Drilling Permit 3 4 W' - "' 1 I * *1 4: Fill & Download for Free

I purchased my home as a foreclosure 3 years ago with an “as-is” condition in Chase’s clause. This is the house and yard when I first purchased it.Property Issues - Chase bank sold me the property but did not transfer both parcels during the initial sale. When I realized this was the case when trying to pay taxes on the parcels, I tried to contact Chase bank. I did not have any mortgage number so I could not use their phone service. It would hang up after a period of time of calling in. After trying this several times, I went into the local branches here in town. The branch managers were unable to contact their own mortgage department and help me out. I left information with both branches I visited but never heard back. Finally, out of desperation, I created a Twitter account and tweeted “Chase sold me half a home #ChaseHalfHomes (Edit: The property line somehow went through the house). I have never received such quick customer service before. I had an email asking for contact information and to remove the tweet within minutes. I removed the tweet because I finally had a contact. I received direct contact information and the problem was resolved by Chase. I don’t think I should've needed to go to social media to get their attention, but I was happy it was resolved.Pumps - When I purchased the home all three pumps on the property were in failure states. The sump pump under the house and the dosing pump for the septic tank were completely shot and were full replacements. The well pump had bad wiring at the well head and was an easy fix too.Yard work - The yard had not been maintained for years. It took many days and weekends worth of cleaning debris and bush hogging to clear the yard for use.4 HVAC - The original air handler and exterior unit were on the house which put it over 20 years old. I had both units replaced before moving in.5. Water System - The house was on well water so I wanted to put in filtration and sterilization. I designed my own setup so that I could fit it on the end of my washer/dryer area. I decided on 20″ 5 micron sediment, carbon CTO filter, a lead filter ( FCRC25B - Its an expensive filter but the water quality is amazing) sterilized with UV light. I also added a water softener to deal with a small hardness problem.Edit: This system is a bit overkill but from my perspective it was the right design choice. I had a private company test the water as well as a test completed by ISDH. The testing provided some information, but there were also unknowns that testing a well that sat for four years could not evaluate. Designing the system with only two stages or 10″ filters would have required major redesigns of the mounting and piping on the stand if I encountered a condition where I needed more capacity or filters. Installing 3 stages provides up to 3 stages. They don’t have to be used. A stage can be left empty or another cheap paper cartridge installed. Using 20″ buckets allowed me to build the system for the larger buckets and permits swapping the buckets in the future for downsizing. A 10 inch filter will definitely fit in the space provided.6. Water Heater - It was IN the half bath!!! I did not like this so I removed it and placed an on demand unit in the garage. The garage is insulated and monitored by the home automation system. I am alarmed if the temp drops or if the door is left open. There is also heat wire to prevent freezing if the door is left open in the winter. I also have plans to add a heat re-circ pump (for instant hot water) that will add another layer of freeze protection.Only pic I could find of the water heater in the garage. It can be seen above the truck on the back wall of the garage. I really liked this upgrade as it allowed re configuring the half bath.From here the updates are just nice to have and weren't necessary. EDIT: I didn’t expect the house to get so much attention. I’ve added some shameless plugs to this section to show more of the house!7. Updating the house: This is the big money pit. Updating all of the rooms is time consuming, costly, and labor intensive. I don’t hire work out (I had cabinets built and counter tops are being cut) for house work because I enjoy doing it myself. This has proved to be a major savings on the jobs and has allowed me to do higher end installations than I would if I was paying for the work.Its still a work in progress after 3 years but I can finally see the light at the end of the tunnel. I