Abstract: A recovered fluid may be flowed through a portable fluid filtration apparatus for filtering the recovered fluid and forming a filtered fluid. The portable fluid filtration apparatus may have or include a fluid filtration platform in fluid communication with at least one self-cleaning filter component. The fluid filtration platform may have at least two segments where a first segment is configured to be attachable to a second segment. Each segment may include at least one inlet, at least one outlet, and at least one valve. In a non-limiting embodiment, the portable filtration apparatus may be in fluid communication with an oilfield fluid filtration system.

Abstract: A fluid filtration apparatus may have a fluid filtration platform and at least one self-cleaning filter component in fluid communication with the fluid filtration platform. The fluid filtration platform may have at least two segments where each segment may have at least one inlet, at least one outlet, and at least one valve. A first segment may be configured to be attachable to a second segment. A fluid filtration system may have or include at least one first tank comprising a recovered fluid, a fluid filtration apparatus in fluid communication with the first tank, and a second tank in fluid communication with the apparatus. Another fluid filtration system may have at least one charge pump, a fluid filtration apparatus in fluid communication with the charge pump(s), and at least one salt water disposal pump in fluid communication with the apparatus for pumping a fluid into salt water disposal wells.

Abstract: A method and related apparatus enables one station on a local area network (LAN) 24 to securely wake up another station on the LAN 24 although the stations may be physically remote from each other. A workstation 12, acting as a remote management console, generates a secure wake-up packet 42 intended for a desktop computer 14 on the LAN 24. The desktop computer 14 is operating in a sleep state. The data section of the secure wake-up packet has a particular sequence of data including a synchronization sequence 46, a MAC address sequence 48 and a password sequence 50. The desktop computer 14 has a network interface 64 for detecting and processing secure wake-up packets 70 when that network interface 64 is operating in a remote access control mode. The network interface 64 verifies that MAC address sequence 48 corresponds to the MAC address of the desktop computer 14 and that the password sequence 50 has a predetermined relationship with a password required to wake up the desktop computer 14.