A Proposal for an Accelerated Evaporation Treatment System for Alumina Industrial Soda Ash Wastes and Feasibility of the use Soda Ash and Sodium Percarbonate for Co2 Capture and Phenol Oxidation in Water
by-products (caustic liquor “soda ash” and red mud); bayer process; in situ combustion; mineral carbonation; sodium percarbonate (SPC)
Abstract
Increasing interest in CO 2 sequestration is linked to the need for cost-effective alternatives of In Situ Combustion Pilot Projects (ISCPP) which is an ongoing field testing effort aimed at assessing its efficacy in increasing the recovery factor of heavy oil reservoirs from Hugo Chávez Orinoco Oil Belt (Venezuela). A proposal is presented for an accelerated evaporation system for volume decreasing of caustic liquor in alumina industrial artificial lagoons, obtaining sodium carbonate (soda ash) and its later utilization in the synthesis of sodium percarbonate (Na 2 CO 3 •1.5H 2 O 2 ) (SPC). The caustic liquor evaporation rate was of 0.146 mm/h using only radiation in the evaporation system. When only artificial wind was used the evaporation rate was 0 .196 mm/h, which means an increase of 34% in the evaporation rate.
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Dionisis Mantzavinos, Despo Kassinos, Simon Parsons (2009) Applications of advanced oxidation processes in wastewater treatment. 43(16), 3901-3901.
D Bonenfant (2008) CO 2 Sequestration by aqueous red mud carbonation at ambient pressure and temperature. 47, 7617-7622.
H Frost K R; Schwalen (1955) Sprinkler evaporation losses. 36(8), 526-528.
Andrew Galwey, William Hood (1982) Thermal decomposition of sodium carbonate perhydrate in the presence of liquid water. 78(9), 2815.
K Gerd, M Ingeborg, P Horst, S Artur, S Edmund (1975) Unknown Title. 3, 454.
(1995) SEAMIST{trademark}. Innovative technology summary report.
G Kabalka, P Wadgaonkar, T Shoup (1990) Oxidation of organoboranes with sodium percarbonate. 9(4), 1316-1320.
Arnold Schwarz, Levente Hernadi, Felix Biessmann, Kristian Hildebrand (2002) The Influence of Faulty Labels in Data Sets on Human Pose Estimation.
M Kaneko, I Okura (2002) The Kodansha Encyclopedia of Japan. 26(6), 433-433.
S Khaitan (2009) Mechanisms of Neutralization of Bauxite Residue by Carbon Dioxide. 135, 433-438.
Alexander Mckillop, William Sanderson (1995) Sodium perborate and sodium percarbonate: Cheap, safe and versatile oxidising agents for organic synthesis. 51(22), 6145-6166.
Andrea Nagy, János Szabó, István Vass (2013) Trace metal and metalloid levels in surface water of Marcal River before and after the Ajka red mud spill, Hungary. 20(11), 7603-7614.
M Perez, M Barrios, P Vasquez, R Losada, M Salcedo, H Perozo, P Ortega, M Diaz (2010) Capture and Sequestration of CO2 Produced by In-Situ Combustion Pilot Project, Orinoco Oil Belt, Venezuela: A Mineral Carbonation Laboratory Assessment.
H Perozo, A Mendoza, J Teixeira, A Alvarez, J Márquez, P Ortega, P Vasquez (2011) The In situ Combustion Pilot Project in Bare field, Orinoco Oil Belt, Venezuela.
K Rolle (2006) Termodinámica.
E Ruiz, R Ortega-Borges, J Jurado, T Chapman, Y Meas (2009) Simultaneous Anodic and Cathodic Production of Sodium Percarbonate in Aqueous Solution. 12(1), E1.
E Tizon, P Clerin, B Cristol (2004) Unknown Title. 9-14.
Stephen Vesper, Lawrence Murdoch, Sam Hayes, Wendy Davis-Hoover (1994) Solid oxygen source for bioremediation in subsurface soils. 36(3), 265-274.
H Welge (1940) Absorption of carbon dioxide in aqueous alkalies.
D Yang, T Evans, F Yamazaki, C Narayanna, G Kabalka (1993) Sodium percarbonate: a convenient reagent for oxidative cleavage of a-diketones. 23(8), 1183-1187.
Fathi Habashi (1083) Karl Josef Bayer (1847-1904). 97, 1-15.
F Habashi (2016) A hundred years of the Bayer process for alumina production. 85-93.
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2018-06-21
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