Return To Main Page True Lies of Complicated Gas, Marketing Secrets, Slogans that are Complex.
60,000 people cannot be wrong.
Teddy Roosevelt built a cattle empire along the Little Missouri River in
the heart of Bakken Ville.
Complicated Gas escapes in the atmosphere constantly from the mining operations. Mining of Fossil Complicated Gas results in a 33% loss to atmosphere of the methane portion of the total mining operations. This is one reason why Oil and Gas corporations must borrow money at very high interest rates. About 6% higher percentage points as compared to wind powered energy companies that build Green Play Ammonia. Gas deposits are hard to find and exploration is risky. Complicated Gas is not Zero Carbon. Complicated Gas is not sustainable. Complicated Gas still has a future similar to other fossil fuels such as Coal Oil that have faded away. Some natural gas miners going after Complicated Gas must be very careful of the emission from the new well. Poisonous and deadly Complicated Methane Gases are found in many gas fields. They must be immediately flared.
Methane Gas is what the Gas Company sells to heat your house or sends via a large pipeline to the ammonia plant in the heart of the Great Plains and Hugoton Gas Field. CH4 is methane and it is not anywhere close to being a clean fuel as promoted by the oil field miners.
Factoids.
Natural gas is a dangerous name for a climate pollutant - Vox https://www.vox.com/22912760/natural-gas-methane-rename WHERE IS METHANE COMING FROM?
Studies of the
isotopic signature (carbon dating)
of methane building up in the atmosphere suggest that it has a variety of
sources.
Scientists raise alarm over ‘dangerously fast’ growth in atmospheric methane https://www.nature.com/articles/d41586-022-00312-2 Complicated Gas is CH4 or Methane. The term Natural Gas is a slogan that confuses many people. It is totally unclear how to use Complicated Gas in the future due primarily to the mining losses and transport to the end user. As reported by the World Bank. Oil producers face significant challenges capturing, storing, transporting, and distributing associated gas, and the cost of ending all routine flaring could be as much as $100 billion.
Anhydrous Ammonia and the connection to Nitrous Oxide. Super Saturated Soils, NO3 laden soils, and Water. Cows gain better when there is miniscule nitrous oxide emission. How to look for Nitrous Oxide with sensors proposed and available? The hot spot of Nitrous Oxide might follow methane concentrations in wet areas and anaerobic production. The Rosetta Stone of Nitrous Oxide is Methane concentration. The massive land mass of Nitrous Oxide is east of North Platte Nebraska to Ohio and Ontario. From Manitoba to Gulf of Mexico. Luck helps but a scientific endeavor will find the management problem.
1. Wetlands,
Fertilizer Runoff. Highly Likely. Maybe 20 to 100 times greater
than nominal due to fertilizer runoff of NPKS. Lake Erie, Gulf of Mexico.
2. Fossil
Fuel Extraction, Not Likely.
3. Livestock, Likely
at Lagoons, Fogging Systems and large manure piles that are not aerated. Maybe
and maybe not…since it is aerobic process in
Management is the problem, Not the necessarily the chemical complex of
Nitrous Ammonias.
Time to conserve, Stop the top dressing of commercial fertilizer. Getting the Oligarchs out of fertilizer business will return ammonia to $100 to $300 and locally built.
Note 1,
In high organic content soils, Nitrate
(NO3)
must be present in the soil or water to promote Nitrous Oxide
development.
Note 2,
The bacteria Nitrous Ammonias is key to building up N2O, Nitrous Oxide, or
Laughing Gas in anaerobic
soil
(low oxygen)
and Maybe the real problem is too many humans are trying to keep warm in a high protein, nationally distributed food system. A system that seems similar to the American Plains Indians other than distribution of food over an interstate system. Supporting News on Methane as reported Feb. 9, 2022. “To Counter Global Warming, Focus Far More on Methane, a New Study Recommends” - Inside Climate News
Table 1 Cumulated nitrous oxide, carbon dioxide and methane emissions from Red Latosol soil during 278 days after application of urea with or without nitrification inhibitors (DCD and DMPP), polymer Sulphur coated urea (PSCU) and calcium nitrate applied to sugarcane. (nature.com) Table 1 Cumulated nitrous oxide, carbon dioxide and methane emissions from Red Latosol soil during 278 days after application of urea with or without nitrification inhibitors (DCD and DMPP), polymer Sulphur coated urea (PSCU) and calcium nitrate applied to sugarcane.
1. *Tukey test, p ≤ 0.05; ns: no significant; N2O-N: g ha−1 transformed in log(X) 2. †Results from treatment without N were subtracted for this calculation. —R means reapplication of inhibitors in the same plot in the two preceding years. Different characteristics in the column of N2O mean significant differences (p < 0.05) between the values.
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