment installation and other civil and industrial activities are carried out correctly. Using quality control instructions and various tests, our team ensures that all activities comply with project requirements and international standards.
Managing interferences and resolving execution problems is another important duty of site supervision. Industrial and civil projects constantly face challenges such as lack of coordination between different parts, delays in equipment supply, unexpected execution problems and the need for design changes. Drawing on experience and technical knowledge, the site supervision team at Pishgaman Sanat Mihan identifies these challenges and offers fast, effective solutions so that execution continues without interruption and with the fewest errors.
Safety in the site environment is one of the most important aspects of site engineering. Pishgaman Sanat Mihan emphasizes strict implementation of occupational health and safety (HSE) standards, and all staff and execution personnel are required to follow safety instructions. This includes the use of safety equipment, training personnel in accident prevention, continuous monitoring of environmental conditions and regular safety audits. The aim is a safe, accident-free environment for everyone working at the site.
Documentation and reporting of execution activities are also an important part of the site supervision process. Detailed daily and weekly reports on project progress, possible problems, technical changes and corrective proposals are prepared and made available to project managers and the client. This documentation helps faster decision-making, prevents delays and increases transparency in project execution.
Ultimately, site supervision at Pishgaman Sanat Mihan is carried out with the aim of executing projects precisely and flawlessly, reducing execution costs, increasing productivity and guaranteeing quality at every stage of execution. Using modern management approaches, modern technologies and a team of experienced specialists, we manage execution processes optimally and complete projects on the specified schedule with the highest level of quality and safety.
Procurement, supply and equipment engineering is one of the fundamental pillars of the successful execution of industrial and civil projects. Timely and correct supply of equipment and raw materials not only guarantees uninterrupted project progress but also plays an important role in optimizing costs and increasing productivity. At Pishgaman Sanat Mihan, drawing on years of experience in procurement engineering, we have developed a comprehensive, precise and engineered process for supplying the equipment and materials projects need, covering every stage from identifying needs to final delivery.
The procurement engineering process begins with a careful analysis of project needs. At this stage, our specialist team reviews the technical specifications of the equipment, the required standards and the project's operating conditions, and identifies the best available options. This review includes analysis of technical documents, comparison of suppliers and evaluation of the different options in terms of quality, price, delivery time and technical support. We make sure that all equipment and raw materials are procured at the highest quality and in full conformity with project requirements.
One of the main challenges in procurement engineering is choosing reputable and reliable suppliers. At Pishgaman Sanat Mihan, we work with an extensive network of domestic and international suppliers and are constantly evaluating and updating our supplier list. This process includes reviewing performance records, product quality, the ability to supply on schedule and the degree of compliance with international standards. Through careful negotiation and transparent contracts, we make sure we obtain the best commercial and technical terms.
Supply chain management and careful planning for equipment delivery are also key parts of procurement engineering. Using advanced logistics management systems, our team plans transport, warehousing and delivery so that all equipment reaches the project site at the right time and without delay. This includes customs coordination, control of shipping documents, supervision of loading and unloading, and assessment of environmental conditions for proper storage of equipment.
Quality control of equipment and materials before dispatch and after receipt is of great importance. At Pishgaman Sanat Mihan, through technical tests, quality inspections and performance evaluation of equipment, we make sure it conforms to the required technical specifications and standards. If any non-conformity is found, our technical team carries out corrective actions quickly and ensures that equipment is replaced or corrected before it is used in the project.
In addition to equipment supply, at Pishgaman Sanat Mihan we pay special attention to support services and the supply of spare parts. Spare parts supply and after-sales service are important factors in maintaining productivity and extending the service life of industrial equipment. By maintaining stable relationships with the main manufacturers and suppliers, we make quick access to the spare parts needed possible and offer suitable solutions for the repair and maintenance of equipment.
Finally, procurement engineering at Pishgaman Sanat Mihan is carried out with the aim of reducing operating costs, speeding up supply, improving equipment quality and reducing supply chain risks. With a knowledge-based approach, the use of new technologies and a specialist team, we optimize procurement processes and make sure industrial and civil projects are executed with the highest level of productivity and the fewest supply challenges.
Execution engineering is one of the most important stages in completing industrial and civil projects and covers the supervision, coordination and careful implementation of all construction and equipment installation processes. At Pishgaman Sanat Mihan, with a specialized and experienced team, every stage of project execution, from the planning phase to final start-up, is managed. Our approach to executing projects is based on quality, accuracy and compliance with international standards, to ensure that all operations are carried out in line with design requirements and the needs of the client and the project.
