Gas pipelines - Import export

The QuellTech laser sensor family Q4 or Q5 used for these tasks is generally mounted on an arm of a rotational axis, to scan along the complete 360° angle of the internal surface in a sequence of strips. The Q4 sensors can also be used to control the weld seam tracking itself for rapid setup and ease of use. Even during a project, the range and scope of the Q Series sensor demonstrates the advantages of a modular system to quickly adapt to project needs, where the smallest system has provided fast analysis of pipes as small as 105mm. The low power, with standard communication protocols, enable battery powered systems to transmit wireless data to other systems for review and cloud back up.

Special probe for the location of leaks in construction trenches. Carrying out concentration measurements horizontally in open construction trenches. For the search of gas pipelines and the direction in which it lays. The penetration of water into the measuring device must be prevented in such measurements, so a water separator is installed.

Special probe for the location of leaks in construction trenches. Carrying out concentration measurements horizontally in open construction trenches. For the search of gas pipelines and the direction in which it lays. The penetration of water into the measuring device must be prevented in such measurements, so a water separator is installed.

With an electronically supported gas pipeline network survey, you have the following advantages: You take full advantage of the possibilities of your GIS. You reduce your effort considerably. You increase efficiency and security through digital documentation. You create better predictability and advantages for your work preparation You significantly increase the quality of the documentation

Easy-to-use, mobile carpet probe with surface grille, bag filter, hose and plug-in coupling for surveying pipelines, and for recording gas traces after checking the gas pipeline network with the suction process. Very light, therefore fatigue-free and easy to use in daily tasks. The wide edge of the flexible carpet probe conforms well to unevenness on the pavement surface and largely prevents the ingress of interfering gases (exhaust gases) during the inspection process.

Easy-to-use, mobile carpet probe with surface grille, bag filter, hose and plug-in coupling for surveying pipelines, and for recording gas traces after checking the gas pipeline network with the suction process. Very light, therefore fatigue-free and easy to use in daily tasks. The wide edge of the flexible carpet probe conforms well to unevenness on the pavement surface and largely prevents the ingress of interfering gases (exhaust gases) during the inspection process.

Easy-to-use, mobile carpet probe with surface plate, bag filter, hose and plug-in coupling for surveying pipelines, and for recording gas traces after checking the gas pipeline network with the suction process. Very light, therefore fatigue-free and easy to use in daily tasks. The wide edge of the flexible carpet probe conforms well to unevenness on the pavement surface and largely prevents the ingress of interfering gases (exhaust gases) during the inspection process.

Easy-to-use, mobile carpet probe with surface grille, bag filter, hose and plug-in coupling for surveying pipelines, and for recording gas traces after checking the gas pipeline network with the suction process. Very light, therefore fatigue-free and easy to use in daily tasks. The wide edge of the flexible carpet probe conforms well to unevenness on the pavement surface and largely prevents the ingress of interfering gases (exhaust gases) during the inspection process.

"Utility location is the process of identifying and labeling public utility mains that are underground. These mains may include lines for telecommunication, electricity distribution, natural gas, cable television, fiber optics, traffic lights, street lights, storm drains, water mains, and wastewater pipes. In some locations, major oil and gas pipelines, national defense communication lines, mass transit, rail, and road tunnels also compete for space underground." White with red frame fire services (hydrants, suction points etc.) Blue drinking water Yellow gas Green sewage and drain lines Orange hot water/steam lines for district heating White or high-voltage power lines and telecommunication cables Grey Brown pipelines for oil and other flammable liquids

When circular brushes start to rotate, your production problems are solved. Whether you use them for derusting, cleaning, deburring or processing welded seams and removing hard scale and paint, they won't let you down.When there is a need to precisely process slim workpieces or profiled surfaces, single-section brushes come into their own. They are slim, aggressive and tough. The feasibility of joining several of these brushes together makes them particularly versatile. Pipeline brushes give outstanding service in the construction of oil, gas and water pipelines. They are used for cleaning up welded seams and were specially developed to deal with root-pass and fillet welds.

