View Article  Provenance
I wrote a week ago about buying Belgian chocolate, and talking to the chocolatier and finding out about what goes into the average chocolate bar. We all know about the Chinese milk scandals involving replacing milk solids with melamine.

If you go to your local supermarket and buy garlic, you will probably find that it was grown in China. The oranges that provided the orange juice were probably grown in South America. In a flat world economy how do you determine whether the goods that you buy actually have in them what you assume they do?

We may not understand yet how much we need provenance.

In the art world provenance is about being able to determine authenticity. But we are fast approaching a time when we need it for everything. How else can we make important purchase decisions?

And it isn't just food that is important to be able to authenticate.

Its products of every kind.... Last week our less than two years old dishwasher broke down. This was the second time in a month. The first time it was a sensor that checks for water overflow. It was taken away and repaired under warranty. So no problems. This time, still under warranty, it was taken away for investigation, and this morning I got a phone call to say that the motor had blown up, or melted down and needed replacement...

While the repairman was pulling out the dishwasher I talked to him about the fact that we are going through a similar problem with our oven - the second oven in two years, with this one being a replacement for one where the hinges on the door wouldn't work properly. And now we have a similar problem with the replacement.

So I thought I would try to get the low down on which dishwashers are the best from the point of view of the guy that gets called out to repair them. So he started telling me how all the motors for all the dishwashers now come out of two, count 'em, factories in China. So his advice was basically, "Look - all the dishwashers are fundamentally the same, with slightly different designs with some being engineered better than others, but the working parts, circuit boards, motors, etc are fundamentally the same".

To me what this cries out for is provenance. We need to know where things actually come from. If we all knew that all the dishwashers are fundamentally the same, how much would that alter our purchase decisions? And then how much better would the manufacturers want to make the quality brand offerings?

Now there apparently are some exceptions to this rule. If you buy the absolute top of the line products you get quality. And that is the only alternative we have.

This is the fruit that we harvest from a globalized economy.

Provenance is the only option....

And it can probably be delivered by the use of RFID tags on absolutely everything. Imagine going into the store to identify a dishwasher that are considering and being able to scan the product for its working parts and where they came from so that you can then scan an alternative product. Determine whether they both came out of the same factory and just have a different front panel... I think that this would be pretty interesting. Not something that any brand would want. But if you could do it, I think it would change the consumer society radically and positively.
Keywords: ,
View Article  Invoking Schumpeter
In the last couple of days I have been involved in meetings with two fairly substantial companies on behalf of a client.

Both publicly listed, one is a manufacturing company that has a large slice of the market in Australia for its products (Company 1). The other is a company that is a relatively new company where the business model is driven very strongly by R&D (Company 2).

But both are interested in clean tech energy solutions as a key future driver for their business models. Company 1 is essentially an old technology company and Company 2 is a disrupter.

At the meeting with Company 2 I found out that one of the executives had previously been an engineer at Company 1. Consequently he had some insights into Company 1’s systems and underlying philosophies. Having been exposed to some of those earlier in the day, it was interesting to get a view through a different lens.

His view was that Company 1 was so wedded to its production line and the investment in it to create a high level of efficiency and quality that management was unable to reconcile the concept of significant change. A product of the kind that they knew that they needed actually required a total rethink in terms of production line technology inputs and expectations as to volume outputs of their product.

In effect Company 2 appears to be owned by its production capabilities rather than the other way round, and ironically shackled by its own success.

This puts Company 1 into an interesting and not necessarily good position. As a result of the GFC its order book went from 120% of manufacturing capacity down to 75% of manufacturing capacity over a year and a half. Over the same period the spot price for the key raw materials for its manufacturing doubled. Even with the lay off of staff that was undertaken, margin shrinkage meant that the company is now only marginally profitable.

Company 1 has a problem. Even with a highly efficient production line and continuing market leadership, the kind of investment into R&D that is required to maintain momentum has to be looking somewhat risky.

Disruptive technologies are at the heart of the concept of Creative Disruption. Company 1 appears to me to be in the early stages of experiencing a major disruption.

But if you were on the inside of the company you might see it differently. That is certainly the case in many businesses in Australia that have weathered the storm of the GFC and who are optimistically looking at a return to normal growth patterns in the near future. Many of them think that disruption happened and it was just a blip on the radar. They couldn’t be more wrong.

How does a company that has been around for a long, long time alter its thinking to encompass the concept that the disruptive forces of innovation are not about incremental productivity gains. They challenge the model holistically. The only solution is to rethink the whole.

Company 1 recognizes that it needs to introduce products that meet the needs of a new dynamic in customer demand, and a new set of regulatory constraints as carbon becomes more front of mind. I can imagine that the board of the company sees the picture from a quite different perspective to mine. Their view would be that they are undertaking a significant amount of R&D. The problem though is that the company appears to have established a set of specifications for that R&D that are driven by their sunken cost into an efficient production line, and a belief that they have thought through the problems fully and understand them fully.

Their R&D partners have quite pragmatically accepted that they need to work to the company’s agenda, in order to unleash the funding from the relevant authorities. So even if they understand that Company 1 doesn’t get it, they agree to do the work, with the belief that they can change the philosophy over time. And that may happen.

But this approach, while quite pragmatic may consolidate and deepens the problem, like the king’s new clothes.

There is an answer, and it isn’t the one that businesses like to hear. Companies actually need to drive parallel R&D programs. These need to operate independently and competitively and need to address the problems within a clearly understood and shared strategic intent.

