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Barasha Deka
Barasha Deka
IIT (ISM), Dhanbad, India and Curtin University, Australia
Verified email at pe.ism.ac.in
Title
Cited by
Cited by
Year
Synthesis and evaluation of oleic acid based polymeric additive as pour point depressant to improve flow properties of Indian waxy crude oil
B Deka, R Sharma, A Mandal, V Mahto
Journal of Petroleum Science and Engineering 170, 105-111, 2018
682018
Flow improvers for assured flow of crude oil in midstream pipeline-A review
P Sivakumar, A Sircar, B Deka, AS Anumegalai, PS Moorthi, ...
Journal of Petroleum Science and Engineering 164, 24-30, 2018
652018
Synthesis and performance evaluation of poly (fatty esters-co-succinic anhydride) as pour point depressants for waxy crude oils
B Deka, R Sharma, V Mahto
Journal of Petroleum Science and Engineering 191, 107153, 2020
422020
Investigation into the flow assurance of waxy crude oil by application of graphene-based novel nanocomposite pour point depressants
R Sharma, B Deka, V Mahto, H Vuthaluru, CZ Li
Energy & fuels 33 (12), 12330-12345, 2019
322019
Study the influence of sodium dodecyl sulfate on emulsification of heavy and waxy crude oils to improve their flow ability in low temperature conditions
R Sharma, B Deka, A Mandal, V Mahto
Asia‐Pacific Journal of Chemical Engineering 14 (1), e2279, 2019
302019
Experimental investigation into the development and evaluation of ionic liquid and its graphene oxide nanocomposite as novel pour point depressants for waxy crude oil
R Sharma, B Deka, V Mahto, A Barifcani, H Vuthaluru
Journal of Petroleum Science and Engineering 208, 109691, 2022
192022
Generation of methane gas hydrate equilibrium curve for the thermodynamic gas hydrate inhibitor propylene glycol
B Deka, A Barifcani, A Al Helal, D Badi, V Mahto, H Vuthaluru
Journal of Petroleum Science and Engineering 199, 108312, 2021
132021
Synthesis, characterization and evaluation of a novel asphaltene inhibitor to control organic solid deposition in petroleum formation
A Mandal, B Deka, V Mahto, MC Nihalani, S Purohit
Petroleum Science and Technology 37 (7), 780-786, 2019
62019
Influence of reboiler retention time and concentration of thermally degraded MEG on thermodynamic inhibition performance
D Badi, A Al Helal, B Deka, C Lagat, C Phan, A Barifcani
Journal of Petroleum Science and Engineering 211, 110128, 2022
52022
Quantum dots: Low-dosage hydrate inhibitors for deep water flow assurance
B Deka, R Sharma, V Mahto, S Polara
Offshore Technology Conference, D031S039R002, 2020
42020
Nano particle based polymer flooding for enhanced oil recovery: A review
CM Sukesh, B Deka
Nanotechnology for Energy and Water: Proceedings of the International …, 2018
32018
Study of propylene glycol thermal degradation by batch distillation process and analysis using ion chromatography
B Deka, D Badi, A Al Helal, V Mahto, H Vuthaluru, A Barifcani
Petroleum Science and Technology 40 (24), 3020-3036, 2022
12022
Experimental Investigation of Wax Deposition in Model Oils Under the Influence of New Eco-Friendly Wax Inhibitors
R Sharma, A Pattnaik, PR Kar, PP Singh, A Tiwari, B Deka
Abu Dhabi International Petroleum Exhibition and Conference, D021S075R007, 2023
2023
Development and evaluation of aloe vera dry extract quantum dots as novel hydrate inhibitor for the control of flow assurance problems in the oilfields
B Deka, R Sharma, V Mahto, S Polara, A Barifcani, H Vuthaluru
Geoenergy Science and Engineering 229, 212100, 2023
2023
Recovery of heavy crude oil with electrical enhanced oil recovery using lignin nanoparticles: A review
A Juyal, DS Bhadauriya, R Sharma, B Deka
Materials Today: Proceedings, 2023
2023
Development of chemical additives for the control of flow assurance problems in the oil and gas fields
B Deka
Curtin University, 2023
2023
Reducing Carbon Emissions Through CO2 Capture, Transport and Storage: A Review
R Sharma, B Deka, S Muhammed, SD Maganti
International Conference on Materials for Energy Storage and Conservation, 81-90, 2022
2022
SOYA LECITHIN QUANTUM DOTS AS ANTI-AGGLOMERANTS AND METHODOLOGY OF PREPARING THE SAME
T Saikia, B Deka, V Mahto
IN Patent 354,715, 0
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