Coal Use Forecasted To Rise – How We Can Mitigate Coal Pollution

Do you consider yourself as a person that cares about the environment?  Are you concerned about climate change?  Are you concerned about oil pipelines traversing our lakes and rivers threatening our fresh water resources?  Then you understand energy production from High Efficiency Low Emissions (HELE) coal is an important part of the plan for a better environment, right?  No?

If we ignore the fact that new coal powered capacity will continue to come online over the next twenty years, we bury our heads in the sand when it comes to reducing greenhouse gas emissions and other atmospheric pollution.  We need to change the way we use coal and start using thermolysis for gasification rather than combustion for burning.   By choosing thermolysis instead of combustion, we can produce energy without producing pollution that harms our air and water.  In order to foster renewable energy sources like solar and wind, we need to find a common denominator fuel to let renewables compete on a wide scale.  That common denominator fuel is hydrogen.  We can make hydrogen from coal with significantly reduced pollution while we wean ourselves off of fossil fuels.  We can also make hydrogen from water and create zero pollution.   We can increase our capacity to make hydrogen from water while we decrease our use of coal over the long term.  We can phase coal out of our energy mix, but it will take time and we must have a pragmatic approach.

RMP draws contrast between the common misunderstanding between what is combustion and what is a noncombustion chemical reaction.  Burning coal is not the same thing as thermolysis  or the thermal decomposition of matter without releasing particulate matter to atmosphere.   The byproducts of thermolysis are inert and saleable for road making material and other construction material.

Be it known to all within the sound of my voice, whosoever shall be found guilty of burning coal shall suffer the loss of his head.

-King Edward II of England, 1276

Coal has generally had three major knocks against it with regard to pollution and its negative effects on the environment:  1)  CO2 emissions,  2) Sulfur Dioxide emissions, & 3) Mercury emissions.   Other complaints about coal involve NOx’s and other particulate matter released to atmosphere.    So if we could produce cleaner energy from our abundance of US coal without releasing those types of Continue reading “Coal Use Forecasted To Rise – How We Can Mitigate Coal Pollution”

Kalamazoo River Oil Spill

Kalamazoo Oil Spill

Five years after the Enbridge Energy Line 6B oil spill into the Kalamazoo River, we reflect on its impact and contemplate our use of oil as an energy source.   While this post is a couple months past the official 5 year anniversary of the spill, it’s a fitting time for RMP to talk about this event as Toyota’s Fuel Cell Electric Vehicle (FCEV) the Mirai will be hitting the shores of California within one month from the publishing date of this article.  RMP continues to cheerlead talk about FCEVs like the Mirai because they render the use of oil as an energy source as technologically obsolete even if gasoline might be around for years to come.   For less money than we spend on military operations to protect oil infrastructure and strategic maritime choke points in the Middle East, we can build a hydrogen fueling infrastructure that supports the transportation sector of our economy for future generations without the use of crude oil.   By using crude oil for energy we:  send millions of dollars each day to countries that financially support Jihad against America, cope with infrastructure all across our land that threatens and contaminates drinking water sources, and unnecessarily depend on a commodity that is the number one culprit of an 11% import/export deficit on the US economy. Continue reading “Kalamazoo River Oil Spill”

Michigan Oil & Gas Monthly – September 2015

The top story this month continues to be Marathon’s Science Well in Crawford County Michigan.   Two weeks ago Marathon cleared a well pad in an area that we told you about first right here.   Marathon has contracted Cruz Energy to rig up for a test well that will go 4,700 feet into the Amherstburg.  The Amherstburg is part of the Detroit River Group of rocks of Middle Devonian age.  The greatest accumulation  of the Amherstburg formation is between southern Bay and Roscommon counties where its thickness exceeds 600 feet in some places.   About half of its thickness at this thickest point is the Sylvania Sandstone member at the base of the formation.  The outstanding characteristic of the carbonate rock in the Amherstburg formation is its relatively dark color which earns it the nickname from many geologists as Continue reading “Michigan Oil & Gas Monthly – September 2015”

Secret Science – Marathon Oil’s 2015 Activity In The Michigan Basin

Part 625 wells are specially designated Michigan mineral test wells that are top secret stuff.   Even though the land & minerals may be State owned by we the taxpayers, private companies like Marathon Oil based in Houston, TX can apply for a confidential 625 well and keep their activity off the grid.  That means there will be:  no mention of the well in the application or permit list we post each month at RMP, there will be no FOIA’s allowed, and you will not be able to get answers to questions about Continue reading “Secret Science – Marathon Oil’s 2015 Activity In The Michigan Basin”

