Archive | May 2020

Oil Basin in Texas And New Mexico May Be Leaking Much More Methane Than Previously Thought, Findings Show

Natural gas could be eliminating this, if we’ll just help get it there. This is why new gas pipelines, and LNG are so important.

Pollution from dirty petroleum distillates

Why aren’t we shipping this gas to where it can eliminate the horrific pollution of dirty oils, and coal burning at the industries that have been causing ten times more respiration related deaths than Covid 19.

The best way to stop and mitigate the “leakage” is to get the gas to where it can be turned into electricity to replace oil distillates. As this article points out, the gas is being burned, at best, or leaking at 25X the potency. Burning it to make electricity is creating a double or triple emissions benefit.

I don’t know why people can’t get their heads around the reality that, as this is highlighting, making reliable electricity from natural gas results in the most positive environmental impact of all.

Gas generation justifies cleaning the gas and shipping it to electricity generation or industries where it replaces much dirtier fuel.

More than one in 10 flares designed to burn off unused methane in the Permian basin in Texas and New Mexico could be unlit or malfunctioning, venting much more of the potent greenhouse gas into the atmosphere than previously thought, new findings by the non-profit Environmental Defense Fund show.

Source: Oil Basin in Texas And New Mexico May Be Leaking Much More Methane Than Previously Thought, Findings Show

How much would it cost to power the entire U-S-with solar panels and battery storage?

One of the flaws in the “renewable energy” narrative is that it only addresses electricity consumption, and electricity is only 19% of the energy the U.S. uses.

I don’t know anyone more interested in eliminating “combustion” from our energy mix than I am.

But, I’ve also been scorched by “renewable energy” evangelists for pointing out that if we used the same thermal energy storage that the CSP does, but heated it with the enormous electricity capability we’re not able to use as electricity, we could take out that industrial combustion use fed by gas, and oil.

Here’s another example of what happens with solar generation, when it’s added to the essential “reliability” generation our economy requires.

If you were to add up the wind generation electricity, and this over generated solar electricity and used it to replace the industrial heat in the first chart, we’d see both pollutions and carbon emissions go down a lot.

If we used EV’s to store the extra electricity, rather than the utility-scale batteries, we’d see a massive drop in urban pollution from transportation fuels.

If we do that aggressively, we will be able to use a lot more solar, a lot more wind, the pollution could get closer to today’s covid 19 level pollution, and the oil price would stay so low that the petroleum industry would wither and die.

But there is hope for the fossil fuel industry because, rather than the dirty petroleum products, we’ll still need natural gas.

And we need to use clean natural gas for both industry, heat and making flexible electricity.

A truth that is “inconvenient” is that about is that natural gas is being burned anyway, to avoid methane pollution that’s 26 times worse than CO2.

If we make electricity with it, to replace dirty oil engines, we end up with the greenest of all options.

My point is that we must get over the notion of trying to power an entire economy from one or two sources of energy.

With the combination of Solar, Wind, Geothermal, Hydroelectric, Pumped Hydroelectric Storage, Battery Storage, Thermal Energy Storage, Natural gas, LNG storage, and Nuclear, we can power the whole global economy, with pollution-free electricity plus support the fourth industrial revolution without burning any dirty fuels.