WPB: A memorandum of understanding has been signed between industrial sectors and a knowledge-based company to design and implement a chemical gas purification system for the compound unit.
During the first technology exchange event in the petroleum, gas, petrochemical, and power plant sectors—held at Iran’s Innovation and Prosperity Fund—this agreement was signed between Ghaed Basir Petrochemical Products Company (GBPC)and a knowledge-based company to address technological needs using domestic products.
The primary objective of this agreement is to facilitate collaboration and consultation between GBPC and the knowledge-based firm, utilizing innovative ideas, solutions, and research-based products for implementing required projects and providing technological services in designing and executing the chemical purification system for gas emissions from the compound unit.
In this collaboration, GBPC announced its readiness to outline priorities, specify requirements, provide technical documentation, and engage in research cooperation for the design and implementation of technological projects. It also committed to facilitating site visits for the installation and commissioning of pilot systems and equipment and pledged to finalize the status of the memorandum of understanding and determine the framework for interaction with the knowledge-based company to meet its technological needs.
The knowledge-based company, in return, expressed its willingness to collaborate in providing ideas, solutions, and proposals tailored to the stated requirements, as well as a final research product sample for evaluating the memorandum’s objectives to explore potential future interactions.
The chemical purification system for exhaust gases in the compound unit is a method for removing harmful pollutants from industrial emissions, particularly in the petrochemical, polymer, and plastics industries. This system generally includes the following stages:
Chemical Absorption: Exhaust gases react with specific chemical solutions such as alkaline solutions (e.g., sodium hydroxide) or acidic solutions (e.g., sulfuric acid) to neutralize pollutants.
Oxidation and Reduction: Certain compounds, such as sulfurand nitrogen compounds, undergo oxidation and reduction processes to convert them into harmless substances.
Filtration and Separation: In some cases, solid compounds are separated from the exhaust gases and precipitated.
Catalytic Bed Reactors: To break down volatile organic compounds (VOCs) or other resistant pollutants, catalytic beds such as metal-based catalysts are used.
These systems help reduce pollutants such as sulfur dioxide (SO₂), nitrogen oxides (NOx), volatile organic compounds (VOCs), and particulate matter, thereby minimizing the environmental impact of industrial operations.
By Bitumenmag
Energy, Bitumen, Petroleum, Gas
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