He made no such promise, as you well know. You, with typical absurdity, demanded it. Most readers will be able to understand the difference.
Yeah. I know he didn't promise anything. He is just afraid to post a prediction that I can make fun of.
The reason I posted that was just to see if I could get his attention. I figured he would get mad that I said he promised. When he complained, I was going to say sorry, but as long as we are talking, perhaps we could carry on the Etp discussion in a more serious and civil manner.
But then you answered instead. Funny thing is, that just keeps happening. Every time I ask a hard question to someone, and there is some continuity to the discussion, some one else jumps in and changes the subject. It's been going on for quite a while now. It's like tag team. It's almost like it is planned that way. Conspirare. Oh well.
Thanks for summarizing your arguments:
1) the misguided attempt to apply an entropy calculation to a thermodynamic "system" that is not finite.
I don't think you understand how the Etp model is designed. It uses three nested control volumes.
"Crude oil is used primarily as an energy source; its other uses have only minor commercial value. To be an energy source it must therefore be capable of delivering sufficient energy to support its own production process (extraction, processing and distribution); otherwise it would become an energy sink, as opposed to a source. The Total Production Energy ($$E_{TP}$$) must therefore be equal to, or less than EG, its specific exergy. To determine values for $$E_{TP}$$ the total crude oil production system is analyzed by defining it as three nested Control Volumes within the environment. The three Control Volumes (where a control volume differs from a closed system because it allows energy and mass to pass through it's boundaries) are the reservoir, the well head, and the Petroleum Production System (PPS). The PPS is where the energy that comes from the well head is converted into the work required to extract the oil. The PPS is an area which is distributed within, and throughout the environment. It is where the goods and services needed for the production process originate. This boundary make-up allows other energy, and mass transfers to be considered as exchanges, such as natural gas used in refining, electricity used in well pumping, or water used for reservoir injection."
~BW Hill
2) the failure to allow for the added value of oil beyond its mere calorie content.
It doesn't seem to be necessary, since the Etp model forecasts the yearly average price of oil with an accuracy of 96.5%.
3) the failure to recognise that the GDP/kWh is not fixed, because the world is continually getting more efficient in its use of energy.
Like I said, the Etp model forecasts the yearly average price of oil with an accuracy of 96.5%.
Number 1 above is the important argument. I think the nested control volumes answers your criticism sufficiently.
Numbers 2 and 3, if they were really important and could be factored in, would amount to a refinement of a working model that is already performing nearly perfectly. Thus, even if numbers 2 and 3 were true, it would not invalidate the Etp model.
What else you got?
---Futilitist