Michigan Oil & Gas Monthly – August 2015

There is really only one world-class hydrocarbon play in Michigan: the Antrim Shale Formation. The Antrim Shale Formation has provided a sustained 20% of Michigan’s natural gas needs for decades. No other Michigan natural resource can come close to matching that contribution to Michigan energy production.   Operators have a 90% success rate drilling Antrim wells.   On average, each Antrim well drilled will provide over half a billion cubic feet of natural gas. An Antrim well will only use a small amount of water and sand for completion (under ~10,000 gallons of h2o). Antrim wells show a solid record with regard to ground water contamination issues given the thousands that have been drilled.   Antrim wells have also Continue reading “Michigan Oil & Gas Monthly – August 2015”

New About Page Using HTML5

respectmyplanet about page

RMP is committed to using the latest web technology including HTML5, jQuery, AJAX, and CSS3.   Check out our new About page by clicking this link.   Soon all of our webpages will be designed with great looking HTML5 & CSS3.

While you can’t see our completely new database structure behind the scenes of our front page map, the software running this website is getting stronger and stronger each week.  Our new demo About page at the link above and below demonstrates the latest in web technology called parallax.  Parallax gives depth to a web page by setting different layers within the page using the z-index property.  These layers give our new upcoming page designs depth and character.

Our new and forthcoming CSS3 pages will only work with modern browsers and are specifically tested on Google Chrome.   If any of our webpages look goofy on your browser, update to the latest version of Google Chrome, Firefox, Safari, or Internet Explorer.   All modern browsers support HTML5 & CSS3.  We recommend Google Chome for the best viewing experience of RMP.



We extend a special thank you to Jonathon Nicol from Melbourne Australia.  Jonathon’s project page here is the root of the our new About page and the backbone of our RMP’s first attempt at parallax pages using HTML5 & CSS3.

Stick with us as we take environmental mapping to the next level.

Thank you!

Cheniere – The First U.S. Company To Export Natural Gas (LNG)

Cheniere (NYSE: LNG) is the first company in America to be given a license to export liquefied natural gas by FERC.   The world became interested in researching Cheniere in 2011 when this authorization was given.  Just a few years prior, in 2005, the US was building LNG import facilities as natural gas shortages seemed imminent. Natural gas prices continued to climb from 2005 to 2008 as the world did not recognize the fundamental energy shift sweeping across the planet during the great recession of 2008.  From 2008 to 2011, the US & world energy market paradigm was changing fundamentally.  With new technological abilities related to hydraulic fracturing and horizontal drilling, natural gas drillers had unlocked the potential of the Eagle Ford and the Mighty Marcellus.  Many operators didn’t recognize the fundamental changes taking place in natural gas markets.

Cheniere, however, adapted to world markets differently between 2005 and 2011 as they reacted faster than anyone else when they saw the future of natural gas, not the present.  Before modern era hydraulic fracturing into the Eagle Ford and Marcellus shales had reached the ears and psyche of America, Cheniere adapted their LNG strategy to be a natural gas exporter.  In 2011, Cheniere had the approval they needed and long-term sales agreements locked up with some of the world’s largest energy customers. And now in 2015, Cheniere’s first liquefaction train for export is about to go online.  How did Cheniere come to be the first company licensed to export LNG internationally? Let’s begin our recap of Cheniere’s story in the year 2011.

Cheniere Sabine Pass LNG
Cheniere LNG Facility in Sabine Pass, Cameron Parish, Louisiana. This facility is being built by Bechtel, the 4th largest privately owned company in the US.  Bechtel is a construction company based in San Francisco, California.  Click to enlarge.

In 2011, the board of directors of Cheniere was different than it is today. Two of the board members of Cheniere in 2011 had some inside connections that may have helped with Continue reading “Cheniere – The First U.S. Company To Export Natural Gas (LNG)”

Michigan Oil & Gas Monthly – July 2015

Westerman 1-29HD1

The big news this month is the expiration of permits 60746-60750 & permits 60765-60767 for the State Excelsior extension pads just north of M-72 in Kalkaska Michigan. Calgary based EnCana Corporation originally received these permits in 2013 but they transferred to Houston, Texas based Marathon Oil Corporation when Marathon acquired EnCana’s Michigan assets in 2014.  Each of these 8 HVHF permits that expired were estimated to require 23,100,000 gallons of water per completion.   All told, that’s approximately 185,000,000 gallons of Michigan freshwater that will not be consumed because these wells will never be drilled.