Executing an industrial or civil project requires careful planning and optimal management of resources. At Pishgaman Sanat Mihan, we use advanced project management methodologies such as PMBOK and execution standards such as PMI so that every part of the project is carried out in a coordinated and orderly way. This process includes drawing up the schedule, optimal allocation of resources, monitoring work progress and taking corrective measures when needed.
One of the key factors in the success of project execution is specialized and trained manpower. At Pishgaman Sanat Mihan, with experienced execution teams and professional engineers, we carry out the construction, installation and commissioning of equipment with the highest accuracy and quality. From the initial excavation and foundation work to the installation of heavy industrial equipment, all operations are under the close supervision of our experts, to ensure full conformity with engineering drawings and safety standards.
Complying with occupational health and safety requirements is especially important in project execution. At Pishgaman Sanat Mihan, using safety management systems (HSE) and ongoing training programs, we require all execution personnel to follow safety principles and reduce environmental hazards. Using suitable safety equipment, assessing work risks and implementing safety instructions are among the measures we take to protect the health of the workforce and prevent accidents on the project site.
Quality control at every stage of execution is one of our fundamental principles. Through continuous technical inspections, supervision of construction processes, functional testing of equipment and evaluation of the quality of consumable materials, the quality control team at Pishgaman Sanat Mihan ensures that projects are executed precisely and to standard. With modern quality control methods, we make it possible to identify potential problems in the early stages of execution and, by making timely corrections, prevent additional costs and project delays.
One of the main challenges in executing industrial projects is coordination between different parts. At Pishgaman Sanat Mihan, project information management systems (PIMS) integrate information and improve coordination between the design, procurement and execution teams. This makes it possible to apply engineering changes in the shortest possible time, monitor project progress at every moment and manage execution challenges effectively.
Ultimately, our goal at Pishgaman Sanat Mihan is to deliver projects of the highest quality, in the shortest possible time and at the most optimal cost, completing industrial and civil projects with maximum accuracy and efficiency by relying on technical knowledge, operational experience and new technologies. Our commitment to quality, safety and customer satisfaction has made us one of the leading execution engineering companies in the country.
Start-up is one of the most sensitive and vital stages in completing industrial projects and guarantees the correct performance, safety and productivity of equipment and systems. At Pishgaman Sanat Mihan, the start-up process is carried out with careful planning so that all equipment and systems enter the operational phase in an optimal manner. This process includes functional tests, safety checks, final adjustments and ensuring that all components of the project work together.
The start-up process is carried out in a staged and structured way. These stages include pre-commissioning, cold commissioning, hot commissioning and final start-up. At each of these stages, detailed technical tests and checks are carried out to make sure equipment, connections, sensors and control systems function correctly.
One of the main challenges in start-up is ensuring coordination between all systems and equipment. At Pishgaman Sanat Mihan, using modern monitoring and control methods, the performance of each individual component is checked and its conformity with design specifications is verified. This process includes tests of mechanical and electrical systems, instrumentation and advanced control systems.
Safety during start-up is especially important. By strictly implementing safety instructions and using global standards such as OSHA and HSE, potential hazards at this stage are prevented. All start-up stages are also carried out under the supervision of the safety and quality control team, to prevent any risk arising from equipment defects or human error.
At Pishgaman Sanat Mihan, in addition to carrying out start-up, we provide training and knowledge transfer to our clients' operating teams. This training covers how the equipment works, troubleshooting, repair and maintenance, and system management. The aim is that, once start-up is complete, the operating team can use the equipment independently and without problems.
One of the key services is carrying out performance tests to make sure equipment reaches the intended capacity and efficiency. These tests include measuring system efficiency, checking energy consumption, checking pressure and temperature at key points, and final adjustment of control parameters. At this stage, advanced measurement tools and data analysis are used to optimize equipment performance.
After start-up is complete, a special monitoring and control period is carried out to evaluate system performance. This stage includes analysis of performance data, review of operators' feedback and final corrections, and ensures that the project is handed over to the client with the best quality and the highest level of productivity. Pishgaman Sanat Mihan is committed to carrying out the start-up of industrial projects to the highest possible standards, using technical knowledge, experience and advanced technologies.
