Pipkin is a critic of Gov. Martin O'Malley's push to develop wind farms off the state's coast, arguing that
cheap natural gas makes such ambitious projects unnecessary.
Cheap natural gas makes one efficiency measure so cheap that it is being deployed as rapidly as engineers can write the project specs and bid document: cogen installations.
This could, of course, partly be due to
the cheap natural gas made available by fracking.
Not exact matches
The primary cause has been competition from cleaner - burning
natural gas, which has been
made cheaper and more abundant by hydraulic fracturing.
Many utilities can generate power using either coal or
natural gas, so if the latter's price gets
cheap enough — typically below $ 4.50 per MCF — power companies will
make the switch.
The coal industry is seeing huge declines as
cheaper renewables,
cheaper natural gas, and greater air pollution controls
make it less attractive as a fuel, this is a long term trend that has recently accelerated and reached crisis proportions.
President - elect Donald Trump has vowed to revive the flagging U.S. coal industry, but a new analysis suggests
cheap natural gas and falling prices for wind and solar power mean there are few places where it
makes sense to build a new coal - fired power plant.
The U.S. Department of Energy aims to
make electricity from the sun
cheaper than that from burning coal or
natural gas
Today the
cheapest way to
make H2 is in a chemical plant that breaks down
natural gas.
If they do, it may one day
make it
cheaper to derive commodity chemicals and fuels from
natural gas than from petroleum.
How do you
make mirror - concentrated sunlight
cheaper than burning
natural gas?
The
cheap hydrocarbon is
made using petroleum and
natural gas, and the way it is produced emits more carbon dioxide than any other chemical process.
«
Cheap natural gas, the rapid decline in the cost of solar and wind generation, and continued flat electricity demand
make it next to impossible that U.S. coal production will significantly increase in coming years.»
This has happened in part because much of the Northeast relies on readily available hydropower from Canada and rapidly expanding
natural -
gas - fired electricity generation
made possible by
cheap natural gas from newly exploited shale deposits in Pennsylvania.
By Alysha Webb, Editor and Publisher
Cheap natural gas may be good for the U.S. economy as a whole, but it has
made life more difficult for Stephens Auto Center, located in the heart of West... Read more
The lower carbon dioxide emissions and
cheaper fuel costs
make natural gas an attractive alternative to petrol and diesel, both ecologically and economically speaking.
4 How will the abundance of
cheap Natural Gas be used between the competing interests of Big Oil (Export) and Big Chemical (Use internally to
make cheap chemicals)?
Subsidies were biggest in Russia, with about $ 40 billion a year spent mainly on
making natural gas cheaper, ahead of Iran with $ 37 billion.
I suspect that we will be hearing a lot more about hydrogen cars too; the fossil fuel companies might well fund a fake «hydrogen economy» because the
cheapest hydrogen is
made by steam reforming of
natural gas; people think that this is somehow better than just running a car on CNG.
Power generators are turning away from coal for a host of reasons: In some instances
natural gas is
cheaper; many states are requiring utilities to generate a certain portion of electricity from renewable resources; individual cities (and even an entire Canadian province) have decided to stop purchasing electricity created by burning coal; and new Environmental Protection Agency regulations are
making it more expensive and less economical to use coal plants.
The assumption undergirding EP's analysis was that
cheap natural gas, heavily - subsidized solar and wind, and flattening electricity demand,
make nuclear plants less economical everywhere, not just in deregulated markets.
And, Kelley pointed out, though shale
gas deposits are
making natural gas cheap right now, «nobody expects that to last, not even the people in the
natural gas industry.»
We (and others) have voiced concerns that taxing
natural gas, but not taxing coal, could
make coal a relatively
cheaper source of electricity despite its heavier carbon footprint.
And if
natural gas makes energy
cheaper, the study argues, people will use more energy rather than cut back to save money.
First, more than thirty years of government funding for unconventional
gas research, demonstration, and tax credits have contributed to a glut of
cheap natural gas,
making everything from solar to wind to nuclear uncompetitive, at least in the near - term, while also driving America's shift from coal to
gas.
Low - cost
natural gas is
making gas - fired power plants
cheaper and more competitive to operate, causing less cost - competitive coal and nuclear to retire.
It takes six decades between the time the decision is
made to go with a particular energy generation form and the time it's end of life; committing to coal or
natural gas right now, today, is the less economical choice, and fiscally irresponsible, because by the time the plant is built, there will be a 50:1 ratio of
cheaper solar / wind / hydro / geothermal / wave years of service committed to.
This new government data is also just the latest evidence that the U.S. is leading the industrialized world in carbon reductions thanks to
cheap and abundant
natural gas made possible by fracking.
Furthermore, the IEA report
makes it clear that abundant
cheap natural gas could push renewables out of the market unless there is a price on carbon or aggressive economic support for non-fossil renewable energy.
In the context of the US, this trend has been magnified by a preponderance of
cheap natural gas, which has
made coal an increasingly superfluous fuel to generate power.
Suppose further that because of resource depletion and technological change including
cheap fracked
gas, the coal - miner's job is ultimately unsustainable; in contrast, the farmer's job was sustainable if very difficult in the face of
natural weather events, but is being
made ultimately unsustainable by the additional stress from climate change.
But he wholly fails to explain what the implications of the variability problem is (the need for overbuild of generation capacity and expensive / unfeasible large - scale energy storage), nor whether, if an effort is
made to deal practically with these problems in real national electricity grids, the «increasingly
cheaper» renewables will ever become
cheap enough (when all relevant real - world factors are considered) and reliable enough (without
natural gas «backup»), to actually substitute for and displace fossil fuels (or nuclear) at the scale required.
It could
make it easier to get currently very
cheap Marcellus / Utica
gas into the center of the country and perhaps even increase overall
natural gas output.
Asked whether nuclear can compete with today's remarkably
cheap natural gas, Morris said the fuel cost is not what
makes natural gas attractive.
Most importantly, this scenario pre-dates the fracking revolution that has flipped the use of coal and
natural gas in the United States by
making natural gas so
cheap and plentiful.
And since fracking
makes natural gas cheaper, it helps stimulate a switch from coal to
gas.
So when you
make natural gas cheaper, there's a net benefit from the one - third of it that squeezes out coal but a net loss from the two - thirds that simply represents higher consumption of
natural gas.
GreatPoint Energy developed the most efficient process for
making substitute
natural gas from
cheap coal 5 years ago.
Accio believes that the systems can achieve unsubsidized cost parity with coal and
natural gas, which would
make offshore wind generation with EHD the
cheapest energy option for most of the world.
Natural gas prices are at a 7 - year low, it generates less emissions than coal, and we happen to be in the middle of trying to reform our energy policies to
make them
cheaper and less polluting.
That is a no regrets approach — especially if building nuclear power plants can be
made as
cheap or
cheaper than mining coal and transporting it to the plants to burn it (or oil or
natural gas).
So, on top of retrofitting old alarms, you can buy a Roost Smart Smoke Alarm that can detect CO, all types of smoke (Roost uses a modified ionization sensor, called IoPhic,
made by Universal Security Instruments), and
natural gas, or you can get a
cheaper smoke - only alarm.