They need to be prepared to embrace ideas that challenge the concepts of the existing production line or business model. They need to consider openly ideas that are contrarian by nature. They don’t need to immediately jump into rolling those out to market. But they do need to consider that there may be a greater risk to a business as a going concern by having a group of internal managers and decision makers whose recommendations and decision-making is driven by a rusted-on corporate culture that may owe more to rhetoric at the end of the day, than to reality.

Revolutionary thinking is what drives innovation. Innovation drives disruption. And as Schumpeter says, wealth is destroyed as wealth is created. We continue to sail into waters that are unpredictable, where even giants can be humbled. Gaining insight into how to navigate the storm is the trick if you want to avoid being on wealth destruction side of the equation.
View Article  Empathy And The Common Good
We are living in a constantly changing world. More of those changes are taking place than we have ever experience before, and for some reason people are shocked by much of the change.

But we shouldn't be.

Much of what is taking place should not really be surprising, because it is largely predictable.

All this you probably realize. The big issue is how do you get some benefit from the insight? How do you get to predict not just the what but the when?

I was listening to an interview with Jeremy Rifkin on the BBC the other day who was talking about the need to re-examine the philosophy that we have currently - built on enlightenment principles - and establish something new designed to reflect a global economy, a totally interconnected and interdependent human and planetary ecosystem. Very visionary stuff. (This is a link to the interview)

That got me thinking about the dilemma that many companies find themselves in as a result of the tide of digital technology that has first generated huge productivity gains and now threatens to utterly disrupt their models.

Enlightenment thinking is substantially reflected in the US Declaration of Independance - the notion that "all men are created equal, that they are endowed by their Creator with certain unalienable rights, that among these are Life, Liberty and the pursuit of Happiness".

That concept drives not only the individual but the whole of modern capitalistic thinking - in essence the idea that through individual effort profit should ensue. That travels from the individual through to his or her family and the ability to generate wealth and assets. It may or may not have been the original purpose of Jefferson, but it certainly is the interpretation nowadays.

This kind of philosophy travels through to the nation as a whole with countries whose politicians are tasked with developing and executing policies that will be of ultimate benefit to the nation, even though in some cases (as with Obama's recent health policy win) there are a lot of people who don't get it and don't agree with it.

In between lie the companies and their goals of profit to deliver on the pursuit of happiness for the shareholders through increased and continuing dividends.

But a lot of those companies are looking down the barrel of utterly unsustainable business models.

Their solution is one that is quite logical - they put aside their natural enmity with their competitors and go to their industry association and ask the industry association to act on their behalf, "for the common good". This concept allows the cost of action and the benefit to be socialized, which generally makes sense.

But the problem nowadays is that in developing a "common good" strategy, which is what it is, even if they don't express it in those terms, they start to butt heads with players that have an even bigger "common good" position. These are giant corporate players with massive balance sheets and huge revenue bases such as Google, Microsoft, Apple and other whose brands have become synonymous in the public perception with delivering - not necessarily benefit to humanity per se - but certainly empathy.

The empathy that these companies promise - and deliver on in spades - is the thing that most of the companies that they disrupt do not provide. Jeremy Rifkin doesn't talk about tranformation management in the interview that I listened to, but does talk about the need for empathy on a global basis. I think this is a very powerful concept and is one that, if translated into corporate strategy, can help solve problems and re-invigorate profits. It is actually about delivering a bigger "common good" promise.

Think about content companies as a start. They are fighting a losing battle against piracy in their view. Why? Because they insist that ordinary people sharing content is leeching away their profits. In acting to stamp this out they move to alienate a good deal of their customer base and demonstrate their total lack of empathy with their customer. Now the customer may be wrong to share the content, and may be breaking the law. But having a customer that is wrong is nothing new. All successful business is based on selling people what they want, and not necessarily what they need. But when you start to alienate your customer you are unlikely to sell them anything.

Clearly the content companies need to understand that it is imperative to build empathy first and not destroy it. How do you get to do that when your profits are apparently going up in smoke because the latest iPod enables me to keep on it literally tens of thousands of songs? If I bought them on iTunes it would cost me tens of thousands of dollars. Clearly that isn't going to happen. Google enables me to find songs that I might want to download through a simple search mechanism. My Microsoft operating system allows me to develop data bases of information and to write down my ideas and more... Each of these companies actually has a very real contribution to an empathetic common good solution for me as a consumer.

The big challenge for the content companies is to realize that in order to survive and thrive they are going to have to learn how to deliver the same promise as these companies. It can be done, but it isn't easy. If it was they wouldn't be struggling in the way that they are.

But it isn't just content companies that face this challenge. Every business that can't figure out how to position itself and its model to deliver a common good outcome that is about the customer and not about the shareholder will find that it is going to be disrupted. As it tries to find solutions that are all about delivering shareholder value and not empathetic human value it will find that it keeps on going down a pathway that is ever more circuitous and doomed to failure.


View Article  The Hunt for Billy Joel and GAME-ON-DUDE

 

OR

 

Why the Music Industry is Losing Money…..

 

Whilst researching statistics for an article I am doing, I came across a little historical gem.

 

The first CD ever issued back in 1982 was “52nd Street” by Billy Joel.

 

I looked it up on Wikipedia

United States The Billboard Pop Albums 1[3] 76 7x Platinum[4] 7,000,000+

 

Which is not bad if you consider the USA population. In other words

 

Percent             Sales              Population

2%

7,000,000

330000000

 

Or one in forty-seven people have a copy of the album in the USA.

 

There was a link on Wikipedia ^ The RS 500 Greatest Albums of All Time : Rolling Stone which took me to the Rolling Stones page.