have been without a kitchen for the last four month. The last two months the water system has been out and this happened to coincide with the current events and was a little frustrating when I couldn’t easily buy clean water at the store. Everything moves slower because I do it by myself. From installing a beam to moving appliances, I have to work smart to get the job done with one set of hands.Kitchen Before:Pantry Before:Dining Area Before:After:After (false cabinet / Pantry):Dinging Area After:(Is that a beam for a non-load bearing wall?!?!? Why? - The intention was to define the two spaces without separating them.)8. The Office: This was put on the agenda unexpectedly when we were told not to come into the office for work. And no, I’m not always ta tidy worker, especially on rushed projects.I added a monitor mounts on barn door rail so that I could have flexibility of three positions. I also felt that the barn door rail fit the industrial theme well. Some garage door wheels were added at the base to counter the torque into the wall.Pull out drawer with drag chain - feeds USB-C dock mounted under the desk. This connects to all the accessories. This allows me to dock my PC or my work PC using only two connections. I use the Dell’s 180W power supply mounted under the desk and just put an adapter on the end to power my personal HP laptop as 180W is more than enough for it.I did make the mistake of using non drying oils for the finish and now have to maintain the desk periodically. I bought wire/ fabric baskets from Jo-Ann fabrics and chalk table signs off of Amazon trying to match the industrial theme. I use these to sort cables, adapters, accessories, etc. on the top shelf.9. Driveway updates, on some properties: What is a cheap and easy DIY way to make a driveway?To the house:From the house:Aerial of work in progress:10. Home Automation - Because I’m a geek. I’ve put half a mile (2,500 ft) worth of Ethernet in so far and its still increasing.I use HomeSeer w/ HSTouch for the clients. All of the switches in the house are HomeSeer brand. They allow multi tap of the paddle to allow a single switch to issue several different commands and the command can be customized in the controller. This is a great features for me as it allows control of multiple lights with one command. I use mostly z-wave hardware. I have some Hue bulbs, but I can't integrate them as seemlessly as my z-wave HW.The TV in the top is just ziptied in. I took out the four corner case screws and drilled through. Ziptied to the rack and called it good. The PC is a custom build in a 2U case. The switch is a managed 48 +2 port switch with 24 ports of PoE up to 180W. I'm only using 30W. The house Ethernet comes into the two 24 port patch panels and the patch cables connect to the switch. Finding the right length patch cables was fun. Internet connection into the house through a Arris modem, and an Asus router distributes it to the network. It provides 3 WiFi networks as well as 3 guest networks, definite overkill.11. Yard Ornaments: Before you comment… They’re spoiled. They have their own bedroom.Thanks for all of the kind words and support!!! It is a really great feeling to know that others think the work went well.

Like she said: “It’s complicated”. The answer has to be explained fully with consideration to the geographical boundaries. Here is the answer:Utica ShaleQUORA required LINK: Utica Shale - Wikipedia“””” The Utica Shale is a stratigraphical unit of Upper Ordovician age in the Appalachian Basin. It underlies much of the northeastern United States and adjacent parts of Canada.Utica Shale ~ The Utica Shale is a stratigraphical unit of Upper Ordovician age in the Appalachian Basin. It underlies much of the northeastern United States and adjacent parts of Canada.Utica ShaleStratigraphic range: late Upper Ordovician, Type Geological formation,Underlies Lorraine Shale, Martinsburg Formation, and Reedsville Formation,OverliesTrenton Group Canajoharie shaleThickness up to 1,000 feet (300 m)[1], Lithology Primary Shale,Location Coordinates= 43.064°N 75.18°W, Region Appalachian BasinCountry Canada & United StatesType section Named for Utica, New York, Named by Ebenezer Emmons, 1842.It takes the name from the city of Utica, New York, as it was first described as an outcrop along the Starch Factory Creek east of the city by Ebenezer Emmons in 1842. [2]Caption: Rectangular joints within siltstone and black shales of the Utica Shale near Fort Plain, New York .Lithology ~The Utica