New Advanced Analysis Method by Iranian Company Helps Reduce Environmental Pollutants
10:00 - February 05, 2025

New Advanced Analysis Method by Iranian Company Helps Reduce Environmental Pollutants

TEHRAN (ANA)- A knowledge-based company in Iran uses advanced laboratory equipment and efficient analysis methods to decrease environmental pollutants.
News ID : 8155

“In this technology and research company, by identifying environmental pollutants with the help of advanced laboratory equipment, we have provided the basis for reducing the amount of pollution and contaminants in water, soil and air,” said Raheleh Qobad Savadkouhi, the managing director of the knowledge-based company.

“This knowledge-based laboratory conducts precise analyses on wastewater and sewage, sludge, particles emitted from the chimney, exhaust gas from the chimney, environmental noise and analysis related to water and soil,” she added.

Noting that specialized research and analysis work is carried out on water and sewage, wastewater, soil, sludge, environmental air and in three experimental groups of physicochemical, microbiology, and toxicology, Qobad Savadkouhi said that these services include tests like measuring heavy metals, toxins, and petroleum and aromatic hydrocarbons.

“In order to treat wastewater from treatment plants, different catalysts have been evaluated in this regard, and the groundwork has been laid for improving the efficiency of this part of the treatment plants,” she stated.

In a relevant development in December, an Iranian knowledge-based company had been able to fight against air pollution by producing the most state-of-the-art air filters.

“These filters have been able to remove over 99.9 percent of suspended particles like allergens, viruses and even bacteria, thus providing an efficient solution to ensure health and improve the quality of life,” said Gholamreza Nejad Doost, the managing director of Behineh Sazan Teb Abzar company.

Noting that the air filters are designed with interwoven layers of fiberglass fibers and special polymers to not allow any particles, even as small as 0.3 microns, to pass through, he said, “The accordion structure of these fibers gives them a greater capacity to absorb and retain particles.”

He described the three main working mechanisms of these filters as blockage of the particle path, trapping due to tissue density, and diffusion and dispersion, and said, “The smallest particles are trapped on the sides of the fibers as they pass through, particles larger than 1 micron are trapped in the dense tissue of the fibers, and particles are trapped irregularly in the filter due to collisions with gas molecules.”

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