 

352 on the Rolling Stones Magazine list of Greatest Albums of all time.

. 52nd Street, Billy Joel

 

and, I could listen now.

 

 

But only if I was in the USA.

 

But wait, there were other options available on the Rolling Stone page.

 

Buy RS cover reprints!
Download the cd!
Buy the album at Rhino.com

 

I clicked on Download the CD.

 

 

 

I clicked on the “Listen to Radio” button and was taken to the European site of http://europe.real.com/music/

 

Where my original search request had been dropped. I typed in 52nd Street again….

 

52ndsearch.gif

 

 

 

52ndresult.gif

 

 

Which of course was not what I was looking for.

 

I had lost the Rolling Stone page by this time. So I thought I would try Last.fm

 

Curiously, Last.fm would let me listen to Billy. Facilitated by becoming a member. In other words, there was no option to remain anonymous.

 

It’s a shame that the efforts of the industry at legitimizing music downloads don’t appear to extend beyond the borders of one or two countries.

 

i.e.: In a perfect world, where a supplier is interested in engaging with me, the consumer, rather than being fobbed off with the:

 

“For music and entertainment services available in your country, please click here……

 

Which, by the way took me to the same place that thought “52nd street” equaled everyone BUT Billy Joel.

 

If American programmers can’t yet work GEO IP location databases to find out where an AU APNIC registered IP address originated from, then the music biz is in real trouble.

 

Hint Rhapsody and Real…. Please see the Resources section below for free GEO-IP software and if you would like Aussies as customers maybe you could link them to a service that knows that the worlds first CD was 52nd Street by Billy Joel.

 

Alternatively and until you do, users are probably still going to use the convenient, no hassles, works every time option…..

 

Emule doesn’t require me to be any particular country, nor does it require that I offer up my user details for statistical analysis.

 

 

On Emule there were 45 instances (file versions) with 54 people offering to share their copy with me.

 

Had I elected to download the track, I could have been listening to it within seconds, hassle free and still anonymous.

 

There-in lies the principal challenge for the industry.

 

How to replace the convenience and accumulated habits of consumers with revenue earning alternatives.

 

We are impressed with many of the digital available alternatives.

 

So I have but one question…. Why couldn’t I listen to Billy Joel via the Internet anonymously?

 

 

 

SneakPeak. (OK it’s the Perceptric version of a Trailer……..)

 

For all those wondering what I have been up to for the last ten days with nary a blog post or a how’s your doody…..

 

It’s been an interesting start to the year.

 

Two reports came out in the last couple of weeks.

 

The IFPI Digital Music Report 2010

 

Music How, When, Where

You Want It – But Not

Without Addressing Piracy

 

and the independent report that emanated from Tera Consultants.

 

Building a Digital Economy : The Importance of Saving Jobs in the EU’s Creative Industries

 

For some time we have been saying that the downturn in sales [if any] has more to do with format change (Compact Disc to Digital) and the industry’s slow response to consumer demand than P2P.

 

 

Although we have found that there are positive indications of file sharing damaging catalogue sales, we are unable to come to the same conclusion on new releases.

 

Whilst perusing the Terra report, found some criticism of the Oberholzer-Gee & Strumpf  2007 paper

 

– Most studies conclude that the impact is negative

and significant (even if, in some cases as

Oberholzer-Gee and Strumpf (2007)133, the effect is

supposed to be negligible)

 

133The results of Oberholzer-Gee and Strumpf (2007) were contradicted by Blackburn (2007) and

Leibowitz (2007).

 

A similar comment in the IFPI 2010 Digital Music Report;

 

“There is one study (Oberholzer and Strumpf, 2004) that claims to find a zero impact but it

has been frequently discredited. All the other studies find some degree of negative

relationship between file-sharing and sales of sound recordings.”

 

again in the Recording Industry In Numbers 2009 report;

 

A well-publicised study by Oberholzer and Strumpf (2004) found

no link between the fall in music sales and illegal downloading.

This study was reviewed by Liebowitz who concluded that “it

is probably something of an understatement to say that [their]

results did not hold up well under this re-examination” (How

Reliable is the Oberholzer and Strumpf Paper On File-Sharing?).

 

 

Being a curious chap, I read the Leibowitz commentary and let Google do the walking…..

 

Here are the concerns I have put to Professors Oberholzer and Strumpf.

 

Secondary Issues: Your Instruments

 

In Table 11 your instruments are different for each album. In Table 12, your instruments only have 17 observations, one for each week. That doesn’t seem like much information on which to explain the downloading behavior toward 670 albums. I am particularly concerned about the German school holiday variable. To start, I am surprised that the coefficient was even positive. I looked at German school holidays and I see that there are usually 12 days in October plus the typical Christmas holiday. Yet according to Table 3, October is when downloads were lowest. Is there something else going on here? Would you mind providing data on the number of German kids on vacation for each of your 17 weeks? (What a ridiculous question from a learned academic – I did not know that sarcasm was an approved method of querying statistical results or analysis.)

 

There appears to be more going on here than meets the eye….. I always thought that academics earned their spurs by being dispassionate and independent.

 

How important are the files of German school children to American downloaders? We really do not know. You only provide data on the total files of Germans used by Americans. 

 

That’s interesting, because although I am familiar with the work of Oberholzer-Gee and Strumpf and don’t exactly agree with all their findings, this was one area of research that I had conducted extensive samplings over – i.e.: increases and decreases in file sharing based on school holidays, work start times and work end times and our data correlated the small sample numbers of the Oberholzer-Gee and Strumpf analysis.

