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Can you use a screwdriver?

Just what was this manufacturing industry that we had to preserve at all costs?  What were the special skills, possessed exclusively, by these workers?  And how long are these skills current in today's environment of rapidly changing technology?

For some years, in the 70’s, before working in government, I worked in the steel industry, for the very company that later shut down in Newcastle, and was involved in satisfying the iron and steel requirements of the many automotive industry component manufacturers that then spread across industrial NSW.  I was a regular visitor at many of the plants like Martin Bright Steels; Overall Forge; and British Leyland.

Apart from a few highly skilled design engineers, the majority of automotive workers are familiar only with the machines, processes and components they employ or assemble each day.  They need to be retrained when new equipment, processes or components are introduced.  As in many other manufacturing businesses they need to have the basic technical education, aptitude and experience to be re-trained quickly and economically,  but their current skills are specific to one manufacturing environment and have a ‘use-by date’.

At another point in my career I was involved in aptitude testing many hundreds of would-be industrial and mechanical apprentices.  It was evident that the required high level mechanical and spacial aptitudes were possessed by less than half of the cohort tested.  And because we were testing an already self-selected group, less than one person in five may have the necessary aptitude.  There is a dramatic difference in mechanical aptitude between individuals, that seems to be independent of home environment or other educational achievement.  As a result, some have speculated that mechanical aptitude is genetic, perhaps reinforced environmentally because those possessing these abilities are drawn to making things and, like musicians, the aptitude runs in the family.  Those at the other end of the mechanical aptitude spectrum have difficulty using a screwdriver and probably see no point in owning one.  

This supports the rationalist argument that Holden, together with other subsidised automotive manufacturers and their suppliers, have been effectively sequestering the best workers.  Not by being the most productive or efficient employers but by virtue of government handouts, and market protection, that allow them to unfairly compete for this scarce resource.  They argue that these, above average, workers should be released to find employment where their skills add real economic value, not in activity that is only profitable with a subsidy.

 

 

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Travel

Berlin

 

 

 

I'm a bit daunted writing about Berlin.  

Somehow I'm happy to put down a couple of paragraphs about many other cities and towns I've visited but there are some that seem too complicated for a quick 'off the cuff' summary.  Sydney of course, my present home town, and past home towns like New York and London.  I know just too much about them for a glib first impression.

Although I've never lived there I've visited Berlin on several occasions for periods of up to a couple of weeks.  I also have family there and have been introduced to their circle of friends.

So I decided that I can't really sum Berlin up, any more that I can sum up London or New York, so instead I should pick some aspects of uniqueness to highlight. 

Read more: Berlin

Fiction, Recollections & News

Australia's Hydrogen Economy

 

 

  

As anyone who has followed my website knows, I'm not a fan of using 'Green Hydrogen' (created by the electrolysis of water - using electricity) to generate electricity. 

I've nothing against hydrogen. It's the most abundant element in the universe. And I'm very fond of water (hydrogen oxide or more pedantically: dihydrogen monoxide). It's just that there is seldom a sensible justification for wasting most of one's electrical energy by converting it to hydrogen and then back to electricity again. 

I've made the argument against the electrolysis (green) route several times since launching this website fifteen years ago; largely to deaf ears.

The exception made in the main article (linked below) is where a generator has a periodic large unusable surpluses in an environment unsuitable for batteries. In the past various solutions have been attempted like heat storage in molten salt. But where there is a plentiful fresh water supply, producing hydrogen for later electricity generation is another option.  Also see: How does electricity work? - Approaches to Electricity Storage

Two of these conditions apply in South Australia that frequently has excess electricity (see the proportion of non-hydro renewables chart below). The State Government, with unspecified encouragement from the Prime Minister and the Commonwealth, has offered A$593m to a private consortium to build a 200MW, 100t hydrogen storage at Whyalla.  Yet, the State already has some very large batteries, with which this facility is unlikely to be able to compete commercially.  Time will tell.

Read more: Australia's Hydrogen Economy

Opinions and Philosophy

The Fukushima Nuclear Crisis

 

 

Japan has 55 nuclear reactors at 19 sites.  Two more are under construction and another twelve are in the advanced planning stage.  Net Generating capacity is around 50 GW providing around 30% of the country's electricity (more here).  

As a result of Japan’s largest earthquake in history on March 11 and subsequent tsunami all reactors shut down automatically as they were designed to do but cooling systems associated with two sites had been damaged. 

Three reactor sites are adjacent to the earthquake epicentre and two were in the direct path of the tsunami.  The Fukushima-Daiichi plant belonging to Tokyo Electric Power Company was particularly hard hit.  It lost all grid connections, providing electricity, and its backup power plant was seriously damaged. 

Read more: The Fukushima Nuclear Crisis

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