No Moss 3 Landfill Online Library YouTube Archive @VADMME 2017-01-06-Compressor Stations

Compressor Stations

Have you ever wondered how natural gas gets from the ground to your home? Join natural gas inspector Blair Linford as he tells you about compressor stations.

View Original: Compressor Stations (Video) | Virginia Energy (Channel) | Virginia Energy (Uploader)

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Video Transcript (approximately)

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Language: en

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hi<00:00:05.350> my<00:00:05.590> name<00:00:05.770> is<00:00:05.920> Blaire<00:00:06.160> Linford<00:00:06.610> I<00:00:06.730> work<00:00:06.910> with

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hi my name is Blaire Linford I work with
 

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hi my name is Blaire Linford I work with
the<00:00:07.210> Department<00:00:07.630> of<00:00:07.660> Mines<00:00:07.870> minerals<00:00:08.290> and

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the Department of Mines minerals and
 

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the Department of Mines minerals and
energy<00:00:08.559> and<00:00:09.009> today<00:00:09.130> I'm<00:00:09.400> going<00:00:09.519> to<00:00:09.580> tell<00:00:09.820> you<00:00:09.999> a

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energy and today I'm going to tell you a
 

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energy and today I'm going to tell you a
little<00:00:10.179> bit<00:00:10.450> about<00:00:10.690> compressor<00:00:11.259> stations

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once<00:00:15.490> the<00:00:15.610> natural<00:00:16.030> gas<00:00:16.209> well<00:00:16.600> is<00:00:16.810> drilled<00:00:17.140> and

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once the natural gas well is drilled and
 

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once the natural gas well is drilled and
is<00:00:17.650> producing<00:00:18.310> how<00:00:19.240> does<00:00:19.540> the<00:00:19.720> natural<00:00:19.900> gas

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is producing how does the natural gas
 

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is producing how does the natural gas
get<00:00:20.920> from<00:00:21.490> the<00:00:21.580> well<00:00:21.790> to<00:00:22.150> the<00:00:22.360> furnace<00:00:22.780> in<00:00:22.930> your

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get from the well to the furnace in your
 

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get from the well to the furnace in your
home<00:00:23.290> or<00:00:23.980> to<00:00:24.160> other<00:00:24.340> consumers<00:00:25.000> like

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home or to other consumers like
 

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home or to other consumers like
factories<00:00:25.780> and<00:00:25.930> power<00:00:26.050> plants

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factories and power plants
 

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factories and power plants
the<00:00:27.550> answer<00:00:27.880> is<00:00:28.200> pipelines<00:00:30.420> imagine<00:00:31.420> the<00:00:31.570> gas

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the answer is pipelines imagine the gas
 

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the answer is pipelines imagine the gas
you<00:00:32.140> burn<00:00:32.410> in<00:00:32.800> your<00:00:32.980> stove<00:00:33.280> travels<00:00:34.120> from

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you burn in your stove travels from
 

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you burn in your stove travels from
thousands<00:00:35.079> of<00:00:35.170> feet<00:00:35.320> underground<00:00:35.790> through

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thousands of feet underground through
 

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thousands of feet underground through
hundreds<00:00:37.450> of<00:00:37.630> miles<00:00:37.870> of<00:00:38.320> pipe<00:00:38.620> to<00:00:38.980> arrive<00:00:39.280> at

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hundreds of miles of pipe to arrive at
 

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hundreds of miles of pipe to arrive at
your<00:00:39.760> home<00:00:40.090> you<00:00:40.630> can<00:00:40.780> think<00:00:41.020> of<00:00:41.110> the<00:00:41.230> system<00:00:41.410> of

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your home you can think of the system of
 

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your home you can think of the system of
pipelines<00:00:42.250> that<00:00:42.520> carry<00:00:42.790> the<00:00:43.150> gas<00:00:43.300> to<00:00:43.570> market

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pipelines that carry the gas to market
 

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pipelines that carry the gas to market
as<00:00:44.310> the<00:00:45.310> roads<00:00:45.570> that<00:00:46.570> take<00:00:46.780> you<00:00:46.989> on<00:00:47.110> a<00:00:47.140> trip<00:00:47.380> to

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as the roads that take you on a trip to
 

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as the roads that take you on a trip to
the<00:00:47.739> beach<00:00:48.060> similarly<00:00:49.060> small<00:00:49.480> pipe<00:00:49.899> lines

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the beach similarly small pipe lines
 

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the beach similarly small pipe lines
called<00:00:50.560> gathering<00:00:51.100> lines<00:00:51.310> carry<00:00:51.910> natural<00:00:52.390> gas

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called gathering lines carry natural gas
 

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called gathering lines carry natural gas
from<00:00:52.960> the<00:00:53.079> wellhead

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from the wellhead
 

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from the wellhead
to<00:00:54.309> larger<00:00:54.670> trunk<00:00:54.970> lines<00:00:55.300> which<00:00:56.200> carry<00:00:56.530> the

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to larger trunk lines which carry the
 

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to larger trunk lines which carry the
gas<00:00:56.860> from<00:00:57.309> hundreds<00:00:57.790> of<00:00:57.910> wells<00:00:58.180> to

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gas from hundreds of wells to
 

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gas from hundreds of wells to
transmission<00:00:59.350> lines<00:00:59.590> where<00:01:00.399> the<00:01:00.520> gas<00:01:00.700> from

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transmission lines where the gas from
 

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transmission lines where the gas from
thousands<00:01:01.690> of<00:01:01.750> wells<00:01:02.020> can<00:01:02.770> be<00:01:02.890> transported

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thousands of wells can be transported
 

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thousands of wells can be transported
efficiently<00:01:04.210> for<00:01:04.600> hundreds<00:01:04.989> of<00:01:05.079> miles<00:01:05.790> the