 

This was obviously a velvet gloves off (game-on) situation, where analytical economic theory fails against actual raw data collection.

 

Many of our readers are aware that we set-up and ran for six months (April-September 2009) an ed2k server (non-indexing) to collect search request data from Australian IP numbers.

We restricted the access numbers to 1000 users but still amassed 6 GB per day of search request data.

 

In part to assess the damage or lack of, that file sharing was causing to media creators and in part to confirm the Ipoque data that users were no longer as interested in downloading music files.

 

With the server located initially in Melbourne for the first few months and then Sydney, we discovered that it was still a target of attempted (futile, because it didn’t index users files) server use by international IP numbers (even though it had an overseas latency figure of over 1400 ms).

 

The Kademlia XOR next available bucket does not respect RIPE allocation of IP numbers.

We briefly discussed the Kademlia Protocol in P2P with a Condom. (A blog article and not a formal research paper).

 

However the relevance of the German school kids files to Americans would be in the time differences between the two continents and the habits of user in keeping their computers on all night.

 

If on holidays, obviously, German kids computers are not being left on at night and not making available (average 800 files each) for the download of American kids.

 

This unfortunately is a serious flaw in the understanding of Leibowitz.

 

I wondered if a learned academic can make such an obvious mistake in the analysis of other academics data studies, was it time to speak up about the results of our own empirical data set?

 

Australia is an island without the luxury of gigabyte speed unmetered intercontinental connections. Each megabyte costs someone somewhere (our data says that it is usually the employer that pays) about $0.10 cents. Therefore, as a semi-isolated ed2k enclave, Australia is particularly useful as a reference analysis of XOR propagation.

 

Not-withstanding my above comments, we have noticed a very similar effect related to a children’s television program called Hi-5.

We covered this (briefly) in an article last year, Australians Digital Economy Request For Comments Q.23

 

Google discovered a new Oberholzer-Gee & Strumpf paper, from 2009, and I quote there-from;

 

While the majority of papers reports some sales displacement, the four studies using actual measures of file sharing (Tanaka, 2004; Bhattacharjee et al., 2007; Oberholzer-Gee and Strumpf, 2007; Smith and Telang, 2008) find that file sharing is unrelated to changes in sales.

 

 

What I found most interesting is that everyone ignored the official Netherlands paper,

 

Economic and cultural effects of file sharing onmusic, film and games (TNO)

 

Which is the only paper apart from a Canadian paper, (referenced) to have brought up the positive cultural aspects of file sharing.

 

The research shows that the economic implications of file sharing for welfare in the

Netherlands are strongly positive in the short and long terms. File sharing provides

consumers with access to a broad range of cultural products, which typically raises

welfare. Conversely, the practice is believed to result in a decline in sales of CDs,

DVDs and games.

 

Therein lies the Dilemma for the European Union (and every country outside the USA).

 

Cultural enhancements for the community or blind allegiance to corporatism.

 

At Perceptric we believe there needs to be a balance, ensuring cultural diversity, the welfare of the citizenry and that new content can continue to be created.

 

So, for the last ten days readers, I have been refreshing the recent material on file sharing including the Leibowitz evidence in the Joel Tannenbaum case.

 

Based on what I have read, it is time to revisit seriously the partially completed analysis of Australian file sharing that I carried out last year and rebut some statements that I consider erroneous and misleading.

 

We thought we would look at actual sales data to ascertain the impacts of file sharing.

 

Sales figures by Numbers of Sales, Record Albums, 1991 – 2009, No 1 Albums by Week (USA).

annualalbumswk.gif

 

Source: BillBoard Charts, Neilsen Soundscan

 

Positive growth (however miniscule) over the whole period. Then again, what happens if we just look at the file sharing years?

 

Sales figures by Numbers of Sales , Record Albums, 1998 – 2009, No 1 Albums by year (USA).

Source: Neilsen Soundscan.

 

Yes, it looks grim for the file sharing community (or someone).

 

And that was before we allowed a factor for population growth numbers…..

 

We leave you with just one more little graph…. Call it thinking music……

 

 

More later in the week.

 

 

Resources:

 

http://software77.net/geo-ip/

 

Reference:

 

A Great Invention a 100 years on.

http://www.sony.net/Fun/SH/1-20/h5.html

 

 

 

View Article  The Dollar, the Oil and Szun Tzu. Part III The End of the World, Again ?
 

Queuing outside the stadium ……


This is the third article in this series.

Part 1 - The Dollar the Oil and Sun Tzu

Part II The Dollar, The Oil and Sun Tzu - Financial



Prologue

In 1992, George Soros took down the Stirling.

He bet that he could push the price down to a position that he would win buy buying it back cheaply to settle futures contracts. Actually, he astutely estimated that the UK were about to devalue the Sterling, and took advantage of the profit that would have gone to the UK Treasury.

 

George won,  the UK Treasury lost.

 

In the last article we said that the IMF was looking at “thinking about alternatives to the dollar”.

 

So what does the worlds leading currency trader think…..? (He tells us that he's retired, but..... from the annals of Sun Tzu:

VII. Maneuvering

15. In war, practice dissimulation, and you will succeed.)


From an interview with George Soros on Yahoo finance in April 2009 regarding his view on the US Dollar. Here are a couple of the highlights…..

