Poster Itterbeck-Halle Verdichter
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The booster station compresses natural gas from 5.5 bar suction pressure to 14 bar system pressure to ensure sufficient gas is fed into the pipeline system despite decreasing wellhead pressure. Gas is cooled from around 80°C to 45°C after compression and any condensates are removed by a gas filter. Noise protection components reduce sound levels outside the station to 78 db at a distance of 1 meter.
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#Aluminium #Casting #SGTEX Inc. #Auto #FCTechnik #Metals
Poster Itterbeck-Halle Verdichter
- 1. Itterbeck-Halle 2 Booster station Purpose: The natural (sauer) gas compressor feeds the gas into the pipeline system. The booster station ensures sufficient production, although the wellhead pressure is lower than the pressure in the transport grid. Description: Gas is compressed from 5.5 bar suction pressure to 14 bar system pressure in the booster station. The wellhead flow pressure of the gaswell Itterbeck-Halle 2 and 4 decreases continuously and will reach less than 5 bar. The heat generated during the compression process is dissipated and the heated gas is cooled down from ca. 80 °C to 45 °C in the gas cooler. Formed condensates are separated in the gasfilter. For sound insulation the booster station is equipped with noise protection components. So the sound level of approx. 92 db inside of the station is reduced to 78 db outside of the station (1 m distance). Project driver: Production – decreasing wellhead flow pressure FEED/Basic Engineering: TSE Detailed Engineering: TSE Schedule: 01.07.2015 - 30.07.2016 Booster: VPT Kompressoren GmbH Piping construction: PPS Pipeline Systems GmbH Foundation: Jan Kwade & Sohn GmbH Suction pressure: 3 to 7 bar Working pressure: 14 bar Delivery volume: 500 – 1,000 m³(Vn)/h Engine performance : 160 kW, 50 Hz Rated RPM: 2,980 U/min Key facts & figures: CAPEX: Engineering: 210,000 €, total: 1,150,000 € Engineering hours: 2,500 hours Percentage of Engineering costs: approx. 20 % TSE professionals passion for changes