Javascript must be enabled to continue!
Phenol Compound in Produced Water
View through CrossRef
Abstract
Phenol is an organic compound that may present in produced water of oil and gas industries. Some of phenol compounds are mostly used as raw material in disinfectant and adhesive industries. Phenol and its derivatives are hazardous materials with its toxicity level varies depending on the type of phenol. On the basis of its toxicity level, US-EPA and EEC classified some phenol compounds as "priority pollutant" due to at certain phenol concentration level they can endanger human and animal life.
The source of phenol in the produced water is from nature; they are carried over to the surface by formation water.
The Indonesian government has issued various laws and regulations in limiting the discharge of phenol compound into water. PP No. 20/1990 classified various limits of phenol concentration in water depending on water utilization, whereas KEPMEN No. 03/KLH/I/1991 classified the limit of phenol concentration in discharge water of various industries.
This paper describes efforts made by some oil and gas companies in Indonesia under PERTAMINA supervision in conducting studies for reducing the phenol concentration in produced water to meet the government phenol regulatory limit. The study is aimed to obtain the best phenol treatment method that is suitable to be applied for particular company operation and field conditions. The study consists of literature study, laboratory scale tests and pilot tests using some selected treatment methods that are currently available, complete with the technical and economical aspects of each treatment method as well as consideration of maintenance and operation aspects.
Title: Phenol Compound in Produced Water
Description:
Abstract
Phenol is an organic compound that may present in produced water of oil and gas industries.
Some of phenol compounds are mostly used as raw material in disinfectant and adhesive industries.
Phenol and its derivatives are hazardous materials with its toxicity level varies depending on the type of phenol.
On the basis of its toxicity level, US-EPA and EEC classified some phenol compounds as "priority pollutant" due to at certain phenol concentration level they can endanger human and animal life.
The source of phenol in the produced water is from nature; they are carried over to the surface by formation water.
The Indonesian government has issued various laws and regulations in limiting the discharge of phenol compound into water.
PP No.
20/1990 classified various limits of phenol concentration in water depending on water utilization, whereas KEPMEN No.
03/KLH/I/1991 classified the limit of phenol concentration in discharge water of various industries.
This paper describes efforts made by some oil and gas companies in Indonesia under PERTAMINA supervision in conducting studies for reducing the phenol concentration in produced water to meet the government phenol regulatory limit.
The study is aimed to obtain the best phenol treatment method that is suitable to be applied for particular company operation and field conditions.
The study consists of literature study, laboratory scale tests and pilot tests using some selected treatment methods that are currently available, complete with the technical and economical aspects of each treatment method as well as consideration of maintenance and operation aspects.
Related Results
NEUTRALIZATION OF PHENOL-CONTAMINATED SOILS
NEUTRALIZATION OF PHENOL-CONTAMINATED SOILS
To eliminate the consequences of accidental spill of phenol, the results of neutralization of soils contaminated with phenol are presented. As for the analysis of soils by the geol...
Isolation, characterization and semi-synthesis of natural products dimeric amide alkaloids
Isolation, characterization and semi-synthesis of natural products dimeric amide alkaloids
Isolation, characterization of natural products dimeric amide alkaloids from roots of the Piper chaba Hunter. The synthesis of these products using intermolecular [4+2] cycloaddit...
Enhanced biodegradation of phenol under Cr(VI) stress by microbial collaboration and potential application of machine learning for phenol biodegradation
Enhanced biodegradation of phenol under Cr(VI) stress by microbial collaboration and potential application of machine learning for phenol biodegradation
ABSTRACT
Cr(VI) and phenol commonly coexist in wastewater, posing a great threat to the environment and human health. However, it is still a challeng...
Antimicrobial, physico-chemical properties of nitrogen-containing preparations of derivates of menthol, quinoline and phenol
Antimicrobial, physico-chemical properties of nitrogen-containing preparations of derivates of menthol, quinoline and phenol
Successful research by scientists of new synthetic substances of various chemical groups contributes to the broadening of the arsenal of antimicrobial drugs for the prevention and ...
Use of Formation Water and Associated Gases and their Simultaneous Utilization for Obtaining Microelement Concentrates Fresh Water and Drinking Water
Use of Formation Water and Associated Gases and their Simultaneous Utilization for Obtaining Microelement Concentrates Fresh Water and Drinking Water
Abstract Purpose: The invention relates to the oil industry, inorganic chemistry, in particular, to the methods of complex processing of formation water, using flare gas of oil and...
Enhancing phenol removal from waste water by adding powder activated carbon to the lab-scale activated sludge system
Enhancing phenol removal from waste water by adding powder activated carbon to the lab-scale activated sludge system
In this study, the commercial powder activated carbon (PAC) was added to a bench scale conventional activated sludge (CAS) system to enhance phenol removal. The mixed liquor suspen...
Integrated hydrological modelling for sustainable water allocation planning : Mkomazi Basin, South Africa case study
Integrated hydrological modelling for sustainable water allocation planning : Mkomazi Basin, South Africa case study
Allocation of freshwater resources between societal needs and natural ecological systems is of great concern for water managers. This development has challenged decision-makers reg...
Partial Oxidation of Phenol in Supercritical Water
Partial Oxidation of Phenol in Supercritical Water
Phenol is hardly gasified in supercritical water (SCW) under the temperature 450 °C, at which cleavages of aromatic ring occur difficultly. Partial oxidative gasification provides ...