 

Interviewer: "So how are you positioned currently in the Dollar?"
Mr. Soros: "Well, I was in retirement, I came out of retirement to preserve my capital, which I did….. so I’m not active in taking positions….Actually the dollar currently is very strong, much stronger than it was this time last year and that is actually a measure of the sickness, the fever chart in a way, because people don't buy dollars because they want to hold dollars, they buy dollars because they owe dollars and can’t
renew their loans, so that is the [venom?] that is  currently supporting the Dollar"
Interviewer:  “Would you advise your fund managers to be long the Dollar at this point?”
Mr. Soros: "Well look, it's a very complicated thing and of course I know exactly what the dollar is going to do but I'm not at liberty to (tell)…”

Interviewer: “What about the British Sterling?”

Mr. Soros:  Same thing applies.”

Interviewer: “And the Euro ?”

Mr. Soros: I’m pretty convinced that the Euro will hold together.”

 

So there you have it, George obviously agrees with the IMF (see Part II of this series of articles).

 

In the interview, Mr. Soros did give some sage advice….

 

Mr. Soros:  Now we have a dual task… One is to stop the collapse… and the second to build a new system.


In Hungarian, "Soros" means, Tight, Strong, Enforce.


He probably wasn’t referring to major banks assisting in the bankruptcy of a country….


Mr. Soros didn't actually tell us how to build the new system. So once, again..... Sun Tzu says:


IV. Tactical Dispositions

1. Sun Tzu said: The good fighters of old first put themselves beyond the possibility of defeat, and then waited for an opportunity of defeating the enemy.
2. To secure ourselves against defeat lies in our own hands, but the opportunity of defeating the enemy is provided by the enemy himself.
3. Thus the good fighter is able to secure himself against defeat, but cannot make certain of defeating the enemy.
4. Hence the saying: One may know how to conquer without being able to do it.

OK, back to the present

 

In Australia, curiously, for such a lucky country, we actually owe quite a lot of money.

 



Australian Liabilities in Various Currencies

 

Australian Position in the US Dollar – Decreasing Dollar Reserves


Source: ABS

So it would seem that we are reducing our US Dollar Assets (well since the beginning of last year) , but increasing our US Dollar Liabilities. It would appear that the Australian Reserve Bank is betting that the US Dollar will go down. By doing this, we can buy Dollars in the future to pay off our increasing USD liabilities, cheaper, which is good for Aussie Taxpayers.

 

OK, now lets see what currency has to do with oil.


 

Australians love their cars and their consumption of petrol and LPG shows it…..

Australian Annual petrol consumption per capita.


Source: http://www.abare.gov.au/publications_html/energy/energy_09/G_09.xls &http://www.abs.gov.au/AUSSTATS/subscriber.nsf/log?openagent&3105065001ds0003_2008.xls&3105.0.65.001&Data%20Cubes&8CB6A3D76A0F3ADFCA2574CC0010B8A6&0&2008&23.09.2008

&Latest

 

However, before you say, “Hey Koltai, we’re keeping it stable….. the above excludes diesel (mainly because it’s too difficult to differentiate between semi-trailer fuel and domestic use.)

 

According to the ABS; “Overall passenger vehicle registrations increased by 13.1% between the 2004 and 2009 MVC snapshots, yet the number of passenger vehicles registered with diesel fuel increased by 80.0%.”

 


Source: http://www.abs.gov.au/ausstats/abs@.nsf/mf/9309.0/

 

O.K. We’re at our seat in the stadium now… the pre-game tension is rising…..

Koltai looks around for the hot-dog vendor……

 

The term "Peak oil" -- the notion that global production of oil will soon reach its maximum, and will subsequently decline (even while demand continues to rise) -- is getting quite a bit of journalistic attention lately. It's not surprising; peak oil is a useful metaphor for the broader problem of not paying attention to longer-term problems, as well as an implicit driver for a move away from fossil fuels.


 

Australian Crude and Condensate Production.


 Source: ABS

 

As one engineer put it…..

 

There are five types of “oil”: "black oil", "volatile oil", "retrograde gas-condensate", "wet gas", and "dry gas".

The distinctions are useful, but the boundaries are hardly distinct. The term "black oil" is particularly imprecise and context-dependent; to a reservoir simulation engineer like me, that means the simplifying assumption that the fluid can be characterized by only two components, one of which can exist in only one phase whose properties we can characterize the other component dissolves in that phase; that phase is "black" as in box, not color. Usually the non-partitioning phase is the "heavy" component (separator oil may contain dissolved gas, but the gas phase contains no oil), but it works the other way, too (separator gas can contain condensate vapor, but condensate can dissolve no gas). When it's applicable, the black-oil assumption saves *lots* of computational effort.

"Condensates" tend toward the lighter end of the spectrum, "crudes" to the heavier. Since most hydrocarbon liquids are pretty close to (CH2)n formula, the "energy" (heating value) content per pound is fairly constant (to a decent first approximation, about 17000 BTU/lb IIRC; for reference a thousand cubic feet of lean natural gas delivered for home uses yields about 1 million BTUs [and weighs about 46 pounds {yes, that's 22000 BTU/lb, but it's mostly CH4). That is, a barrel of 50 API (a density measure) condensate from Hugoton has less energy than a barrel of 12 API crude from Midway-Sunset (API gravity is lower when density is higher).

 

So if we are running out of oil, how will we live?

 

Don’t Panic! This is not the first time that the “End of the Industrialised world – as we know it” has been forecast. Nearly 30 years ago “Limits to Growth”, one of the most influential books of the 20th century, was published (Meadows et al., 1972).  It purported to demonstrate, by means of a computer model, the imminent economic collapse of industrial civilization due to the exhaustion of critical resources. 