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efficiently for hundreds of miles the
 

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efficiently for hundreds of miles the
gas<00:01:07.000> at<00:01:07.270> a<00:01:07.299> well<00:01:07.570> is<00:01:07.930> under<00:01:08.650> relatively<00:01:09.070> low

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gas at a well is under relatively low
 

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gas at a well is under relatively low
pressure<00:01:09.729> so<00:01:10.240> there's<00:01:10.450> a<00:01:10.540> lot<00:01:10.810> of<00:01:10.960> space<00:01:11.350> in

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pressure so there's a lot of space in
 

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pressure so there's a lot of space in
between<00:01:11.920> the<00:01:12.400> molecules<00:01:13.000> of<00:01:13.330> gas<00:01:13.950> to

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between the molecules of gas to
 

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between the molecules of gas to
transport<00:01:15.520> the<00:01:15.670> large<00:01:15.880> volume<00:01:16.390> of<00:01:16.479> gas<00:01:16.720> from

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transport the large volume of gas from
 

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transport the large volume of gas from
hundreds<00:01:17.560> of<00:01:17.710> wells<00:01:18.010> at<00:01:18.520> this<00:01:18.700> pressure<00:01:19.060> you

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hundreds of wells at this pressure you
 

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hundreds of wells at this pressure you
would<00:01:19.600> have<00:01:19.810> to<00:01:19.960> use<00:01:20.170> an<00:01:20.320> enormous<00:01:20.490> pipeline

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would have to use an enormous pipeline
 

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would have to use an enormous pipeline
in<00:01:22.540> order<00:01:22.869> to<00:01:22.990> transport<00:01:23.409> the<00:01:24.159> same<00:01:24.460> quantity

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in order to transport the same quantity
 

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in order to transport the same quantity
of<00:01:25.060> gas<00:01:25.390> in<00:01:25.720> a<00:01:25.990> smaller<00:01:26.260> pipe<00:01:26.619> the<00:01:27.460> gas<00:01:27.670> is

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of gas in a smaller pipe the gas is
 

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of gas in a smaller pipe the gas is
squeezed<00:01:28.360> to<00:01:29.170> reduce<00:01:29.470> the<00:01:29.740> space<00:01:30.010> between<00:01:30.340> the

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squeezed to reduce the space between the
 

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squeezed to reduce the space between the
molecules<00:01:31.210> this<00:01:31.600> squeezing<00:01:32.290> is<00:01:32.470> accomplished

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molecules this squeezing is accomplished
 

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molecules this squeezing is accomplished
by<00:01:33.280> machines<00:01:33.820> called<00:01:34.210> compressor

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by machines called compressor
 

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by machines called compressor
compressors<00:01:37.180> range<00:01:37.479> in<00:01:37.720> size<00:01:37.960> from<00:01:37.990> the<00:01:38.560> size

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compressors range in size from the size
 

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compressors range in size from the size
of<00:01:39.159> a<00:01:39.250> lawn<00:01:39.460> mower<00:01:39.760> up<00:01:40.030> to<00:01:40.510> the<00:01:40.630> size<00:01:40.840> of<00:01:41.020> an

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of a lawn mower up to the size of an
 

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of a lawn mower up to the size of an
18-wheeler

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18-wheeler
 

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18-wheeler
similar<00:01:43.409> to<00:01:43.560> the<00:01:43.649> on-ramp<00:01:44.340> of<00:01:44.579> the<00:01:44.850> interstate

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similar to the on-ramp of the interstate
 

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similar to the on-ramp of the interstate
where<00:01:45.840> you<00:01:45.990> increase<00:01:46.439> your<00:01:46.680> speed

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where you increase your speed
 

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where you increase your speed
compressors<00:01:47.969> increase<00:01:48.630> the<00:01:48.840> pressure<00:01:49.110> to

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compressors increase the pressure to
 

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compressors increase the pressure to
enter<00:01:49.979> the<00:01:50.100> transmission<00:01:50.820> line<00:01:51.030> and<00:01:51.570> keep<00:01:51.840> the

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enter the transmission line and keep the
 

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enter the transmission line and keep the
gas<00:01:52.140> moving<00:01:52.619> always<00:01:53.310> remember<00:01:53.970> natural<00:01:54.180> gas

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gas moving always remember natural gas
 

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gas moving always remember natural gas
pipelines<00:01:55.229> and<00:01:55.500> compressors<00:01:56.039> are<00:01:56.280> carrying

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pipelines and compressors are carrying
 

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pipelines and compressors are carrying
flammable<00:01:57.299> gas<00:01:57.509> under<00:01:57.960> pressure<00:01:58.229> so<00:01:59.220> always

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flammable gas under pressure so always
 

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flammable gas under pressure so always
take<00:01:59.850> care<00:02:00.179> around<00:02:00.600> natural<00:02:01.020> gas<00:02:01.170> pipelines

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take care around natural gas pipelines
 

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take care around natural gas pipelines
whether<00:02:02.789> they<00:02:03.060> are<00:02:03.240> on<00:02:03.420> the<00:02:03.509> surface<00:02:03.750> or

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whether they are on the surface or
 

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whether they are on the surface or
buried<00:02:04.409> underground<00:02:05.090> keep<00:02:06.090> out<00:02:06.240> of

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buried underground keep out of
 

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buried underground keep out of
compressor<00:02:06.960> stations<00:02:07.530> and<00:02:07.740> always<00:02:08.009> call

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compressor stations and always call
 

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compressor stations and always call
eight<00:02:08.550> one<00:02:08.789> one<00:02:09.090> before<00:02:09.810> you<00:02:09.929> dig

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eight one one before you dig
 

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eight one one before you dig
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