Shale is composed of calcareous, organic, and rich shale [3]Oil and gas ~The Utica shale is a major source of tight gas in Quebec and is rapidly becoming so in Ohio.Quebec ~Drilling and producing from the Utica Shale began in 2006 in Quebec, focusing on an area south of the St. Lawrence River between Montreal and Quebec City. Interest has grown in the region since Denver-based Forest Oil Corp. announced a significant discovery thereafter testing two vertical wells. Forest Oil said its Quebec assets may hold as much as four trillion cubic feet of gas reserves, and that the Utica shale has similar rock properties to the Barnett Shale in Texas.Forest Oil, which has several junior partners in the region, has drilled both vertical and horizontal wells. Calgary-based Talisman Energy has drilled five vertical Utica wells and began drilling two horizontal Utica wells in late 2009 with its partner Questerre Energy, which holds under lease more than 1 million gross acres of land in the region. Other companies in the play are Quebec-based Gastem and Calgary-based Canbriam Energy.The Utica Shale in Quebec potentially holds 4×10, 12cu ft (110×109 m3) at production rates of 1×106 cu ft (28,000 m3) per day.[4] [5]From 2006 through 2009 24 wells, both vertical and horizontal were drilled to test the Utica. Positive gas flow test results were reported, although none of the wells were producing at the end of 2009.[6] Gastem, one of the Utica shale producers, took its Utica Shale expertise to drill across the border in New York state.[7]The province of Quebec imposed a moratorium on hydraulic fracturing in March 2012.[8]OhioCaption: Map showing the location of the oil and gas assessment units (AU) for the Utica Shale in the Appalachian Basin Province .Utica Shale drilling and production began in Ohio in 2011. Ohio as of 2013 is becoming a major natural gas and oil producer from the Utica Shale in the eastern part of the state.[9][10] Map of Ohio Utica Shale drilling permits and activity by date.[11][12] In 2011 drilling and permits for drilling in the Utica Shale in Ohio reached record highs.[13]Although the prospective Utica area extends into Pennsylvania and West Virginia, as of 2013 most activity has been in Ohio, because the Ohio portion is believed to be richer in oil, condensate, and natural gas liquids.New York~In 2009, the Canadian company Gastem, which had been drilling gas wells into the Utica Shale in Quebec, drilled the first of its three state-permitted Utica Shale wells in New York. The first well drilled was in Otsego County.[14]New York imposed a moratorium on large-volume hydraulic fracturing in 2008[15]This was renewed by Governor Andrew Cuomo in 2014, and continues as of December 2017. [16]Resource size ~ The US Energy Information Administration estimated in 2012 that the Utica Shale in the US held 15.7 trillion cubic feet of unproved, technically recoverable gas. The average well was estimated to produce 1.13 billion cubic feet of gas. [17] The same year, the US Geological Survey estimated that the Utica Shale had 38.2 trillion cubic feet of undiscovered technically recoverable gas, 940 million barrels of oil, and 208 million barrels of natural gas liquids. [18]Distribution ~ The Utica Shale lies under most of New York, Pennsylvania, Ohio, and West Virginia, and extends under adjacent parts of Ontario and Quebec in Canada and Kentucky, Maryland, Tennessee, and Virginia in the United States.It occurs in outcrops in the state of New York [1] and in the subsurface in the provinces of Quebec and Ontario. [3]Parts of the Utica shale underlie the Island of Montreal, and its weakness relative to the Chazy limestone under the rest of the island complicated the construction of the Montreal metro. Some stations had to be built cut-and-cover or with a narrow split platform profile to reduce the load on the bedrock. In particular, De l'Église station suffered a cave-in during construction and had to be hastily replanned.In some regions of Pennsylvania, the Utica Shale reaches almost two miles below the water level. However, the depth of the Utica Shale rock decreases to the west into Ohio and to the northwest towards Canada. [19] It reaches a thickness of up to 1,000 feet (300 m) [1] and can be as thin as 70 feet (20 m) towards the margins of the basin. 