Pipeline transport - Import export

Properties Rated frequency 6,500 – 23,000 rpm Centrifugal force 600 – 6,060 N Continuously variable Can be used up to 100°C Resistant to extreme environmental conditions Field of application Emptying of bunkers Screen filters Vibrating tables Preventing adhesions in pipelines and silos Transporting of fine powders Moving of bulk material

Properties High torque Rated frequency 10,000 – 36,000 rpm Centrifugal force 1,070 – 12,500 N Continuously variable Can be used up to 150°C Resistant to extreme environmental conditions Field of application Emptying of hoppers and chutes Screen filters Conveying of particulates Preventing adhesions in pipelines and silos Transporting of fine powders Compacting of plastic and concrete in throughs

Properties Lubrication-free Low noise level Strong vibration by means of high speed and eccentric working torques Rated frequency 14,000 – 37,000 rpm Centrifugal force 750 – 5,700 N Continuously variable Can be used up to 150°C Resistant to extreme environmental conditions Field of application For foodstuffs and pharmaceuticals, complies with FDA specification Emptying of bunkers Screen filters Vibrating tables Preventing adhesion in pipelines and silos Transporting of fine powders Moving of bulk materials

Properties Lubrication-free Low noise level Strong vibration by means of high speed and eccentric working torques Rated frequency 6,000 – 46,000 rpm Centrifugal force 130 – 12,000 N Continuously variable Can be used up to 150°C Resistant to extreme environmental conditions Field of application Emptying of bunkers Screen filters Vibrating tables Preventing adhesion in pipelines and silos Transporting of fine powders Moving of bulk materials

Industries will generate Low CV waste gases, which are either difficult to burn or can contain insufficient energy to self-sustain the combustion process. For these applications, Europem developed the proprietary “ring-of-fire” Flare Tip. This tip has a ring of flame around the central waste gas tip thus ensuring complete oxidation of the low calorific waste gas. Both air assisted and non-assisted flare burners are available. Key features Proprietary design of HP sonic gas nozzle which maximises the entrainment of ambient air into the combustion zone Wind shield placed around the HP gas nozzles to prevent flame pull down Use of high grade alloys to enhance lifetime of the flare tip. Key advantages Smokeless operation at low heat radiation 100% smokeless turn down possible for air assisted HP flares Lower flare stack heights No need for any assist medium A low pressure flare can be integrated with the HP sonic flare to provide both HP and LP gas flaring in a single flare tip. Suitable for smokeless combustion of waste gas with entrained liquids Applications Upstream oil & gas sector Chemical and petrochemical industries including refineries Pipeline transport LNG and NG terminals and compressor stations

Air assisted flares enable the smokeless combustion of low pressure waste gases. Air (or Gas) assisted flares can be used when no steam is available on site. Air assisted flares use forced draft Air or Gas to create turbulence ensuring that sufficient primary combustion air is supplied to the flame. The amount of air and hence the size of the tip and riser depend on the degree of smokeless operation required and the maximum flow for smokeless operation. Key features Proprietary design to maximize the mixing of waste gas and air streams and to create turbulence in the combustion zone. Variable speed fans, to supply the optimal amount of Air (Gas) Use of wind deflectors if required, to prevent flame impingement Flame holders around the periphery of the flare tip to ensure stable operation. Use of high grade alloys to enhance lifetime of the flare tip. The use of combustion/mixing air to cool the flare tip and thus enhance its lifetime Key advantages Smokeless operation under a wide range of operating conditions Smokeless flaring of high molecular weight gases Air cooling of the flare tip, resulting in longer lifetime and lower operation and maintenance costs Reduced radiant heat for a given capacity Applications Upstream oil & gas sector Chemical and petrochemical industries including refineries Tank farms and terminals Pipeline transport LNG and NG terminals and compressor stations

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.

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.

WELDED STEEL LINE TUBES •EN ISO 3183 Steel tube for pipeline transportation systems EN ISO 3183 •with / without PE sheat Steel tubes for pipeline transportation systems are used to supply oil and gas media. In addition to the usual design with PE sheathing, we can also supply these tubes without PE sheathing. Facts and Figures Diameter (OD)21,3 mm – 323,9 mm Wall thickness (WT)2,0 mm – 7,1 mm (hot stretch-reduced) 2,0 mm – 12,7 mm (tape-welded) MaterialL245 – L485 ATTEC Uluslararasi Dis Ticaret A.S. Barbaros Mah. Mor Sumbul Sk Varyap Meridian I Blok No: 1 Kat:17 D:238 Atasehir 34746 Istanbul/Turkiye Mr.Ahmet Becenoglu Export Marketing Manager Tel: +90 216 488 88 90 – 98 Fax:+90 216 488 98 38 Gsm:+90 532 787 90 89

The NASH Vectra XL series of liquid ring pumps was designed to operate as both a vacuum pump and a compressor with a maximum pressure differential of 30 psig. This allows a negative pressure to be applied to the wells and can: assist in the production of low pressure natural gas and/or remove low pressure gas to aid in the production of oil. The discharge gas can be sent to a high pressure reciprocating compressor for pipeline transport. The systems are built on a platform that can be moved from well to well as needed.