Abstract: The invention in provides an apparatus, system and method of monitoring a sealing device. The apparatus comprises an inlet configured to receive pressurised fluid from a seal activation fluid pressure source and an outlet configured to be connected to a sealing device to deliver pressurised fluid to a seal element of the sealing device to energise the sealing device in use. A fluid barrier is disposed between the inlet and the outlet and is operable to isolate the inlet from the outlet. A fluid chamber is defined between the fluid barrier and the outlet, and the apparatus comprises means for detecting a change in condition in the fluid chamber indicative of a change in volume of the seal element of the sealing device.

Abstract: The invention provides a modular frame for mounting at least one magnet apparatus in a fluid receptacle, a kit of parts for forming the modular frame, a system for removing ferrous particles from a fluid receptacle, and methods of use. The modular frame comprises first and second engagement members for engaging the frame with a wall of the fluid receptacle, and at least one coupling member for coupling the magnet apparatus to the frame. The magnet apparatus is mountable in the fluid receptacle to attract and remove ferrous or magnetically attractable particles from a fluid volume in the fluid receptacle. The first and second engagement members are respectively removably connected to the at least one coupling member. The modular frame may be assembled from a kit of standardised components to fit a particular fluid receptacle, and may be disassembled or reconfigured according to requirements.

Abstract: The invention provides an apparatus for separating ferrous particles from a liquid or slurry, and a method of use. The apparatus comprises an elongate housing, a magnet assembly located within the elongate housing and a drive means. The drive means is operable to translate reciprocating motion to the magnet assembly, to move it back and forth within the elongate housing. The elongate housing comprises one or more formations along its length.

Abstract: This invention is directed to a method for detecting near and distant interactions between cells, organelles and other large structures. This method can also be used for specific detection and quantification of Antibody or other binding moiety protein-protein and macro-molecular interactions, as well as quantitative analysis of multiple proteins and their modifications.

Abstract: The invention in provides an apparatus, system and method of monitoring a sealing device. The apparatus comprises an inlet configured to receive pressurised fluid from a seal activation fluid pressure source and an outlet configured to be connected to a sealing device to deliver pressurised fluid to a seal element of the sealing device to energise the sealing device in use. A fluid barrier is disposed between the inlet and the outlet and is operable to isolate the inlet from the outlet. A fluid chamber is defined between the fluid barrier and the outlet, and the apparatus comprises means for detecting a change in condition in the fluid chamber indicative of a change in volume of the seal element of the sealing device.

Abstract: The invention provides an apparatus for removing ferrous particles from metal contaminated oil and gas process liquids or slurries and method of use. The magnetic separator apparatus comprises a vessel with an inlet and an outlet configured to allow the flow through of a liquid or slurry, or to hold a liquid or slurry inside. A plurality of magnetic rod devices is mounted upon at least one frame member secured to the vessel such that they extend into the interior of the vessel. Each magnetic rod device has a first condition in which it is operable to attract ferrous particles, and a second condition in which it is operable to dispose of ferrous particles. Embodiments of the invention provide a magnetic separator apparatus for removing ferrous particles from contaminated liquids and slurries which are stored in a storage facility.

Abstract: This invention is directed to a method for detecting near and distant interactions between cells, organelles and other large structures. This method can also be used for specific detection and quantification of Antibody or other binding moiety protein-protein and macro-molecular interactions, as well as quantitative analysis of multiple proteins and their modifications.