DailyDirt: Harnessing A Lot Of Energy Ain't Easy

from the urls-we-dig-up dept

We’ve mentioned some advances in fusion energy research not too long ago, and it looks like Germany is ready to take a few more baby steps towards figuring out how to control insanely hot plasma. Still, we’re a long way from plentiful fusion-generated electricity (not counting solar), but if we want to stop burning fossil fuels, we’re going to need to do some more research.

After you’ve finished checking out those links, take a look at our Daily Deals for cool gadgets and other awesome stuff.

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Comments on “DailyDirt: Harnessing A Lot Of Energy Ain't Easy”

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Agent76 says:

German Renewable Energy

I would not hold my breath on that idea! If this were not their sign I do not know what would be.

Dezember 6, 2014 German Renewable Energy Keeps Blacking Out! Supply Often Less Than 2% Of Wintertime Demand

The folly of Germany’s mad rush into renewable energy, and the country’s hysterical obsession with its suicidal fast-track shutdown of its stable base-electric-power generation.


Nov 30, 2015 IEA’s World Energy Outlook 2015

The CSIS Energy and National Security Program is pleased to host Dr. Fatih Birol, Executive Director at the International Energy Agency to present the IEA’s World Energy Outlook 2015.


Personanongrata says:

Fossil Fuels have been Humanities Best Friend

Still, we’re a long way from plentiful fusion-generated electricity (not counting solar), but if we want to stop burning fossil fuels, we’re going to need to do some more research.

While it is true that burning fossil fuels may release harmful pollutants into the environment human use of fossil fuels is directly responsible for humanities exponentially increased standards of living and increased life span gained since the beginning of the industrial revolution.

Fossil fuels when ‘cracked’ play the starring role in all Western persons lives on a daily basis from refrigeration, cooking, travelling, fertilizers, pharmacheuticals, plastics, communications, etal. The benefits reaped by fossil fuel usage by humanity are incalculable.

Link to list of everyday products created via cracking long chain hydrocarbons:


The use of fission to boil water, spin turbines and generate electricity is the height of human insanity.

During a nuclear generating stations operation what is known as the nuclear fuel cycle occurs which involves the generation of many dangerous non-naturally occurring radioisotopes and tremendous amounts (tens of thousands of tons) of other highly radioactive waste (eg nuclear fuel) some short lived some very long lived.


The US government in the 70 years after the beginning of the Manhattan Project at it’s Hanford Washington site (other sites too) is still bumbling it’s way through multi-tens of billions of dollars in failed clean up efforts from removing plutonium leeched into the top soil to stopping tens of millions of gallons of highly radioactive effluent slowly leaking from single-walled 70 year old storage tanks into the surrounding environment and water supply.


In the 60 years that the fission for electricity generation experiment has run it’s course there still is no long term storage facility solution to be found in the US and some of the toxic by-products already released into the environment thus contaminating large areas totaling millions of square miles and poisoning us for billions of years (eg depleted uranium) to come.


PS The scientific jury is still out on the origins of long chain hydrocarbon deposits.

The highlighted paragraph and sentence below were excerpted from:

Petroleum Its Origin

The precise details regarding the twin problems of origin, and migration and accumulation of petroleum have yet to be fully answered. Recent advances in analytical chemistry and geochemistry have advanced the knowledge and understanding, but issues remain to be resolved.

There are two theories of origin: Organic (bionic) or Inorganic (abionic).


M. Alan Thomas II (profile) says:

Small nuclear reactors may be expensive, but large ones . . . well, the infrastructure cost of the plants themselves is expensive, but the production cost of the energy is cheap.

Of course, on the safety front, the safest reactors are the newest models, while we’ve been so worried about safety in the U.S. that we haven’t let anyone build them (or any new reactor) and instead keep extending the permitted operational life of the old ones. 9_9

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