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Over abundant power The solar power reaching the top of the Earth’s atmosphere is about 1.366kW/m2.58 In other words this is tantamount to having a 1.3 GW power station above our heads for every square kilometre of Earth’s surface. Or to put it in another way the solar power at the top of the atmosphere is more than one million times the installed power capacity used by humankind in its power stations, factories and vehicles. Or yet expressed in another way, the solar energy reaching the atmosphere each year is well over 100 million times the energy used by humankind yearly. From Page 53 Dr Louis Arnoux e-book "Peak Oil, Climate Change & All That Jazz" |
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Peak Oil Will Dwarf Financial Crunch Soon |

| NET ENERGY - What is it? |
See also |
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At zero net energy from oil and gas well things simply STOP:

Imagine life without cars, buses, trucks, trains, ships or planes. The world is largely unaware of just how dangerously close we are to such a situation. The energy crisis is immediate, a matter of a few years, not decades.
Currently the world is on track to reach close to nil net energy
from fossil hydrocarbons (oil and natural gas) well before 2020 (i.e. before the recession clicked was around 2015, now it could be a bit later).
all fossil fuels, i.e. including coal, humankind is on track to get to nil net energy before 2040 and probably before 2030.
Few people comprehend why and what this means.
We do not live on crude oil. We live on Joules of net energy produced and distributed to end users using raw materials like crude oil, raw natural gas and coal.
It costs energy to get energy.
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As the easier sources of fossil fuels get used up, it costs more and more energy to get energy to a point when we reach nil net energy. That is the point when the amount of energy produced is the same as the amount invested to get it: there is zero net energy left to do anything else.
To calculate net energy it is necessary to take into consideration the indirect energy in the equipment and people involved in getting energy, i.e.
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EROI
2000's 10:1
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| Energy Return On the energy Investment for oil and gas (EROI) | |
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Peak Oil doesn't mean 'running out of oil', but rather 'running out of cheap and plentiful oil'. Inexpensive oil supports our very way of life, as we know it. It is crucial for our transportation, food production, economy and basically everything that we use on a daily basis.
So whether people are aware of it, understand it, like
it or not makes very little difference - humankind is on track to
nil net energy within next 10 years!
Unless……
Read
More

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Oil peaking, the International Energy Agency coming out of denial and acknowledging that supplies will fail meeting demand within 3 years, 5 at most (IEA, Medium Term Oil Market Report, July 2007). |
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Net energy from oil and natural gas declining fast expected to be close to zero within 10 years, 15 at most. |
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Climate Change accelerating with prospects of substantial increases in extreme weather - 10 years only to act to avoid the worse. |
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100-year plus drought and acute water shortages . heavy-handed restrictions and severe costs of new water sources (e.g. sea water desalination). |
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Power supply brownouts and blackouts increasing in frequency throughout the country. |
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Still no decent broadband communications in spite of much political debate and massive tax paid subsidies. |
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Threat of endless political debates and inaction leading to massive Government intervention with drastic and rather narrow-minded .cold baths by candlelight. conservation policies, including high carbon taxes, restrictions on car use, taking off the road cars that fail energy efficiency standards, substantial increases in fuel, electricity and communications prices, and the illusory trading of improvable carbon credits. |
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Threat of potentially wrecking economic growth. |
The above threats are daunting. They have begun to bite severely. There is a sense of powerlessness at business and individual levels.
- by Michael T. Klare - 16 April, 2008

IT'S A WHOLE NEW WAY OF
THINKING ABOUT ENERGY!
Sudden Disruption Amazing
New Air Car - It's NOT About the Air!
And it's not even about the car!
It's a whole new way of thinking about energy!
Read More
MISCONCEPTIONS
Dr Louis Arnoux wishes to
clarify comments posted on
The Oil Drum-Australia/New Zealand
(Part
1 at tail end of blog)
IT MDI – Energy – What’s it about?
It’s great to feel the excitement, interest and intrigue about the MDI “air car” as posted on The Oil Drum – Australia and New Zealand. However, a large number of those comments are in my view mistaken and made without the required knowledge and expertise. In this posting I wish to clarify a few matters.
Read More
THE AIR CAR
PART 2
Q & A With Louis Arnoux of IT MDI-Energy as
posted on
The Oil Drum-Australia/New Zealand
I asked Louis if he would like to do an
interview to answer some of the questions we had about the IT MDI-Energy
Technology.
The bitter irony of the emerging situation is that, due to extremely high inefficiencies, directly or indirectly, we are currently forced to literally throw our hard won money out of the windows or up chimneys - roughly speaking some 80% and sometimes more of what we pay for energy, cars, transport fuels, and communications is effectively wasted.
COMPRESSED AIR ENERGY with Thermodynamic cycle
- Compressed Air Engine
- Based on the new thermodynamic cycle
- External heat source combined with compressed air as the energy carrier and storage medium.
- Air storage pressure 300 bar, engine operating pressure 30 bar.
- Efficient, clean and clean external combustion, "multi-fuel" capable, enables competitive use of biomass fuels and "direct thermal solar".
- Surplus power used to recharge the compressed air storage.
- Overall energy efficiency more than twice that of internal combustion engines and capable of reaching over 70%.
- Enables impressive cost reductions for manufacture, operation and maintenance of low cost, zero emission vehicles and environmentally sound distributed power generation.
It is not that energy is scarce. Yearly the earth receives many orders of magnitude more energy from the sun than humankind could ever require. Humans create scarcity not nature and they do so because of how they have been thinking so far. Instead of looking down to find more scarce, very expensive and polluting fossil fuels we must now look up and harvest vastly abundant, cheap and clean solar energy. Solar energy is inherently distributed and is available to all.
Keys to harvesting and supplying it
cost-effectively lie in fractal mesh networking as developed by
IndraNet Technologies (IT) and in high efficiency distributed
energy conversion technology as developed by
Moteur Development International s.a. (MDI).

