Carbon Capture & Sequestration (#CCS) – Michigan’s Leading Role

Michigan is playing a leading role in Carbon Capture & Sequestration (#CCS). Developing solar & wind as renewable energy resources is very important, but there is a reality that fossil fuels will provide a majority percentage of global energy for many decades to come even if every single world citizen & legislator focused on eliminating coal & oil. These are facts. Check out RMP’s report on why #CCS is so important, how Michigan is playing a leading role in #CCS, and check out RMP’s exclusive new map of Carbon Dioxide sequestration wells. Join RMP to learn about the energy issues that matter most.

Michigan Oil & Gas Monthly – August 2016

Michigan oil & gas activity gets busy in August of 2016. August has more applications for new wells than all seven previous months of 2016 combined. We have an applications for Carbon Dioxide Sequestration, High Volume Hydraulic Fracturing (HVHF), as well as applications to explore the Trenton Group in Lenawee & Monroe Counties. The HVHF well takes us down memory lane and we examine why the Integrated Assessment of HVHF published by the University of Michigan’s Graham Sustainability Institute is a fundamentally flawed report with flawed timing. Click through to read all about it.

Michigan Oil & Gas Monthly – July 2016

This month a group calling themselves the MICATS staged a protest at Attorney General Bill Schuette’s home in Midland, Michigan.  The Detroit News has a story here.

For the record, I have never supported extremist groups or individuals like those in MICATS and neither has respectmyplanet.org.  I don’t know them, affiliate with them, or in any way condone what they did.  RMP supports as part of our stated mission the migration away from oil as an energy source.   RMP supports ending oil pipelines that traverse our (more…)

Michigan Oil & Gas Monthly – June 2016

In this month’s MOGM, RMP covers the dearth of oil & gas activity in Michigan and the bankruptcies precipitated by the collapse of the industry at large. We also talk about finances and economics of the Hydrogen Economy and how Michigan and the rest of the world can prosper by supporting Fuel Cell Electric Vehicles. For FCEVs, the future is bright & clean. For crude oil, the buzzards are circling.

Michigan Oil & Gas Production Report January – December 2015

The 2015 full year petroleum production numbers are, according to RMP estimates, 98% reported. That means it’s time to review a whole host of tables and graphs showing you the top hydrocarbon producers in the Michigan Basin for 2015. Check out this annual production summary to see what got produced and where in Michigan. Also, a new feature added to our annual production summary is the estimated revenue generated by operator based on advanced calculations you’ll only find on RMP.

Michigan Oil & Gas Monthly – March 2016

It was the slowest of times, it was the busiest of times. The first quarter of 2016 has been the slowest ever in Michigan oil & gas activity as it relates to new applications and permits. But, it has been the busiest time ever for applications and permits to connect Michigan Antrim wells up to vacuum systems. Click here to read more about oil & gas activity through the first quarter of 2016. Next month, RMP will recap the 2015 production numbers for the year.

Landfill #27 At Wurtsmith Air Force Base

Check out our interactive map of ground water contamination at the former Wurtsmith Air Force Base in Oscoda, Michigan. RMP considers Wurtsmith on our top 10 list of environmentally contaminated hot spots in the Michigan Basin. Perfluorinated compounds (PFCs) in fish surrounding WAFB were so high that Michigan Department of Community Health issued fish advisories immediately after receiving the data on May 2, 2012. Samples collected (by MDEQ) during the December 2011 investigation indicate elevated levels of PFCs in the groundwater, ranging from about 280 ppt (LF27 GP25) to 3,900 ppt (LF27 GP31). Read more by clicking through and check out our interactive Google Map of the WAFB site.