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Petroleum Refinery Stripped Sour Water Treatment Using the Activated Sludge Process
Water Environment Research, 2011A pilot study was performed over 91 days to determine if the activated sludge process could treat a segregated stripped sour water (SSW) stream from a petroleum refinery. The study was performed in two periods. The first period was terminated after 19 days, as a result of excessive sludge bulking.
Rion, Merlo +5 more
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A Practical Solution To Preparing A Sour Water For Injection
SPE Permian Basin Oil Recovery Conference, 1963Introduction Degasification of hydrogen sulfide from sour San Andres source water in West Texas has increased the availability of water for a flood project in Midland County. The plant is treating water for Mobil Oil Co.'s flood project in the Pennsylvanian beds of the Pegasus field.
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Sour Water Strippers a Review of Construction Materials
CORROSION 1974, 1974The term "sour water stripper" is a catch-all phrase describing a family of related fractionating devices designed to remove certain pollutants from refinery effluent waters which are being sent to disposal. These pollutants typically include H2S, ammonia, CO, CO2, cyanides, thiocyanates, phenols, various salts, various organic and inorganic acids ...
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Promoted Re/Al2O3 systems as sour water-gas shift catalysts
Catalysis Today, 2020Abstract Series of Re2O7/γ-Al2O3 catalysts promoted with Ni, Co, and K were studied as sour gas shift catalysts. Samples were prepared by consecutive incipient wetness impregnation. Catalytic measurements were performed in a fixed bed reactor at atmospheric pressure in the range of 180–400 °C at GHSV of 4000 h−1 and steam/gas ratio of 0.3.
D. Nikolova +3 more
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Proceedings of SPE International Symposium on Oilfield Chemistry, 2005
Abstract The risk of reservoir souring is understood as one of the most serious effects of produced water reinjection (PWRI). Costly well backflows are traditionally used to monitor these effects. On Draugen (produced water 60°C, lean in carbon), a PWRI pilot is currently implementing nitrate to mitigate souring.
A. J. Dinning +3 more
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Abstract The risk of reservoir souring is understood as one of the most serious effects of produced water reinjection (PWRI). Costly well backflows are traditionally used to monitor these effects. On Draugen (produced water 60°C, lean in carbon), a PWRI pilot is currently implementing nitrate to mitigate souring.
A. J. Dinning +3 more
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High-Pressure Sour Gas and Water Adsorption on Zeolite 13X
Industrial & Engineering Chemistry Research, 2018The design and optimization of natural gas conditioning with adsorbents requires self-consistent data up to pressures relevant to gathering and transportation pipelines.
Kyle G. Wynnyk +2 more
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SANITATION AND WATER USAGE IN THE PROCESSING OF SOUR CHERRIES1
Journal of Milk and Food Technology, 1971Surveys were made of four red sour cherry processing plants to obtain information regarding microbial contamination and water usage. With the exception of some long conveyor belts, no single sites were found to be major sources of contamination and the mean count at most stages was under 50,000 per gram.
Y. D. Hang +2 more
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The mechanism of refinery corrosion by sour water condensates
Anti-Corrosion Manual, 1982Sour water condensates are aqueous condensates which contain different concentrations of aggressive compounds such as HCl, H2S, CO2, NH3, cyanides, etc. These condensates which can be fairly corrosive are encountered in a variety of refinery processes ranging from atmospheric distillation units to hydrodesulphurisers and sour water strippers.
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Understanding Inhibition of Sour Systems with Water Soluble Corrosion Inhibitors
CORROSION 2009, 2009Abstract Corrosion Inhibitors have been successfully applied in sour oil and gas systems for over 40 years. While working effectively, little is understood about their inhibitive mechanisms and their interaction with sour corrosion product layers.
Neil G. Park, Lara Morello, Gene Abriam
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Corrosion and Hydrogen Blistering Control in Sour Water System
CORROSION 1976, 1976Corrosion and hydrogen blistering problems in a variety of sour refinery overhead processes have increased in severity in recent years. The necessity to use sour crudes with high nitrogen content, increased through-puts, and more severe conditions caused by changes in processes; for example, changes to rizer cracking in Cat Crackers have all added to ...
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