Tapping Maple Trees

We tapped three maple trees near our home yesterday. We made maple syrup for the first time last year. It was a lot easier to do than we thought it would be and was lots of fun.

Drilling for a maple sugar tap.

You can see how close the trees are to our home. This tree is much the smallest of the three.

Water jug used for holding syrup

After the hole is drilled a spile is gently hammered in. The spile is a metal tube which acts as a spout for the sap. We wire a plastic jug that we’ve cut a hole in to the spile.

Metal spile and jug

This last photo shows the metal spile with the wire holding the jug to it.

This tree hasn’t produced much yet. One of the trees we tapped yesterday has already produced a gallon of sap. We keep a large pan on our wood stove filled with sap which slowly evaporates. Most of the sap is water. Periodically we’ll take the concentrated sap and boil it down to make syrup. Evaporating on the wood stove saves lots of time.

New Blog for Sootypaws

We started a blog for Sootypaws in 2008 but haven’t updated it since 2012. It’s become increasingly hard for us with dialup to access a number of websites, including our own blog for making posts. So, with the new website we’re going to host the blog here.

We’ll keep everyone posted with what we’re up to on the website. And hopefully posts will be more frequent since this is an interface that Molly finds easy to use also.

Drilling Industry Videos

YouTube has a large number of videos related to oil and gas exploration. Some are from the concerned environmentalist (ShaleShock) or surface owner (WVSORO) perspectives. It didn’t take industry long to realize the public relations potential. We’ll take a brief look at two industry leaders’ videos in this post.

Chesapeake Energy has a set of 6 videos which describe the steps in drilling a well and producing natural gas. There are truly educational moments, such as the description of laying a pipeline. Viewers of these videos, though, should remember that this is advertising, that facts are being withheld, and that certain elements of the process are not shown at all.

Drilling site selection. Note that there are many disgruntled leaseholders and in some areas the leaseholders don’t even live in the same state where drilling is actually taking place.

Preparation and drilling. Cementing and casing are not automatically protective. These processes have to be done properly and with care. Blowout preventers fail about 5% of the time. One good thing to note is the dike around the perimeter of the pad. There is also a drainage area that can be sequestered in the case of a spill. These are two elements of pad construction we want to see in West Virginia regulations, whether the pad is for a horizontal or vertical well.

Natural gas well completion. Gel fracture fluids can have about 6 gallons of a solvent per 1,000 gallons of water. The solvents can be extremely toxic.

Natural gas well production. This has the segment on laying a pipeline. Note that in this state condensate storage tank secondary containment regulations include a rainwater drain requirement not shown in the video.

Aqua Renew water recycling. We would like to see, at a minimum, a dike around the water recycling facility. Any spills will adversely affect surface and ground water. The recycling of flowback “water” is commendable but is not done everywhere.

Well site reclamation. In West Virginia, proper well site reclamation after drilling can require a court order. That’s what a surface owner near us had to resort to.

These videos are worth watching but they aren’t telling the whole story.

Cabot Oil and Gas Corporation has some notoriety because of its activities in the Dimock area in NE Pennsylvania. Their videos are a public relations effort geared especially for residents in that area where the company is currently active in the Marcellus region.

I’ll mention just a few videos here. Again, these are advertising and don’t tell the whole story.

Well pad tour. This video is good for explaining the purpose of some of the production equipment on a horizontal well pad. Note that fracture flowback (why else is there a sand trap?) is called “water” and that condensate storage tanks shown in the video have no secondary containment at all.

Constructing a well pad. The average horizontal well pad is 5 acres. The disturbed area is usually much larger. This video does show the scale of the construction activity. There is a dike around this well pad also, though it isn’t as plain to see as in the Chesapeake video.

Road repair. No repair by the state or Cabot was done to Harmon’s Creek Road here after a number of wells were put in a few years back. There are sections, which once were surfaced, that are now “repaired” periodically by the state by dumping fresh gravel.

Cabot and clean water in Dimock. Cabot still refuses to admit that poor casing and cementing have adversely affected drinking water. This shows the EPA test results for one water well affected by Cabot drilling in Dimock. Note the extremely high arsenic concentration, many times the federal Maximum Contamination Level.

More soon!