petroleum refinery wastewater Articles

The adsorption of sulfur compounds from petroleum refinery wastewater on a chemically modified activated carbon (MAC) was investigated. The modification technique (nitric acid, hydrogen peroxide and thermal modification) enhanced the removal capacity of carbon and therefore decreases cost-effective removal of sulfide from refinery wastewater. Adsorption equilibrium and kinetics data were ...

Oct. 28, 2014

By IWA Publishing

The potential of microorganisms to catabolise and metabolise xenobiotic compounds has been recognised as a potentially effective means of toxic and hazardous wastes disposal. Phenol and its derivatives have long been recognised as some of the most persistent chemicals in petroleum refinery wastewaters, with high toxicity even at low concentrations. Biodegradation of these compounds has been ...

Jan. 28, 2008

By Inderscience Publishers

Polycyclic aromatic hydrocarbons (PAHs) are a group of priority pollutants, which are classified as persistent hazardous contaminants. Herein, the adsorption of three PAHs, naphthalene (NAP), acenaphthylene (ACN), and phenanthrene (PHN), from wastewater onto NH2-SBA-15 organic–inorganic nanohybrid material as a function of pH of the media (2–10), sorbent dosage (0.5–3.5 g ...

Mar. 12, 2015

By IWA Publishing

In this study, a novel suspended ceramsite was prepared, which has high strength, optimum density (close to water), and high porosity. The ceramsite was used to feed a moving-bed biofilm reactor (MBBR) system with an anaerobic–aerobic (A/O) arrangement to treat petroleum refinery wastewater for simultaneous removal of chemical oxygen demand (COD) and ammonium. The hydraulic retention time ...

May 8, 2013

By IWA Publishing

The aim of this study is to investigate the performance of combined solar photo-catalyst of titanium oxide/zinc oxide (TiO2/ZnO) with aeration processes to treat petroleum wastewater. Central composite design with response surface methodology was used to evaluate the relationships between operating variables for TiO2 dosage, ZnO dosage, air flow, pH, and reaction time to identify the ...

Jun. 26, 2016

By IWA Publishing

A distillation-assisted catalytic oxidation (DACO) process under low temperature (100 °C) and atmospheric pressure was investigated to treat heavily contaminated wastewater from oil refining industry. The DACO experiments were carried out in a distillation batch reactor, using CuO/γ-A12O3 as catalyst. The experimental temperature was kept at 100 °C and H2O2 oxidant was supplied into the reactive ...

Dec. 31, 2010

By IWA Publishing

Refineries can be like cities, and opportunities for water reuse abound, from recycling of process water to sewage Although the water requirements of oil exploration make water reuse a hot topic for the upstream petroleum industry — the exploration ...

May 6, 2019

By Fluence Corporation

The efficiency of the CMB model for source contribution estimate is determined by the availability of accurate source profiles and therefore its use is limited when source profiles are not known. In this study the source contribution estimate of ambient VOC was carried out using the CMB model with the source profiles obtained from the PMF model. The PMF model fitted the monitored dataset very ...

Jan. 22, 2014

By Inderscience Publishers

The open architecture and flexibility of the Enviance solution allowed NCRA to track a variety of environmental requirements without having to make extensive changes to its work processes. NCRA refines, transports, and stores crude oil and petroleum in the North Central region of the United States. The ...

Oct. 14, 2018

By Enviance, Inc.

There is hope for Business Intelligence (BI) in Industrial Sales and Marketing. Not only for our industrial customers, but for ourselves.   As companies selling to industrial clients, we are eager to add more value and help our customers achieve operational excellence. However, as purveyors of business intelligence (BI) solutions, we don’t necessarily follow our own ...

Sep. 7, 2017

By FirmoGraphs, LLC

Optimizing process efficiency for petrochemical wastewater monitoring is a key step in achieving sustainable energy. Care must be taken to properly monitor and treat wastewater generated from petroleum refineries to ensure contaminants are not released into the surrounding environment. Fast, safe, and reliable detection technology is therefore highly sought after and enables plant operators to ...

Jul. 19, 2016

By MANTECH Inc.

The 65 Aire-O2® aerators create a “flow linkage” in the gigantic 44 acre (75 MG) oxidation-like oval lagoon and operate 24 hours/dayProblem This southwestern city experienced overloading problems with its huge 44-acre (75 MG) aerated lagoon. The plant serves a population of 225,000 and also treats industrial wastewater from petroleum ...

Jun. 1, 2015

By Aeration Industries International (AII)