It was followed shortly by the 1973 "oil crisis", which immediately lent credibility to such scenarios.  However, when queues at petrol stations went away and oil prices dropped in the 80s, many people concluded the crisis was "phony"--and by implication, resource shortages were too.

 

It wasn't, and they aren't.  US oil production had peaked in 1970—not coincidentally, just before the "gas crises"--and suddenly the USA were at the mercy of the vagaries of foreign supplies.  This has had a major effect on US Foreign Policy.

Unfortunately, cheap foreign oil is limited. Economists and consequently the Governments they work for have vastly underestimated the effects that Peak Oil exploration and production will have on our socio-economic oil dependent lifestyles.

 

 



A report http://criepi.denken.or.jp/en/e_publication/a2004/04kiban03.pdf (no longer available) in March 2002 stated that oil prices would rise from $30 per barrel in 2000 to $40 per barrel by 2025.

(Boy did he get it wrong…..)

 

Although the prospect of "imminent resource shortages" now has an ethereal real-time reality feel, it's simply been postponed by cheap foreign sources. 

However, the devaluing US Dollar is ensuring that those cheap sources are going to keep increasing the prices.

 

It's also extremely disturbing that so many of the technical community also seem unaware of the  degree to which the brave new high-tech future still relies on coal, oil, and minerals all ultimately--and messily--dug out from the Earth. In addition, the global communications revolution is causing a worldwide revolution of rising expectations, which puts further pressure on the resource base.  If nothing else, exporters now have other markets for those resources than the industrialized countries such as the US. 

 

Eventually domestic political concerns may make exporting resources politically impossible, as has already happened in many of the industrialized countries.

 

 

 

Australian Oil Imports –v- Exports


Source: ABS & Abare various

 

Finally, resource issues are being exacerbated by environmental concerns. As is well-known, present technology is polluting, and a major part of that pollution stems from the production and consumption of resources.  The extraction, transportation, and consumption of petroleum have familiar environmental hazards ranging from oil slicks to photochemical smog.   Coal is abundant and cheap, but byproducts of its combustion include acid rain and fly ash, and its mining is both dangerous and environmentally disruptive.

There is a groundswell to clean up the environment and find alternative fuel sources for both transport and power production.

 

In fact it is the authors opinion that the Energy markets are now at the same financial point as the Internet was in 1994.

 

The ,most likely looking candidate are bio-fuels including Hydrogen.

 

Hydrogen gas is being explored for use in combustion engines and fuel-cell electric vehicles. It is the third most abundant element on the earth's surface, where it is found primarily in water and organic compounds. 

 

It is generally produced from hydrocarbons or water; and when burned as a fuel, or converted to electricity, it joins with oxygen to again form water.  Hydrogen is most commonly produced from sources such as natural gas, coal, gasoline, methanol, or biogas through the application of heat; from bacteria or algae through photosynthesis; or by using electricity or sunlight to split water into hydrogen and oxygen.  As stated above, Hydrogen can be extracted or “re-formed” from many organic bases and can be done so extremely cheaply.

However, the easiest, most economical and least talked about methodology is the insertion

of two ferric iron anodes into a glass of water with 1.3 Volts of DC current.

Why the least talked about ? Why don’t we as citizens of a free Western Nation just generate our own Hydrogen for free and run our cars on it ?  Why don’t we use “free” Hydrogen to power our Electricity Generating plants.

Because our entire economy is based on a fossil fuel source.


 

Removing the Fuel suppliers from the industrial world would in fact present the financial world with some severe pressures on asset revaluation and potentially remove trillions from market capitalization.

 

(Probably, not a good thing to do during a global financial crisis.)

 

In other words, minerals in the ground have an asset value that can be securitised and held as a guarantee over for example, Insurance premiums.

In fact this is just how some of our large “super funds” are guaranteed.

 

The following Table shows just how Crude affects our balance of payments.

Compare this chart with the graph above for Australia’s balance of trade.

 

Australian Crude Oil Balance of Payments


(So every Australian personally owns approx. $2,800.00 of our overseas deficit just because we like to drive cars.)

 

OK, I’ll do it for you….

Australia Balance of Trade –V- Oil




Add to this the fact that your Government needs its fuel excise tax to balance its budget and the problem becomes not a technical – how do we make/store/burn Hydrogen, but an economical, how can we introduce Hydrogen into our economy without undermining the very foundations on which our house mortgages, social security payments and public transportation rely on.

 

But remember, Mr. Soros said – that we had to develop a new system……

 

And he’s right. The above chart shows that if we keep importing oil, the country will go bankrupt.

 

So, how about that condensate stuff….. can’t we just convert all our cars to LPG?

Condensate is not actually natural gas or LPG per se….. but let’s not swap our present time bomb for another.

 

Economically, there is little doubt that we need to divorce ourselves from fossil based fuels.

 

Jules Verne in 'The Mysterious Island' in 1870, wrote:

"And what will they burn instead of coal?"
"Water", replied Harding.
"Water!" cried Pencroft, "Water as fuel for steamers and engines! Water to heat water!"
"Yes, but water decomposed into its primitive elements", replied Cyrus Harding, "and decomposed doubtless, by electricity, which will then have become a powerful and manageable force, for all great discoveries, by some inexplicable laws, appear to agree and become complete at the same time. Yes, my friends, I believe that water will one day be employed as fuel, that hydrogen and oxygen which constitute it, used singly or together, will furnish an inexhaustible source of heat and light, of an intensity of which coal is not capable. Some day the coalrooms of steamers and the tenders of locomotives will, instead of coal, be stored with these two condensed gases, which will burn in the furnaces with enormous calorific power. There is, therefore, nothing to fear. As long as the earth is inhabited it will supply the wants of its inhabitants, and there will be no want of either light or heat as long as the productions of the vegetable, mineral or animal kingdoms do not fail us. I believe, then, that when the deposits of coal are exhausted we shall heat and warm ourselves with water. Water will be the coal of the future."


