Difference between revisions of "Material/Intro"
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Creating useful compounds of these fundamental elements simply involves [[Fundamental_resources#Energy|energy]] (which is massively abundant) and the right processing. The point is that these reserves of material are not going to run out - processing and using up the entire [[w:Lithosphere|earth's crust]] would be quite a challenge for even the most wasteful societies. However no-one (or at least no sensible person) is advocating wasteful processes just because material and energy are plentiful; one aspect of technological progress is the increasing efficiency of design and manufacturing {{en}} i.e. [http://en.wikipedia.org/wiki/Ephemeralization doing more with less]. | Creating useful compounds of these fundamental elements simply involves [[Fundamental_resources#Energy|energy]] (which is massively abundant) and the right processing. The point is that these reserves of material are not going to run out - processing and using up the entire [[w:Lithosphere|earth's crust]] would be quite a challenge for even the most wasteful societies. However no-one (or at least no sensible person) is advocating wasteful processes just because material and energy are plentiful; one aspect of technological progress is the increasing efficiency of design and manufacturing {{en}} i.e. [http://en.wikipedia.org/wiki/Ephemeralization doing more with less]. | ||
| − | Recycling should soon become far more widespread than it is now, further reducing the burden of having to process new material for creating goods and infrastructure. Product design and engineering will become increasingly sympathetic to the [[Automated recycling|recycling process]] which | + | Recycling should soon become far more widespread than it is now, further reducing the burden of having to process new material for creating goods and infrastructure. Product design and engineering will become increasingly sympathetic to the [[Automated recycling|recycling process]] which is becoming increasingly automated. |
Revision as of 01:52, 16 June 2007
- Buildings and construction materials
- Cars, trains, ships and aircraft
- Industrial machinery
- Robots
- Computers and electronic products
- Food
Creating useful compounds of these fundamental elements simply involves energy (which is massively abundant) and the right processing. The point is that these reserves of material are not going to run out - processing and using up the entire earth's crust would be quite a challenge for even the most wasteful societies. However no-one (or at least no sensible person) is advocating wasteful processes just because material and energy are plentiful; one aspect of technological progress is the increasing efficiency of design and manufacturing – i.e. doing more with less.
Recycling should soon become far more widespread than it is now, further reducing the burden of having to process new material for creating goods and infrastructure. Product design and engineering will become increasingly sympathetic to the recycling process which is becoming increasingly automated.
