Natural Gas Compressor Station Baumgarten

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Kind: captions
Language: en

00:00:02.139
the gas connect Austria compressor
00:00:04.690 00:00:04.700 station in Baumgarten
00:00:07.830 00:00:07.840 before Russian natural gas reaches
00:00:10.480 00:00:10.490 Austria it travels a distance of more
00:00:12.879 00:00:12.889 than 4000 kilometers over a period of
00:00:15.430 00:00:15.440 about 1 week transport takes place at a
00:00:18.910 00:00:18.920 depth of 1.5 meters in underground
00:00:21.670 00:00:21.680 pipelines made of steel this enables
00:00:24.970 00:00:24.980 natural gas to be transported silently
00:00:27.849 00:00:27.859 invisibly and independent of weather
00:00:30.700 00:00:30.710 conditions pipelines servicing natural
00:00:36.729 00:00:36.739 gas pipelines are inspected serviced and
00:00:39.460 00:00:39.470 cleaned regularly so-called pig traps
00:00:44.259 00:00:44.269 are installed at the beginning and end
00:00:46.539 00:00:46.549 of each pipeline section these are used
00:00:49.479 00:00:49.489 to insert cleaning and intelligent pigs
00:00:52.119 00:00:52.129 into the pipeline which are then sent
00:00:54.820 00:00:54.830 along the pipeline with a flow of gas
00:00:57.310 00:00:57.320 before being extracted again then you
00:01:00.520 00:01:00.530 carried along a 70 kilometer long
00:01:02.950 00:01:02.960 section of pipeline by the flow of gas
00:01:05.429 00:01:05.439 at a speed of 3 meters per second
00:01:14.190 00:01:14.200 cleaning the incoming natural gas is
00:01:17.110 00:01:17.120 first subjected to a purification
00:01:19.150 00:01:19.160 process in a filter separator where the
00:01:21.850 00:01:21.860 gas is freed from any solid and fluid
00:01:24.160 00:01:24.170 impurities
00:01:32.120 00:01:32.130 natural gas is directed through candle
00:01:34.160 00:01:34.170 filters particles remain behind on the
00:01:37.100 00:01:37.110 cellulose coating of the cartridges the
00:01:40.279 00:01:40.289 natural gas is then routed over baffle
00:01:42.590 00:01:42.600 plates any particles of fluid bounds off
00:01:45.679 00:01:45.689 the baffle blades and then collect below
00:01:47.959 00:01:47.969 in reservoirs where they are
00:01:49.490 00:01:49.500 automatically drained off all particles
00:01:52.760 00:01:52.770 larger than 15 micrometers are removed
00:01:55.789 00:01:55.799 during the filter process 15 micrometers
00:02:00.770 00:02:00.780 is about the size of a dust particle in
00:02:04.179 00:02:04.189 comparison a hare is many times larger
00:02:13.840 00:02:13.850 quantity measuring the exact quantity of
00:02:16.850 00:02:16.860 natural gas is constantly an
00:02:19.070 00:02:19.080 automatically determined in the metering
00:02:21.170 00:02:21.180 station the measurement data is recorded
00:02:25.040 00:02:25.050 locally and transmitted to the
00:02:27.200 00:02:27.210 dispatching Center in Vienna where the
00:02:29.600 00:02:29.610 gas flows are controlled the flow rate
00:02:32.690 00:02:32.700 in a pipeline is measured with the aid
00:02:34.520 00:02:34.530 of an orifice plate and calculated
00:02:37.070 00:02:37.080 according to the difference in pressure
00:02:38.570 00:02:38.580 between each side of the plate
00:02:45.970 00:02:45.980 compression natural gas needs to be
00:02:48.770 00:02:48.780 compressed for transport in other words
00:02:51.140 00:02:51.150 the pressure must be increased in the
00:02:56.120 00:02:56.130 compressor station modified aircraft
00:02:58.430 00:02:58.440 turbines produce the energy necessary to
00:03:01.699 00:03:01.709 drive the compressors which compress the
00:03:03.890 00:03:03.900 natural gas to 70 bar as a comparison
00:03:08.810 00:03:08.820 the 70 bar of pressure produced here is
00:03:11.540 00:03:11.550 equal to the pressure you would find at
00:03:13.940 00:03:13.950 a water depth of 700 meters
00:03:23.890 00:03:23.900 cooling the gas heats up while being
00:03:27.080 00:03:27.090 compressed therefore after compression
00:03:30.229 00:03:30.239 it must be cooled down in gas coolers
00:03:32.780 00:03:32.790 before the forwarding stage
00:03:36.059 00:03:36.069 a ventilator blows cool air over the
00:03:40.530 00:03:40.540 pipelines which are covered with fins
00:03:44.300 00:03:44.310 here the gas is cooled from temperatures
00:03:47.069 00:03:47.079 of up to 55 degrees Celsius down to
00:03:50.099 00:03:50.109 roughly 30 degrees Celsius drying water
00:03:58.740 00:03:58.750 vapor is removed from the gas in drying
00:04:01.440 00:04:01.450 columns this is done using the glycol
00:04:04.830 00:04:04.840 dehydration process glycol is a highly
00:04:07.800 00:04:07.810 moisture absorbent liquid which is
00:04:09.750 00:04:09.760 colorless and smells sweet once returned
00:04:15.869 00:04:15.879 to its initial state the glycol can be
00:04:18.689 00:04:18.699 reused for future drying processes in
00:04:21.749 00:04:21.759 the counter current natural gas and
00:04:24.360 00:04:24.370 glycol passed through a pressure
00:04:25.980 00:04:25.990 container with several bubble cap trays
00:04:28.730 00:04:28.740 here the glycol absorbs the water vapor
00:04:31.710 00:04:31.720 in a natural gas distribution the
00:04:39.029 00:04:39.039 natural gas is now delivered by a gas
00:04:41.909 00:04:41.919 connect Austria's 2,000 kilometer
00:04:44.249 00:04:44.259 pipeline network to Austria's various
00:04:46.469 00:04:46.479 states and its neighboring countries
00:04:50.029 00:04:50.039 this makes gas connect Austria an
00:04:52.740 00:04:52.750 important contributor to the European
00:04:55.290 00:04:55.300 energy supply every day
Office location
Engineering company LOTUS®
Russia, Ekaterinburg, Lunacharskogo street, 240/12

Phone: +7 343 216 77 75

E-mail: info@lotus1.ru

Sales phone

Russia: +7 343 216 77 75

WhatsApp: +79122710308