The Flow-Trigger™ is an industrial flow switch designed and calibrated to confirm minimum or maximum flow rate within a pipeline. The Flow-Trigger™ combines a fully calibrated flow orifice and an explosion proof differential pressure switch to reliably monitor gas flow within the most demanding hazardous industrial environments. The Flow-Trigger™ is designed to be suitable for use with most industrial gases including hydrocarbons and corrosives like ammonia. Every Flow-Trigger™ comes complete with an orifice calibration curve and is preset to trigger at the desired set point based on the provided inlet gas specifications. The switch is field adjustable (+/- 40% of initial flow set point) after installation so that it can be fine tuned to meet specific application requirements. The Flow-Trigger™ is designed to be easily installed directly into a gas pipeline and comes complete with the required inlet and outlet pipe to maintain calibration accuracy.

The Total-Meter™ is a fully calibrated electronic flow meter with a built-in flow totalizing function. The Total-Meter™ utilizes field-proven differential pressure flow measurement technology to accurately monitor industrial liquids or gases. The actual flow rate is displayed locally on the 4 digit LED display and is also retransmitted with a scalable 4-20mA output for remote monitoring. In addition, the Total-Meter™ tracks total volumetric consumption up to 999,999,999,999 engineering units and will communicate using the ModbusRTU protocol over RS-485/232. The Total-Meter™ is designed to be piped directly into a gas or liquid pipeline and requires minimal space. Integrated programmable flow alarm output can be configured to trigger either high or low flow alarm situations based on actual flow rates.

With the development of CHARM®, Open Grid Europe is providing an efficient leakage control method for natural gas pipeline networks and thus an alternative to the labour intensive practice of conducting on-site inspections of the pipelines with gas detection devices. CHARM® is a highly accurate infrared laser system integrated in a helicopter that is capable of precisely detecting even very low methane concentrations from the air. Even in the case of very complex pipeline topologies, the course of the pipeline can be detected consistently on a large scale during the flight by an automatic, highly precise scanning beam control system (autotracking), thus ensuring a reliable leak tightness inspection of the natural gas pipeline.

Maintenance and repair work on the natural gas network is generally carried out with the pipeline being gas-free, so the relevant pipe sections are isolated by installing valve assemblies and the gas in the isolated section is vented to atmosphere. By using our mobile compressors – individually or in highly efficient parallel operation – the network operator can transfer the gas from the isolated pipe section to another part of the system so it does not have to be vented to atmosphere. Connection points for the mobile compressors are available e.g. in the area of the main line valves or can generally be retrofitted. It makes economic sense to transfer the gas to another as this guarantees responsible handling of this primary energy source and makes a substantial contribution to protecting the environment. Services offered: Pipeline recompression until lowest residual pressure < 3bar Reduction of methane emissions by up to 95% Responsible handling with primary energy

Leistritz Multiphase pump systems are in operation worldwide. They are designed for running with high gas volume fractions (GVF) and gas bubbles with up to 100% gas content as well as for capacities of up to 5,000 m³/h and differential pressures of up to 150 bar. In comparison with traditional upstream installations, multiphase pumps need neither space-intensive separation devices at the borehole nor separate pumps, compressors or pipelines to transport gas and fluid to the central collection areas. Multiphase pumps are a cost-effective technology for the transportation of multiphase fluids using just a single pipeline - instead of separating the oil, water and gas at the collection areas and exporting the oil and gas to the central production facilities via separate pipelines. In general, multiphase pumps are a way to accelerate the unprocessed gas/fluid mixture.

Leistritz Multiphase pump systems are in operation worldwide. They are designed for running with high gas volume fractions (GVF) and gas bubbles with up to 100% gas content as well as for capacities of up to 5,000 m³/h and differential pressures of up to 150 bar. In comparison with traditional upstream installations, multiphase pumps need neither space-intensive separation devices at the borehole nor separate pumps, compressors or pipelines to transport gas and fluid to the central collection areas. Multiphase pumps are a cost-effective technology for the transportation of multiphase fluids using just a single pipeline - instead of separating the oil, water and gas at the collection areas and exporting the oil and gas to the central production facilities via separate pipelines.

