Biofouling in oilfield water systems—a review

Lynch, J L; Edyvean, R.G.J.

doi:10.1080/08927018809378103

Cited by 21 publications

(5 citation statements)

References 34 publications

(46 reference statements)

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“…Although biofilms can play important and useful roles in many settings, much o f the effort to manage biofilms has focused on removing or controlling unwanted biofilm. Biofilms foul, corrode, and degrade many industrial products (Costerton, et al 1987;Notermans 1994;Lynch, et al 1988). The negative impact o f biofilms extends beyond measurement in dollars, as many diseases and infections are now recognized as being mediated by biofilms (Hoyle, et al 1991).…”

Section: List Of Tablesmentioning

confidence: 99%

Modeling biofilm antimicrobial resistance

Dodds

Grobe

Stewart

2000

Biotechnol. Bioeng.

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A computer model capable of integrating mechanisms of biofilm resistance to disinfection by antimicrobial agents was developed. Resistance mechanisms considered included retarded penetration due to a stoichiometric reaction between the antimicrobial agent and biomass, incomplete penetration due to a catalytic reaction between the antimicrobial agent and the biomass, and the existence of a fraction of the cells in a resistant phenotypic state. Mathematical models of these processes were derived and solved in the computer simulation package MATLAB. Four sets of fitted experimental data on the disinfection of Pseudomonas aeruginosa biofilms were fit to each of the three models. No one model fit all of the data sets adequately. Killing of a 2-day old biofilm by tobramycin was best described by the physiological limitation model. Killing by hypochlorite was best described by the stoichiometric transport model. Killing by hydrogen peroxide was best simulated by the catalytic transport model. These results suggest that multiple mechanisms of biofilm reduced susceptibility are manifested even in biofilms of the same species and that the particular resistance mechanism depends on the biofilm age, antimicrobial agent, and biofilm thickness. The models presented in this article may be useful for diagnosing mechanisms of biofilm resistance from experimental data.

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Section: List Of Tablesmentioning

confidence: 99%

Modeling biofilm antimicrobial resistance

Dodds

Grobe

Stewart

2000

Biotechnol. Bioeng.

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“…Due to the economic losses as well as environmental health and safety hazards caused by the activity of SRB, many industrial sectors such as the oil and gas industry (Pankhurst, 1968;Hamilton, 1983;Cord-Ruwisch et al, 1987;Lynch & Edyvean, 1988), the shipping industry (Hill, 1983) and civil engineering (Hamilton, 1985;Odum, 1990;Edyvean, 1990;Ghassem & Adibi, 1995) are seeking solutions to minimise the risks resulting from SRB activity. Chemical control by the use of biocides is probably the most common method of controlling biocorrosion (Brunt, 1987;Boivin, 1995).…”

Section: Introductionmentioning

confidence: 98%

The use of biocides to control sulphate‐reducing bacteria in biofilms on mild steel surfaces

Cheung

Beech

1996

Biofouling

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Three different types of biocides, viz. formaldehyde (FM), glutaraldehyde (GA) and isothiozolone (ITZ) were used to control planktonic and sessile populations of two marine isolates of sulphate-reducing bacteria (SRB). The influence of these biocides on the initial attachment of cells to mild steel surfaces, on subsequent biofilm formation and on the activity of hydrogenase enzymes within developed biofilms was evaluated. In the presence of biocides the rate and degree of colonization of mild steel by SRB depended on incubation time, bacterial isolate and the type of biocide used. Although SRB differed in their susceptibility to biocides, for all isolates the biofilm population was more resistant to the treatment than the planktonic population. GA showed highest efficiency in controlling planktonic and sessile SRB compared with the other two biocides. The activity of the enzyme hydrogenase measured in SRB biofilms varied between isolates and with the biocide treatment. No correlation was found between the number of sessile cells and hydrogenase activity.

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“…Varying degrees of colonisation and microbial succession have been observed on different substrata, and detailed laboratory studies have revealed that rate of adhesion is dependent upon complex interactions between the substratum hydrophobicity, the bacterial hydrophobicity, and the surface tension of the aqueous phase (Absolom et al, 1983;Fletcher & Pringle, 1985;Gerson & Scheer, 1980). A brief review of current methods used to control biofilms is presented by Lynch and Edyvean (1988). A recently described approach to the prevention of bacterial adhesion (Owens et al, 1987) is based on treating hydrophobic substratum surfaces with a tri-block copolymer of polyethylene oxide and polypropylene oxide ('Synperonic' F108).…”

Section: Introductionmentioning

confidence: 98%

The use of block copolymers to inhibit bacterial adhesion and biofilm formation on hydrophobic surfaces in marine habitats

Blainey

Marshall

1991

Biofouling

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Inhibition of adhesion of marine bacterial cultures to polystyrene surfaces treated with tri-block copolymers of polyethylene oxide and polypropylene oxide ('Synperonic' PE series) ranged from 21 to 100% depending on the properties of the copolymer and of the test organism. After 4 h submergence in natural marine habitats, copolymer treatment resulted in 70-100% reduction in colonisation. After 5d, the inhibitory activity was maintained in terms of colonisation by bacterial aggregates and eukaryotes, but single bacteria were present in equivalent numbers on both treated and untreated surfaces. After 2 months, no difference in biofouling between treated and untreated substrata could be detected. Reasons for the lack of a persistent inhibitory effect of the copolymer are considered.

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Biofouling in oilfield water systems—a review

Abstract: The literature on biofouling in oilfield water systems is reviewed and the implications of such fouling considered. The currently available methods for the detection and control of the causative organisms are also discussed.

Cited by 21 publications

References 34 publications

Modeling biofilm antimicrobial resistance

Modeling biofilm antimicrobial resistance

The use of biocides to control sulphate‐reducing bacteria in biofilms on mild steel surfaces

The use of block copolymers to inhibit bacterial adhesion and biofilm formation on hydrophobic surfaces in marine habitats

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