َََAbout us
Corporate Background
The foundational team of Toka Energy Pars Company commenced its research and industrial endeavors in 2008, drawing upon the expertise of distinguished academics and industry specialists. Over the ensuing years, our professionals have successfully executed numerous research and industrial contracts across a diverse range of sectors. These strategic partnerships encompass the steel, mining, petroleum, and power generation industries, alongside aerospace, light and heavy manufacturing, and energy efficiency organizations.
Historically, our core competencies have centered on the design, construction, troubleshooting, and optimization of systems for energy production, conversion, and consumption. Building upon a robust track record of successful collaborations with both domestic and international technological partners, the company was officially incorporated in 2021 under the brand name Toka Energy Pars (TEPCO). Headquartered within the prestigious Science and Technology Park of Sharif University of Technology, our elite team of graduates, doctoral candidates, and research fellows is dedicated to advancing pivotal projects focused on the development of novel industrial technologies.
Our Services & Capabilities
Leveraging a proven history of excellence, TEPCO is dedicated to delivering premier engineering and design consulting services. By partnering with leading equipment manufacturers, we provide optimal, tailored solutions for complex industrial challenges. Our core areas of expertise encompass the following domains:
1. Design, Consulting, and Project Implementation
- Comprehensive project management and oversight.
- On-site workshop and construction supervision.
- Strategic participation in EPC (Engineering, Procurement, and Construction) projects.
- End-to-end engineering design services, including Conceptual, Basic, and Detailed Design phases.
- Technical, economic, and Return on Investment (ROI) feasibility studies.
2. Equipment Efficiency Optimization
- Enhancement and modernization of aerospace anti-freeze systems.
- Reduction of iron oxide (FeO) generation in steel pelletizing lines.
- Optimization of aviation engine fuel mechanisms.
- Comprehensive inspection and upgrading of aviation engine cooling systems.
- Maximization of pellet production in the steel industry via furnace combustion optimization.
3. Renewable Energy Management
- End-to-end design, engineering, and execution of industrial and residential solar power plants.
4. Tender Documentation and Management
- Comprehensive preparation, detailing, and supervision of tender documents for PC (Procurement and Construction), EPC, and EPCF (Engineering, Procurement, Construction, and Finance) projects.
5. Advanced Maintenance and Repair Solutions
- Diagnostic troubleshooting and mechanism resolution for industrial combustion systems.
- Design and optimization of chemical regime control systems for industrial boilers.
- Comprehensive diagnostics and implementation solutions for Heat Recovery Steam Generators (HRSG).
- Troubleshooting and performance enhancement for dry and wet cooling systems across various industries.
6. Emissions Reduction and Environmental Engineering
- Burner optimization for pelletizing and reduction lines.
- Design and troubleshooting of industrial incinerators for downstream sectors.
- End-to-end design, manufacturing, and implementation of Low-NOx burners.
- Deployment of state-of-the-art technologies to mitigate industrial pollutants, ensuring global compliance standards for NOx, CO, and SOx emissions.
7. Water Resource Conservation and Management
- Implementation of strategic solutions to guarantee industrial water consumption reductions ranging from 10% to 90%.
- Integration of hybrid systems to minimize water usage in wet cooling towers.
- Advanced design of desalination and water treatment systems utilizing RO (Reverse Osmosis), FO (Forward Osmosis), and ZLD (Zero Liquid Discharge) technologies.