Safety Relief Valves / Blow-Off Valves WITT safety relief valves (blow-off valves) protect against overpressure by venting excess gases from pipelines, gas receivers and other equipment. The spring-loaded, direct-acting safety relief valves (blow-off valves) are suitable for individual opening pressures from 5 mbar to 45 bar (approx. 0.07 to 1 435 psi). The compact size allows easy installation in any orientation. A dust cap protects the safety relief valves (blow-off valves) against dirt. WITT safety relief valves (blow-off valves) are available in brass or stainless steel, as a ventable version, and with or without condensation outlet.

Angled Plastic Adapter RSMP15 with 12.7 mm mini prism RSMP15 with 12.7 mm mini prism sticks quickly and easily even to difficult surfaces, e.g. glass and marble façades, historic buildings, steel girders, rails, gas and oil pipelines, etc. When using robotic total stations: permanent settling measurements can be carried out during the building work settling measurements are possible on railway tracks while under the load of rail traffic bridges and other structures can be monitored even more quickly and precisely PLEASE NOTE: At BAUTEC in Berlin, we will be presenting a new prototype with a 180° pivotable mini prism that is close-to-production. Come and visit us in Berlin in hall 21.A / 117. We look forward to seeing you!

Mini prisms RSMP190 and RSMP290 rotatable and swivellable through 360° with prisms in 12.7 and 17.5 mm RSMP190 and RSMP290 sticks quickly and easily even to difficult surfaces, e.g. glass and marble façades, historic buildings, gas and oil pipelines, etc. or can be attached using plugs and screws. For easy installation on steel structures, a magnetic version of the base plates is also available. The following accessories are available for this product (see right): Resumption points (item RSFP-X90) Magnetic or non-magnetic protective cap (RSPC10 and RSPC10M) When using tachymeters and robotic total stations the prism can always be aligned accurately with the measuring instrument the prism can be turned in a radius of 360°, making it possible to use the same survey point from different directions bridges, façades and many other structures can be monitored even more quickly and precisely When using robotic total stations permanent settlement measurements can be carried out during cons

Twistable Mini-prism RSMP180 and RSMP280 Twistable, Extensible, Plastic Housing System With 12.7 and 17.5 mm Prisms RSMP180 sticks quickly and easily even to difficult surfaces, e.g. glass and marble façades, historic buildings, steel girders, rails, gas and oil pipelines, etc. or can be attached using plugs and screws. When using tachymeters and robotic total stations the prism can always be aligned accurately with the measuring instrument the prism can be turned in a radius of 180° making it possible to use the same survey point from different directions bridges, façades and many other structures can be monitored even more quickly and precisely several prisms can be combined with each other due to the integrated connector system, making it possible to survey from different directions without having to turn the prism – see examples When using robotic total stations permanent settling measurements can be carried out during the building work settling measurements are possible on ra

RS193 housing with 30 x 30 mm reflective target rotatable and swivellable through 360°! RS193 sticks quickly and easily even to difficult surfaces, e.g. glass and marble façades, historic buildings, steel girders, gas and oil pipelines, etc. or can be attached using plugs and screws. For easy installation on steel structures, a magnetic version of the base plates is also available. The following accessories are available for this product (see right): Resumption points (item RSFP-X90) Magnetic or non-magnetic protective cap (RSPC10 and RSPC10M) When using tachymeters and robotic total stations the reflective target can always be aligned accurately with the measuring instrument the reflective target can be turned in a radius of 360° making it possible to use the same survey point from all directions when using fixed point RSFP-X90, the targets can be removed and later replaced on the same survey point when using protective cap RSPC10 and RSPC10M, the reflective targets can be protec

RS183 Plastic housing with 30 x 30 mm reflective target can be rotated through 180° and combined with other RS183! RS183 sticks quickly and easily even to difficult surfaces, e.g. glass and marble façades, historic buildings, steel girders, rails, gas and oil pipelines, etc. or can be attached using plugs and screws.. When using tachymeters and robotic total stations the reflective target can always be aligned accurately with the measuring instrument the reflective target can be turned in a radius of 180° making it possible to use the same survey point from different directions several reflective targets can be combined with each other due to the integrated connector system, making it possible to survey from different directions without having to turn the target – see examples