When looking at the future of the oil and gas industry, it is important to understand the term "pollutant" as it relates to carbon dioxide (CO2). CO2 is often labeled as a "greenhouse gas," but this can be misleading without proper context. CO2 is crucial for Earth's ecosystems; it is necessary for photosynthesis, the process by which plants turn carbon dioxide into oxygen. This process supports plant life, which in turn supports animal life, including humans. Can you say, "Essential Nutrient"?
Big Oil
When looking at the future of the oil and gas industry, it is important to understand the term "pollutant" as it relates to carbon dioxide (CO2). CO2 is often labeled as a "greenhouse gas," but this can be misleading without proper context. CO2 is crucial for Earth's ecosystems; it is necessary for photosynthesis, the process by which plants turn carbon dioxide into oxygen. This process supports plant life, which in turn supports animal life, including humans. Can you say, "Essential Nutrient"?
| Thus, describing CO2 simply as a pollutant overlooks its fundamental contributions to life on Earth.
As we engage in discussions about environmental policies and regulations, particularly in regions like California, it is imperative to present these facts to government officials and policymakers. An informed dialogue that recognizes the importance of CO2 can lead to a more balanced understanding of its role in both natural processes and the broader context of climate science. Advocating for a nuanced perspective on CO2 is essential to avoid oversimplification and to promote responsible energy practices that ensure both environmental sustainability and economic viability.
When looking at the future of the oil and gas industry, it is important to understand the term "pollutant" as it relates to carbon dioxide (CO2). CO2 is often labeled as a "greenhouse gas," but this can be misleading without proper context. CO2 is crucial for Earth's ecosystems; it is necessary for photosynthesis, the process by which plants turn carbon dioxide into oxygen. This process supports plant life, which in turn supports animal life, including humans. Can you say, "Essential Nutrient"?
This morning, Friday, November 15, 2024, 6:00 am MST, we are at TD with the 7” intermediate casing at 12,670’, circulating and conditioning mud, and preparing to cement.
Yesterday, while RIH with the casing, we tagged a bridge at 8,050’ and could not go any deeper. While attempting to work through the bridge, we lost ±400 Bbls of mud.
We spent 5 hours building the mud volume back up in the pits, then after regaining circulation with a special “pill” spotted on bottom, we finally worked through the bridge after
pounding on it with the casing for several hours. The 7” casing was then RIH to 12,670’ TD with full circulation regained. We definitely had a few tense moments yesterday!
Hitting bridges and having to work through them while running casings is nothing out of the ordinary. It kind’a goes with the territory. It happens all the time in the drilling business!
Thank you, Earl, Ben, and Duane for getting us out of a bind!
Current plans are:
(1.) Cement 7” casing at 12,670’ TD,
(2.) ND (“Nipple Down”) 5,000 psi BOP stack,
(3.) NU (“Nipple Up”) 10,000 psi BOP stack and test as per BLM regulations,
(4.) TIH with 6 1/8” bit and BHA,
(5.) Drill out cement, float joint, and 10’ of new hole,
(6.) Conduct FIT (“Formation Integrity Test”),
(7.) Drill 6 1/8” hole to 15,600’ TVD !!
Today’s video features Mr. Trey Franklin, Derrick Man for Rig 88. Trey has been working on drilling rigs in both the domestic US and internationally for the past 18 years.
Derrick Hands is responsible for the upkeep and treatment of the mud system. In the video, Mr. Franklin regularly checks the viscosity and weight of the mud being pumped downhole (going in) and then likewise, checks the same properties of the mud coming out of the hole over the shale shakers. In the video, the viscosity is measured in seconds of time, the number of seconds it takes for 1 quart of mud to fill the cup. Trey then weighs the mud on the scale, reading the weight in pounds per gallon, then enters the readings into the system for permanent record. He spends most of his time talking and conferring with the driller and the mud engineer to ensure the mud system on the surface and downhole meets or exceeds company specifications. A good mud system is vital to the success of the drilling operations. It’s just like the blood in the human body. If your blood is in good shape, you will be in good shape. If your blood is in bad shape, all kinds of sickness and illness will occur. Derrick's hands are also responsible for the maintenance and operation of the two large mud pumps. In the video, you can see Trey using an “old school” method ( a large open-end/box-end wrench) to detect any abnormal sounds or mechanical defects in the fluid ends of the pumps. Pretty ingenious in my book!!
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