250 feet (80 m) are exposed in the type section.Relationship to other units ~ The Utica Shale underlies the Lorraine Group and overlies the Trenton Group limestone and the Canajoharie shale in the Mohawk River valley. The Utica Shale is divided into the Nowadaga Zone, Loyal Creek Zone, and Holland Patent Zone. [1]It lies a few thousand feet under the Marcellus Shale””””, Utica Shale - Wikipedia .References( a b c d USGS-GEOLOX Database. "Utica Shale". Retrieved 2010-02-01).^ Emmons, Ebenezer, 1842, Geology of New York; Part II, Survey of the second geological district. New York State Museum, 437p.^ a b Lexicon of Canadian Geologic Units. "Utica Shale". Archived from the original on 2013-02-21. Retrieved 2010-02-01.^ Forest Oil Corporation - Press Releases and Notices^ "Press release > Investors > Junex". Archived from the original on 2012-03-02. Retrieved 2016-05-14.^ Susan R. Eaton, "Shale play extends to Canada," AAPGExplorer, January 2010, p.10-24.^ "New York to get Utica shale exploration". Oil & Gas Journal. PennWell Corporation. 106 (12): 41. 2008-03-24. Retrieved 2009-07-07.^ Quebec installs outright moratorium on hydraulic fracturing, International Business Times, 4 April 2012.^ Utica Shale Oil Discovery In Ohio, News And Maps, Utica Shale News and Maps^ Natural Resources. "Ohio Oil and Natural Gas Well and Shale Development Resources". Retrieved 2012-05-05.^ Utica Shale Maps. "Map of Ohio Utica drilling permits and activity by date". Retrieved 2012-05-05.^ Ohio.gov Database. "Marcellus and Utica Shale Data". Retrieved 2011-03-08.^ Gerino, Dan. "'Fracking' permits booming". Columbus Dispatch.^ Tom Grace, "Officials positive following gas-well tour,"Oneonta Daily Star, 7 October 2009.^ New York governor says he'll make fracking decision before 2014 election, NPR State Impact, May 2013.^ Lombardi, Kristin (8 December 2017). "New York's heralded fracking ban isn't all it's cracked up to be". NPR. Retrieved 16 January 2018.^ US Energy Information Administration, Annual Energy outlook 2012, accessed 14 Sept. 2013.^ US Geological Survey, Assessment of Undiscovered Oil and Gas Resources of the Ordovician Utica Shale of the Appalachian Basin Province, 2012, Fact Sheet 2012-3116, Sept. 2012.^ "US Shale Oil". Retrieved 2015-03-09.

Here's what Romney actually said in the debate:As a matter of fact, oil production is down 14 percent this year on federal land, and gas production was down 9 percent.[1]He's talking about this year, not the last 3 years.If you look at the last year, he's correct:In 2010, EIA data show, 726 million barrels of oil came from federal lands, including offshore wells. In 2011, it was 626. That’s a drop of 13.77 percent, which can be rounded to 14 percent.[2]However, that number is somewhat cherry-picked and it's important to look at the longer term trend.the big story of the one-year dropoff in public production is the Deepwater Horizon oil spill of 2010. A six-month moratorium on exploratory drilling followed [2]Here's what oil and gas production on federal land has looked like over the last decade.Fiscal year Offshore (million barrels) Onshore Total Percent change from prior year2003 579 101 680 n/a2004 572 97 669 -1.6%2005 542 96 638 -4.6%2006 471 101 572 -10.3%2007 514 105 619 +8.22008 462 104 566 -8.6%2009 527 105 632 +11.7%2010 618 108 726 +14.9%2011 514 112 626 - 13.8%[2]It's worth noting that production fell, prior to Obama's presidency, so it's natural to expect some sort of rise.Bush had his own disasters to contend with: Hurricanes Katrina and Rita in 2005 also drove a decline the next year, said Shirley Neff, a senior adviser at EIA[2]There are considerable delays between when permits are granted and when production starts, so George W. Bush may have been responsible for the rise in production at the beginning of the Obama administration.So this is really a situation in which sound bites and a lack of substance dominated the conversation, sadly.Here's some information that includes coal and natural gas on federal lands.[3]There was a gradual decline in natural gas production on federal land and a sharper decline in 2011. With respect to coal there is a flat to downward trend, together with a decline in 2011. So, with respect to coal and natural gas, Romney may have a point.[1] http://politicalticker.blogs.cnn.com/2012/10/16/transcript-second-presidential-debate/?hpt=hp_t1[2] http://www.politifact.com/truth-o-meter/statements/2012/oct/16/mitt-romney/mitt-romney-says-oil-production-down-14-percent-ye/[3] http://blogs.scientificamerican.com/plugged-in/2012/10/17/has-energy-production-increased-or-decreased-on-federal-lands/[4] http://www.eia.gov/analysis/requests/federallands/pdf/eia-federallandsales.pdf