Abstract: A non-public, industry-specific computer network, for interconnecting a plurality of network members across an asynchronous transfer mode (ATM) system, is provided, including a plurality of network members. Each network member includes an on-site and an off-site information server. The on-site information server of each network member is located at a site of the network member, and the off-site information server of each network member is located at an administrator site. The network also includes a dedicated, high speed ATM communication backbone interconnecting the on-site and off-site information servers of each of the network members. An administration server is located at the administrator site and is connectable to the off-site information servers of each of the network members at the administrator site. The administration server transmits data received from one network member to one or more other network members.

Abstract: A method and apparatus for controlling a production facility containing a well that produces subterranean fluids and gas is disclosed. The production facility is connected to a receiving facility by a pipeline having a pipeline pressure. The production facility has a remote control system that has operably associated therewith a controlling valve member, and a safety system containing a surface valve, and a subsurface valve. Generally, the method comprises the steps of setting the following pressures: a pipeline high pressure level, a pipeline low pressure level, a control system upper pressure level, and a control system lower pressure level. Next, the receiving facility is shut-in, and the pipeline pressure is monitored. According to the pressure level achieved in the pipeline, a signal in response thereto is generated, and thereafter a remote control system valve member may be activated thereby closing the valve.