finesps dubai

Discussing leak detection system immediately leads to the first basic question; 'Why a leak detection system'? A familiar reason is, of course, legislation. In Germany all new pipelines that transport polluting, toxic, or combustible gasses or liquids may only be operated if two independently continuously working leak detection systems are in place. The requirements for leak detection systems are laid down in the TRFL (Technical rules for Pipelines). Legislation is, however, not the only reason for implementing a leak detection system. Items such as safety and protection of the environment are obvious. Loss of image is also an important issue. A company's image can be seriously damaged if this company comes in the news as 'not having done everything to prevent a leak'. Less known is that modern leak detection systems can provide relevant pipeline information, such as pressure and flow profiles along the pipeline that can improve pipeline opex drastically. Finally, the quicker and more reliably a leak can be detected, the quicker it can be repaired, and monetary losses can be minimized.

Fine SPS Surface Wellhead division is a leading supplier of drilling, completion and production systems for onshore and offshore applications. Our technology focuses on safety and time savings. By eliminating steps in drilling and completion operations, our equipment helps you save rig time and improve rig crew safety. Our manufacturing facilities and service bases are strategically located in every major oil and gas basin worldwide, ensuring that you get what you need the minute you need.

Complete Safety solutions have been a specialty at Fine SPS for more than 10 years Emergency Shutdown (ESD), Process Shutdown, (PSD), Fire & Gas Detection (F&G), and High Integrity Protection System (HIPPS) logic-solvers. Fine SPS is an approved Systems Partner of Honeywell systems for a range of TUV certified and SIL rated safety products – both programmable, and solid state logic types.

Conventional solutions concerning two- and three-phase metering systems require expensive and cumbersome test separators, high maintenance, and field personnel intervention. These conventional solutions do not lend themselves to continuous monitoring or metering. Moreover, with diminishing oil resources, oil companies are now frequently confronted with the need to recover hydrocarbons from marginally economical reservoirs. In order to ensure economic viability of these accumulations, the wells may have to be completed subsea, or crude oil from several wells sent to a common production facility with excess processing capacity. The economic constraints on such developments do not lend themselves to the continued deployment of three-phase separators as the primary measurement devices. Consequently, viable alternatives to three-phase separators are essential. Industry’s response is the multiphase flow meter (MPFM).

Tank Gauging is required for the assessment of ... Tank Gauging System: Why Tank Gauging? Tank Gauging is required for the assessment of tank contents, tank inventory control and tank farm management. System requirements depend on the type of installation and operation. The following types of operation, each having its own specific requirements, can be categorized: Inventory control Custody transfer Oil movement & operations Leak control & reconciliation Endress: Endress+Hauser is a leading supplier of tank gauging instrumentation and inventory management systems that monitor and control bulk liquids during processing, transportation and storage. II. Roseount: The Rosemount Tank Gauging System is world leading in tank management, based on the reliable and maintenance-free radar level gauges. The system can be designed for SIL 3 safety.The Rosemount solution integrates easily with your existing network, DCS or host computer system. It features emulation possibilities of other vendors´ level devices, so independent of measurement technology, a system upgrade is easy. A Rosemount Tank Gauging system can be based on IEC 62591 (WirelessHART), be traditionally wired, or integrate both system design type.

Safety Valve is a one type of valve that automatically actuates when the pressure of inlet side of the valve increases to a predetermined pressure, to open the valve disc and discharge the fluid ( steam or gas ) ; and when the pressure decreases to the prescribed value, to close the valve disc again. Safety valve is so-called a final safety device which controls the pressure and discharges certain amount of fluid by itself without any electric power support. Safety Valve is mainly installed in a chemical plant, electric power boiler, gas storage tank, preventing the pressure vessels from exploding or damaging. Function of the Safety Valve "Nozzle" inside the Safety Valve starts to receive a higher pressure from the inlet side of the valve. When the pressure becomes higher than the set pressure, "Disc" starts to lift and discharge the fluid. When the pressure decreases until the predetermined pressure, the force of the spring closes "Disc". ( Role of the spare parts ) Nozzle ---- Pressure Entrance Disc ------- Lid Spring ---- Pressure Controller