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Alastair Painter

Quantitative Risk Assessment for a Floating Production Storage and Offloading in Brazil

2026-04-02T17:05:12-06:00May 8th, 2016|Tags: , , , , , |

Geosyntec undertook a quantitative risk assessment (QRA) for the Cidade de Paraty Floating Production Storage and Offloading (FPSO) vessel, which will operate in the Lula oil field. The Lula oil field, which is the largest hydrocarbon find in the world since the Kazakh Kashagan discovery in 2000, is located in the Santos Basin, 250km south of Rio de Janeiro. It is estimated to hold five to eight billion barrels of oil equivalent. Due to the size of the field and the water depth, which in areas is in excess of 2000m, it will be developed using a number of FPSOs.

Quantitative Risk Assessment for LNG Offshore Central Processing Facility in Australia

2026-03-08T09:15:25-06:00May 8th, 2016|Tags: , , , , , |

Geosyntec prepared the quantitative risk assessment (QRA) for the Browse liquified natural gas (LNG) offshore central processing facility (CPF) during the front-end engineering design (FEED) stage of this multi-billion dollar project.

Review of Chlorine Contact Tank for a Spring Water Treatment Works in England

2026-04-02T16:32:51-06:00May 8th, 2016|Tags: , , , , |

Upton Scudamore Water Treatment Works (WTW) is a groundwater treatment works located near Warminster in Wiltshire. The works has a maximum daily output of 15Ml/d, and the water can supply over 100,000 customers in the surrounding area. Upton Scudamore WTW is supplied with raw water from three distinct sources; two from ground water springs (9 Ml/d total) and another from boreholes (6 Ml/d). Tailored treatment processes are required for the springs (chlorine disinfection only) and boreholes (iron oxidation, then filtration and chlorine disinfection).

Enhanced In Situ Bioremediation of a DNAPL Source Area in United Kingdom

2026-04-02T15:02:08-06:00February 23rd, 2016|Tags: , , , , , , |

The application of enhanced in situ bioremediation for the treatment of chlorinated solvent source areas, referred to as dense non-aqueous phase liquid (DNAPL), offers major potential as a technically and economically effective remediation option. Project SABRe (Source Area BioRemediation) was designed to develop and demonstrate that enhanced anaerobic bioremediation can result in cost effective and quantifiable treatment of chlorinated solvent DNAPL source areas. Geosyntec was a key member of this collaborative project that was undertaken and financed by a multidisciplinary team from the United Kingdom, United States, and Canada, forming a unique industry-regulatory- academic partnership.

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