According to the company’s public relations office, laboratory results from this joint study show that used molecular sieves, which amount to around 450 tons every three years, can replace up to 15% of aggregates and 5% of cement in lightweight concrete production.
This breakthrough not only reduces environmental impact and conserves mineral resources, but also opens new opportunities for sustainable construction materials and provides a replicable model for other gas and petrochemical industries across Iran.
Findings from the research have been published in peer-reviewed international journals (ISI), enhancing the academic and innovation profile of both Bidboland Gas Refinery and Khatam al-Anbia University.
By leveraging domestic scientific talent, Bidboland has once again demonstrated its commitment to green innovation and national technical advancement, setting a lasting example for Iran’s transition toward a sustainable industrial future.