Neslişah Cihan ULUS
Neslişah Cihan ULUS
Hacettepe University Faculty of Engineering Department of Chemical Engineering Beytepe, Ankara
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The development of reaction kinetics for CO2 absorption into novel solvent systems: Frustrated Lewis pairs (FLPs)
OY Orhan, N Cihan, V Sahin, A Karabakan, E Alper
Separation and Purification Technology 252, 117450, 2020
Reduced energy consumption and enhanced CO2 desorption performance of non-aqueous ionic-liquid-containing amine blends with zeolites
N Ulus, OY Orhan
Journal of Molecular Liquids 359, 119233, 2022
A hybrid chemo-biocatalytic system of carbonic anhydrase submerged in CO2-phillic sterically hindered amines for enhanced CO2 capture and conversion into carbonates
N Cihan, G Bharath, AK Nadda, O YukselOrhan
International Journal of Greenhouse Gas Control 111, 103465, 2021
The enhanced enzymatic performance of carbonic anhydrase on the reaction rate between CO2 and aqueous solutions of sterically hindered amines
N Cihan, OY Orhan
Greenhouse Gases: Science and Technology 10 (5), 925-937, 2020
Effect of non-aqueous solvents on kinetics of carbon dioxide absorption by tBu3P/B (C6F5) 3 frustrated Lewis pairs
N Cihan, OY Orhan, HY Ersan
Separation and Purification Technology 258, 118058, 2021
Optimization of novel nonaqueous hexanol‐based monoethanolamine/methyl diethanolamine solvent for CO2 absorption
N Ulus, SA Syed Ali, O Khalifa, OY Orhan, A Elkamel
International Journal of Energy Research 46 (7), 9000-9019, 2022
Kinetics and mechanism of reaction between carbon disulfide and novel aqueous amines solutions
OY Orhan, FN Cihan, E Alper
International Journal of Global Warming 18 (3-4), 401-409, 2019
Sterik Engelli Lewis Çiftlerinden Oluşan Çözücülere Absorpsiyonla Karbon Dioksitin Yakalanması
FN Cihan
Fen Bilimleri Enstitüsü, 2019
Response Surface Optimization of Non-Aqueous Hexanol-Based Tri-Solvent Amine Blends For Energy-Efficient Co2 Desorption
A Hugul, N Ulus, O Yuksel Orhan, H Yavuz Ersan
Available at SSRN 4396178, 0
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