Ata has been deeply involved for more than 2 years in research projects in the area of heterogeneous catalysis, characterization, and synthesis of photocatalysts and semiconductors for wastewater treatment purposes. His research was mainly focused on the synthesis of bismuth-based photocatalyst like Bi4O5I2 which aimed to reduce the recombination rate of electron-holes by plasmonic nanoparticles and facilitate adsorption by carbon-based adsorbents like rGO, CAC, MWCNT. As a young researcher, he aims to develop a further multidisciplinary scientific expertise in the area of heterogeneous catalysis and nanotechnology with a special focus on wastewater treatment and electrolysis.
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Academic Profile
Posts
Contact Information
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Ata niyatiSkype ID
12be496a-9cbd-44fc-af60-82daf9ce2bc2ApplyChance Link
Design and Economic Evaluation of Polymer Dye Production Unit
Work Experiences
Research Assistant,
at RCRC-Tabriz
I am currently working in this role
English Scores
IELTS09-Nov-2022
7.5/9Total
Reading :
7/9
Speaking :
7.5/9
Listening :
8/9
Writing :
6.5/9
Conferences
Your Presentation Title :
Effective Degradation of Acid Orange 7 on Silver Chloride/Bismuth Iodide (Bi3+: 4) Hybrid Nanophotocatalyst under Simulated Sunlight
Conference Name :Organic Chemistry, Urmia, Iran
Iran
2019
Journal Publications
Publication Title :
Solar-Assisted Photocatalytic Elimination of Azo Dye Effluent Using Plasmonic AgCl Anchored Flower-Like Bi4O5I2 as Staggered Nano-Sized Photocatalyst Designed via Sono-Precipitation MethodFirst author
Journal :
Journal of the Taiwan Institute of Chemical Engineers