So let’s talk about Hydrogen.

 

Hydrogen can be stored as compressed gas in high pressure cylinders or liquefied at -253˚C in cryogenic tanks.

 

But these ways of storing hydrogen are cumbersome and expensive. Furthermore, outside a limited area in Los Angeles and Germany, there is no existing network for hydrogen transportation and local distribution.

 

 

The cost of pure hydrogen is also relatively high compared to the cost of conventional liquid fuels. The cheapest (commercially available) hydrogen is made from natural gas, has an on-site cost of about $4.85 per gigajoule (i.e. $0.15 per litre equivalent gasoline), whereas liquid hydrogen (delivered) now costs $16.00 per gigajoule (i.e. $0.64 per litre equivalent gasoline).

Delivered, compressed hydrogen costs up to $3.20 per litre equivalent gasoline, due to the weight of the cylinders transported along with it. For future transportation needs it could therefore be more suitable to generate hydrogen on board from a primary fuel such as a fossil fuel (gasoline or diesel) or from a chemical intermediate (ammonia, methanol or higher alcohols).

 

It can also be made from wood (gasifiers), water (electrolysis), methane (sewerage). Actually, you can even grow plants and use their photosynthesis to extract hydrogen. 

 

Hydrogen is a widely utilized chemical whose industrial production has been considered common technology for over a century. Various processing options exist depending on the type of primary fuel considered and on the purity of gas needed.

Today, in industry, most hydrogen is produced by steam reforming or partial oxidation of hydrocarbons (76% from natural gas and 23% from light or heavy oil distillates). But, for small hydrogen quantities, or when high-purity hydrogen is required, processes such as water electrolysis, ammonia decomposition or methanol reforming are also used. The largest consumption of hydrogen occurs in petroleum refining and in the petrochemical industries for ammonia and methanol synthesis,

Many trade-offs for on-board hydrogen production therefore exist, both in the choice of fuel and in the choice of the process.

 

And of course, for the economy to convert to a Hydrogen base, it would need to be taxed.

One option would be to tax Hydrogen on a Vehicle Miles Traveled (VMT) basis.

 

In Oregon USA, the Oregon State Legislature introduced a bill that abolished fuel taxes and introduced a taxation on the number of kilometres/miles driven by a vehicle.

 

From the introduction page of the Oregon legislation

 

“Vehicle Miles of Travel (VMT) is the sum of distances traveled by all motor vehicles in a specified system of highways for a given period of time.
 
The VMT for each road section is calculated by multiplying the average daily traffic (ADT) by the length of the road section and the length of the time period.  Those section VMTs are summed to calculate the VMT for a road or road system.
 
The VMT is used to determine the amount of use that a highway or system of highways receives over a given period of time. The VMTs supplied here are annual vehicle miles traveled for
Oregon ´s state highway system.”


Source: http://www.oregon.gov/ODOT/TD/TDATA/tsm/docs/VMT_Graph.PDF


So there you have it, a different methodology of assessing taxable value, no longer dependant on the distribution of a declining resource.

 

Clever people those Oregonians….

 

So now, (if VMT is taken up by every State and Federal Government globally) the way is open to allow   citizens to run their car on anything they like.

 

Bio-deisel, Ethanol, Compressed Natural Gas (from your at home gas supply…..), LPG or plain old Hydrogen.

 

So the only question that remains, is that if we converted all vehicles to run on Hydrogen, and oil is no longer the black gold that it has been, what will the world use as securitization for credit.

 

I have three answers for that:

 

a)      cash savings (let’s go back to basics – only buy what we can afford to pay for.)

b)      Consumer generated Carbon Credits – (in effect more cash).

c)      It still has all it’s other precious mineral reserves to use for securitization.

 

Consumer generated? Yeah, why not. Let the poor schmucks that generate the pollution – also obtain benefit by not generating the pollution. After all the banks have had their way for the last 98 years, I think it’s the turn of the little guy.

 

I suggest the world votes for any Politician that mandates consumers are capable of earning REC’s (Renewable Energy Certificates), thereby removing the ability of a limited few to control all the wealth of the world.

 

With Consumer generated REC’s, the world is your oyster, the sky is the limit and Planet Earth will breathe a big thank-you.

 

Your earning capacity will only be limited by your own lack of inventiveness.

 

Imagine earning money for walking. I wrote about this last year….

A beginning methodology of Calculating Walking REC’s for Consumers.

 Distance (Kms)

Distance (Metres)

Steps Per Metre

Km per hr

Kcal Per Min

Kjoules

Mwatts

Apparent value

$

Value per Step

$

1

1000

2

4

4

16.66667

  0.0046

0.05

0.000102

216

216000

2

4

4

3600

  1.0000

11.00

0.000102

Man could be the master of his destiny.

No longer reliant on Total, Chevron, Shell or BP.

No longer at the whim of his bank manager.

No longer at the whim of his employer.

No longer just a sheep to be harvested.

I wonder if this is the level of change that George Soros meant?

(Koltai, ducking and running…… changing my name to Smith. Moving to a bullet proof cave in the Andes mountains.)


The game looks like it's going to be a good one.


In our next exciting installment, we will discuss – “Home Experiments with Hydrogen”.