| RENEWABLE ENERGY |
see also |
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Oil and the other fossil fuels are finite resources that that millions of years to produce, whereas air and solar surround us in abundance, we just need to find better ways to harness them.
Net Energy is the energy available for any kind of economic activity after one has deducted the energy that has been used to obtain it, that is, the energy used in exploration, mining, well drilling, building and operating pipelines, tankers, refineries, power stations, etc., and also in making the steel, the concrete, the machinery involved in making all of these, and in distributing and selling that energy.
Few people would confuse the cost of raw material inputs to a process with annual sales of the end products and net profits after depreciation. And yet this is what most people do with energy. What matters is net energy available for all forms of economic activity, that is to say, the net energy available when one has deducted all the costs and depreciated all of the energy capital involved in getting energy supplies to market.
| EROI (Energy Return On Energy Investment) and Net Energy from oil, natural gas and other fossil fuels are fast declining. EROI for oil and gas is projected to reach 1 ( it will cost $1 to get oil worth $1) and Net Energy near zero around 2017. EROI for all fossil fuels is expected to have reached zero well before 2030. | ![]() |

| ENERGY EFFICIENCY |
. |
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What does it mean?
The paradigm shift
needed is a shift from thinking in terms of
Million barrels of oil per day and very low net energy
technologies
to
Megawatts per
square kilometre of solar energy
and high net energy technologies.
The latter means point-of-use energy harvesting, matching the grades of energy sources and energy use (e.g. use low grade energy sources for low grade heating requirements), storing small amounts of energy in highly distributed fashion and non-hierarchical, networks of networks, mesh communication and energy networking.
Is it energy efficient to pump oil in Middle East, transport it, refine it, distribute it - I don't think so. To harness solar energy in the area you use it would be much more cost effective. This can only happen went we begin to change from the current hierarchical to non-hierarchical, in other words make cars where they will be used not ship them half way around the world. Use new sophisticated networks and generate power at point of use and sell excess back to grid instead of.
Energy conservation is the practice of decreasing the quantity of energy used while achieving a similar outcome. By reducing emissions, energy conservation is an important part of lessening climate change. Energy conservation facilitates the replacement of non-renewable resources with renewable energy.

If this is the first time you are hearing about Peak Oil, you are among the majority of the population. Peak Oil doesn't mean 'running out of oil', but rather 'running out of cheap and plentiful oil'. Inexpensive oil supports our very way of life, as we know it. It is crucial for our transportation, food production, economy and basically everything that we use on a daily basis. Read more at http://www.crudeawakening.org/
Dr Arnoux and Mr Nègre both pointed out that while the challenges of Climate Change are real and pressing, the challenges of Peak Oil and of the peaking of other fossil fuels are much more immediate and potential dire. Source
The effect of greenhouse gases and CO2 emissions are major factors but by addressing Peak Oil and other fossil fuels can be found a major way reversing these processes and giving us a cleaner planet to live on.
Technology which uses compressed air and solar, greatly reduces carbon emissions, and leaves a tiny carbon footprint, it is cheap, renewable resource must surely be good for the planet.

Plan B
A range of revolutionary
energy
and
transport products and services
at extremely competitive prices and with zero pollution! This will
remove the present dependence on oil, natural gas, coal and nuclear.
The ICET
Package of
Information,
Communication,
Energy
and Transport
solutions is being rolled out by IT Mondial in Australia & New Zealand
more info.....
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| From Peak Oil | To | Solar & Compressed Air Technology |
Amsterdam shows us the way! - New
Energy TV - waste fuelling transportation - 3
February 2009
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