公开(公告)号：WO2007029999A3

公开(公告)日：2007-03-15

申请号：PCT/MY2006/000010

申请日：2006-09-06

Applicant: ALPHA PERISAI SDN. BHD. ,  ALPHA THAMES LIMITED

Inventor： APPLEFORD, David ,  LANE, Brian, William

IPC: E21B43/01 ,  E21B19/00

Abstract: A system of exploiting a subsea hydrocarbon reserve, comprising a wet-trees process or a dry-trees process extracting hydrocarbon reserve from production wells (40) on the seabed, establishing a production riser (30) for transferring hydrocarbon reserve from the production wells (40) to a host platform and/or a floating production storage offloading unit characterized in that: a) the wet-tree process comprises of host platform (210) and/or floating production storage offloading unit (10) wherein said host platform (210) and/or floating production storage offloading unit (10) contain at least two modular processing units (20) , topside of which are connected in series located on the host platform (210) and/or the floating production storage offloading (FPSO) unit (10) ; b) the dry-tree process comprises of host platform (310) extracting hydrocarbon reserve from seabed production wells (40) via production riser (30) and said host platform (310) contains a plurality of dry-tree unit (320) extracts fluids from production wells (40) to process trains (60) located on the host platform (310) .

公开(公告)号：WO2007027080A3

公开(公告)日：2007-03-08

申请号：PCT/MY2006/000006

申请日：2006-08-28

Applicant: ALPHA PERISAI SDN. BHD. ,  ALPHA THAMES LIMITED ,  APPLEFORD, David ,  LANE, Brian, William

Inventor： APPLEFORD, David ,  LANE, Brian, William

IPC: E21B43/36 ,  E21B43/017 ,  E21B33/035

Abstract: A control system of modular seabed processing unit (100) using one of a process module as a test separator comprising a system-module (110) to which external lines are connected, the system-module (110) includes a first portion (31) of the system-module isolating and connecting means (30), for acting on received fluid. At least one inlet flow line (21) and at least one outlet flow line (81) being connected to the first portion (31) of the system-module isolating and connecting means (30) for selective isolation of system-module from, or connection of the system-module to the external flow lines by means of a second complementary portion (32) of a manifold (130). The system-module includes control means (60) for controlling operation of the system-module characterized in that the system-module (110) includes at least one actuating means (121) connected to a control means (60) wherein the actuating means (121) of the system-module (110) associated with diverter valve (131) situated at a manifold (130). The diverter valve (131) is connectable and disconnectable to fluid carrying conduits from production well (160, 170) and is enabled to control the direction of fluid flow into the system-module.

公开(公告)号：WO2007086722A1

公开(公告)日：2007-08-02

申请号：PCT/MY2007/000008

申请日：2007-01-25

Applicant: ALPHA PERISAI SDN. BHD. ,  ALPHA THAMES SUBSEA LIMITED ,  APPLEFORD, David ,  LANE, Brian, William

Inventor： APPLEFORD, David ,  LANE, Brian, William

IPC: H02G9/00 ,  E21B33/035 ,  H02M7/00

CPC classification number: H02G1/10 ,  H02J3/36 ,  Y02E60/60

Abstract: The present invention relates to an electrical power transmission system (100) which utilizes HVDC technology to supply power over long distance to an underwater system (130) such as a modular seabed processing system (300). The system (100) comprises a host station (110), a remote power conversion facility (120) and an Integrated Service Umbilical (150) which is connected to the underwater system (130). The host station (110) transmits DC power through a submarine power cable (140) to the remote power conversion facility (120) which is more than 100 km from the host station (110). Thereon, the remote power conversion facility (120) which includes a DC to AC inverter (123), a transformer (122) and a local control station (121), converts the DC power to the required AC power for the underwater system (130). The operation of the transmission of power to the underwater system (130) is monitored and controlled through a master local control station (111) at the host station (110) and/or a local control station (121) on the remote power conversion facility (120). Advantageously, electrical power may be supplied to an underwater system (130) which is more than 100 km from a power source. In addition, the underwater system (130) and the power transmitted can be remotely monitored and controlled.

Abstract translation: 本发明涉及利用HVDC技术长距离地向诸如模块化海床处理系统（300）的水下系统（130）供电的电力传输系统（100）。 系统（100）包括连接到水下系统（130）的主站（110），远程电力转换设施（120）和综合业务脐带（150）。 主站（110）通过海底电力电缆（140）将远程电力转换设施（120）向主站（110）发送超过100公里的直流电力。 其中，包括DC到AC逆变器（123），变压器（122）和本地控制站（121）的远程电力转换设施（120）将DC电力转换成用于水下系统的所需AC电力（130 ）。 通过主站（110）和/或远程电力转换设备上的本地控制站（121）的主本地控制站（111）监视和控制向水下系统（130）传输电力的操作 （120）。 有利地，电力可以被提供给距离电源超过100公里的水下系统（130）。 此外，水下系统（130）和传输的功率可以被远程监控和控制。

公开(公告)号：WO2003033867A2

公开(公告)日：2003-04-24

申请号：PCT/GB2002/004635

申请日：2002-10-11

Applicant: ALPHA THAMES LIMITED ,  APPLEFORD, David, Eric ,  LANE, Brian, William ,  ANDREWS, Nicholas, John, Abbott

Inventor： APPLEFORD, David, Eric ,  LANE, Brian, William ,  ANDREWS, Nicholas, John, Abbott

IPC: E21B43/18

CPC classification number: E21B43/122 ,  E21B43/017 ,  E21B43/18 ,  E21B43/40

Abstract: Gas is supplied from a host facility (2) to an underwater gas compressor (10) via a connecting pipeline (6) and the gas compressor is connected to a plurality of gas injection wells (7) for a hydrocarbon reservoir via well supply flowlines (8). The gas compressor (10) compresses the supplied gas to a higher pressure, and drives the gas into the reservoir via the flowlines (8) and gas injection wells (7) at a pressure at least as high as the pressure of the production fluid in the reservoir. This raises the overall pressure in the reservoir to drive production fluid there to the host facility (2). The compressed gas may alternatively be injected into production fluid in a production well to provide a gas lift effect.

Abstract translation: 气体通过连接管道（6）从主机设备（2）供应到水下气体压缩机（10），并且气体压缩机通过井道供应管线连接到多个用于烃储层的气体注入井（7） 8）。 气体压缩机10将供应的气体压缩到更高的压力，并且通过流线（8）和气体注入井（7）以至少与生产流体的压力相同的压力驱动气体进入储存器 水库。 这提高了储层中的总体压力，以将生产流体驱动到主机设施（2）。 也可以将压缩气体注入到生产井中的生产流体中以提供气举效应。