Scotland
Contact
VWS Westgarth Office Contact


Orbital House
3 Redwood Crescent
East Kilbride
G74 5PR
UK


Tel:
+44 (0)1355 588 000
Fax: +44 (0)1355 588 001

Web: www.vwswestgarth.com
Email: carol.easton@veolia.com

Veolia Water Oil & Gas Angola Contact:

Centro Logistico de Talatona
Via C3A Sector de Talatona
Gleba GU - No. 4278 
Andar - RC - No./Letra
Belas - Luanda
República de Angola

Tel: +244 222 711 799

Web: www.vwsoilandgasangola.com
Email: Enquiries.VWOGA@veoliawater.com

Petrobras P57 (231,700 BWPD)

Process: Sulphate Removal

Client: Single Buoy Moorings Inc.

Country: Monaco, Switzerland, Brasil

Contract Description: Supply of Sulphate Removal System

Contract Date: August 2008

Contract Completion Date: November 2009

SRP Capacity: 231,700 BWPD (36,840 m3/day)

Sea Water Conversion: 75%

Sea Water Feed Quality: 36,000 (tds)

Product Water Output Quality: <55 mg/l sulphate

Project Description:

The Project is for the design and supply of a seawater treatment plant sized for 231,700 BPD (36,840 m3/day) of low sulphate water for P57 FPSO, which will operate in the Jubarte Field, offshore Brazil.

The Project scope consists of a multi-skid arrangement comprising: Coarse inlet strainers, HP Feed Pumps, Guard Cartridge Filtration, Sulphate Removal Membrane System, Vacuum Deaerator package, Chemical Cleaning System, SRP & Production Chemical Dosing Systems, Control Valves and Instrumentation.

Process Description:

Inlet feed is first coarse filtered to 80 µm.Fine filtration is then achieved by a set of cartridge filters to provide fine filtration down to 5µm prior to inlet to the membrane trains. The set of cartridge filters supplies feed water for three (3) trains.

The conditioned water, boosted to the required feed pressure, enters the Sulphate removal trains. Each membrane train is fitted with pressure vessels containing SR90-440i nanofiltration elements.A recovery of 75% is achieved by a 2:1 brine staged configuration. Brine reject from the process is discharged overboard, while the low Sulphate permeate is routed to a vacuum type deaerator where the oxygen is removed.A dedicated clean in place (CIP) package, consisting of cleaning tank, pump, heater and cartridge filter vessel is provided for membrane cleaning purposes. Chemical dosing systems are provided for the SRP / Water Injection systems as well as for the Client's onboard Production systems.