 



The above is a page scanned from the October 1936 issue of Popular Mechanics.


Resources:


Hydrogen Energy Equivalents

 

Equivalent Energy Source

Cubic Metre

Cubic Foot

Liter

Gallon

Kilogram

Pound

 

H2 Gas

H2 Gas

Liquid H2

Liquid H2

H2

H2

 

Gasoline Litres

0.352

0.00929

0.279

1.06

3.93

1.78

 

Methanol Litres

0.676

0.0178

0.536

2.03

7.55

3.41

 

Diesel Litres

0.279

0.00737

0.221

0.837

3.12

1.41

 

Jet Fuel Litres

0.287

0.00757

0.227

0.86

3.2

1.45

 

Methane (scf)

11.4

0.301

9.05

34.2

128

57.6

 

Propane (scf)

4.48

0.118

3.55

13.4

50.1

22.6

 

Butane (scf)

3.45

0.091

2.73

10.3

38.5

17.4

 

Coal Anthracite (Tons)

0.000397

1.05E-05

0.000315

0.00119

0.00444

0.002

 

Coal Bituminous (Tons)

0.000392

1.04E-05

0.000311

0.00118

0.00438

0.00198

 

Coal Lignite (Tons)

0.000731

1.93E-05

0.000579

0.00219

0.00816

0.00369

 

Barrels of Crude

0.00176

4.66E-05

0.0014

0.00529

0.0197

0.0089

 

Gasoline Gallons

0.093

0.00246

0.0737

0.279

1.04

0.469

 

Methanol Gallons

0.179

0.00471

0.142

0.535

1.99

0.901

 

Diesel Gallons

0.0738

0.00195

0.0584

0.221

0.824

0.372

 

Jet Fuel Gallons

0.076

0.002

0.06

0.227

0.846

0.382

 

H2 Gas Cubic Metres (STP)

1

0.0264

0.792

3

11.2

5.04

 

H2 Gas Cubic Feet (NTP)

37.9

1

30

114

423

191

 

H2 Liquid Litres (nbp)

1.26

0.0333

1

3.78

14.1

6.4

 

H2 Liquid Gallons (nbp)

0.334

0.0088

0.264

1

3.72

1.69

 

H2 Kilograms

0.0896

0.00236

0.0709

0.268

1

0.454

 

H2 Pounds

0.198

0.00521

0.156

0.592

2.2

1

 

H2 Tons

9.87E-05

2.6E-06

7.82E-05

0.000296

0.0011

0.0005

 

Electricity KW-hours

3

0.0791

2.38

8.99

33.5

15.1

 

Electricity MW-hours

0.003

7.91E-05

0.00238

0.00899

0.0335

0.0151

 

H2 High HV gigajoules

0.0128

0.00034

0.0101

0.0383

0.143

0.0644

 

H2 High HV million Btus

0.0121

0.000319

0.0096

0.0363

0.135

0.061

 

H2 High HV Btu

12,100

319

9,600

36,300

135,000

61,000

 

H2 High HV kilocalories

3,100

80.5

2,400

9,100

34,100

15,400

 

H2 Low HV gigajoules

0.0108

0.000285

0.0086

0.0324

0.121

0.0544

 

H2 Low HV million Btus

0.0102

0.00027

0.0081

0.0307

0.114

0.0516

 

H2 Low HV Btu

10,200

270

8,100

30,700

114,000

51,600

 

H2 Low HV kilocalories

2,600

68

2,040

7,700

28,800

13,000

 

Equivalent Energy Source

Cubic Meter

Cubic Foot

Litre

Gallon

Kilogram

Pound

 

H2 Gas

H2 Gas

Liquid H2

Liquid H2

H2

H2

 

Data sources from :

 

The Hydrogen World View by Roger Billings - American Academy of Science 1991

 

Diesel Fuels Technical Review (FTR-2) by Chevron Products Company a division of Chevron USA Inc 1998

 

Motor Gasolines Technical Review (FTR-1) by Chevron Products Company a division of Chevron USA Inc 1996

 

 

References:

Soros: Dollar's Strength a Measure of System's "Sickness"; Euro Will Remain Viable

http://finance.yahoo.com/tech-ticker/article/226596/Soros-Dollar%27s-Strength-a-Measure-of-System%27s-%22Sickness%22-Euro-Will-Remain-Viable?tickers=^dji,^gspc

 

 

Oregon to Test Plan that Taxes Motorists by Miles Driven - by Craig Westover - Budget & Tax News

http://www.heartland.org/policybot/results/16766/Oregon_to_Test_Plan_that_Taxes_Motorists_by_Miles_Driven.html

 

Banks defend use of sovereign CDS trade to hedge risk

http://www.ft.com/cms/s/0/62c2e19e-28bf-11df-b86f-00144feabdc0.html?nclick_check=1

 

ON BOARD HYDROGEN GENERATION FOR FUEL CELL POWERED ELECTRIC CARS

M. PRIGENT

Institut français du pétrole

 

The properties of petroleum fluids

 By William D. McCain

http://books.google.com/books?id=1TJQ64JN2ZUC&pg=PA147&lpg=PA147&dq=petroleum+reservoir+fluids+phase+diagram&source=web&ots=G1BsuxTdvS&sig=w7NCRA8kLEpLcIrGNWfsyO-s6As#v=onepage&q=petroleum%20reservoir%20fluids%20phase%20diagram&f=false

 

Population Statistics

4102.0 - Australian Social Trends (ABS)

 

 

 

View Article  The Dollar the Oil and Sun Tzu


Part 1 - The Problem