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Project Capacity:
2,271,600 tons per yearYear of Launch:
1404Progress Percentage:
71%This plan has been developed with the aim of enhancing productivity and reducing operational costs at the Iranol petrochemical complex. Production efficiency will be improved through the optimization of chemical processes and the upgrading of key equipment. The installation of new catalysts in the main reactors will lead to an increased conversion rate of raw materials into high-value products.
The reconstruction of heat exchangers and the modernization of heat transfer systems will result in reduced energy consumption. The implementation of advanced control systems with automatic adjustment of operational parameters will improve process accuracy. Solvent recovery and optimization of refrigeration cycles are other components of this plan.
Reduction of raw material losses will be achieved through the installation of vapor recovery systems and improvement of storage methods. Technical personnel will receive training to optimize the operation of modern equipment. These combined efforts are expected to result in an overall production efficiency increase of up to 18% and a 25% reduction in energy consumption.
The use of digital technologies such as artificial intelligence to predict product quality and optimize raw material composition is a novel feature of this plan. Reduction of production waste and improvement of final product quality are among the other expected outcomes. This project, while maintaining environmental and safety standards, represents a significant step toward the sustainable development of the country’s petrochemical industry.
The successful implementation of this plan requires the collaboration of domestic experts and the application of the latest technological advancements. A detailed plan has been prepared for phased execution of the project with minimal disruption to production lines. The return on investment, considering the savings from reduced energy and raw material consumption, is expected within a reasonable time frame.
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