The expiration of these 8 permits is significant because it’s more conclusive evidence that HVHF in Michigan’s Collingwood formation is not economical for operators between $3/mcf & $4/mcf selling prices. Even if natural gas prices were to return to their 2008 level of $7.97/mcf, the highest price in US history, Collingwood wells would not be profitable wells by a long shot. The energy produced from the 7 wells that did make it to production from the Collingwood formation have demonstrated themselves to be an uneconomical use of Michigan’s freshwater resources for energy production. But, the uneconomical use of Michigan freshwater has Continue reading “Michigan Oil & Gas Monthly – July 2015”

Michigan Oil & Gas Monthly – June 2015

Old Oil Field Equipement

It was another slow month for Michigan oil & gas activity like it has been every month since the initial hype of High Volume Hydraulic Fracturing (HVHF) came to our state in 2010.  Five years ago we were sold a bill of goods about how HVHF was going to revolutionize hydrocarbon production in our state.  The last 5 years, however, have been the slowest in Michigan’s oil & gas exploration history.

Some people think there’s a drilling frenzy coming in Michigan and dream of their Jed Clampett style payday.  Some think there’s a drilling frenzy coming and fear the impending doom of a fracing industry growing across our state like a virus.  Both of those seemingly opposite schools of thought have more in common than you think, they’re both based in fantasy.   As far as permitting goes, this year is on pace to be the slowest year in Michigan’s 88 year history of keeping track of permit numbers.

1931 was the slowest year on record in Michigan permitting history at 111 permits for the year.   So far this year, we have 54 permits through six months of activity.  If we extrapolate (54 * 2) we would have 108 permits for the year which would be the lowest on record.  And, considering that many wells this year are two-for-one (i.e. two permits are issued for a single well with a horizontal leg) we have even less permits than the 54 reported through June 26, 2015.

Land owners hold steadfast to the unlikely possibility their land will get leased, drilled, and produced. They've fallen for the Jed Clampett fantasy.
Land owners hold steadfast to the unlikely possibility their land will get leased, drilled, and produce millions in royalties. They’ve fallen for the Jed Clampett fantasy.

RMP went on record with this post in November 2014 talking about how primary oil & gas reservoirs in Michigan had been conventionally depleted over the past 88 years.  We have Continue reading “Michigan Oil & Gas Monthly – June 2015”

Michigan Oil & Gas Monthly – May 2015

In the May edition of the Michigan Oil & Gas Monthly (MOGM) we see something relatively new in the Michigan Basin: hydraulic fracturing with carbon dioxide (CO2).   The nomenclature itself sounds funny because CO2 is not water and therefore the word hydraulic seems out of place.   RMP has recently acquired the Record of Well Completion for the State Sherman & Forshee & Cooper 1-33A well in Sherman Township Michigan in Osceola county.   The well was fracture stimulated with 51 tons of liquid CO2 and 10,500# of ceramic proppant in December of 2014.   The initial flowback production from the Prarie Du Chien formation was 120 BOPD and 1.5 MMCFD of natural gas.   In our February MOGM edition we were watching a company called GasFrac who is fracing using hydrocarbons.  Fracing using CO2 is similar in that both methods are waterless. Click here to open a new tab in your browser to see the State Sherman & Forshee & Cooper 1-33A well on our interactive map.

The State Sherman & Forshee & Cooper 1-33A well is south of Cadillac and just north of Rose Lake. Follow this URL to see the well on our interactive map:
The State Sherman & Forshee & Cooper 1-33A well is south of Cadillac and just north of Rose Lake. Copy & paste this URL into your browser to see the well on our interactive map:

If you’ve been paying attention to the clues over the past couple years, it is not surprising to hear of a Michigan well being fracture stimulated using CO2.   In 2012 we heard our first clue about CO2 when Governor Rick Snyder said “I am asking the Legislature to enact a law that will grant carbon dioxide pipelines the same legal standing as other Continue reading “Michigan Oil & Gas Monthly – May 2015”