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Demand for upkeep services Component1 #45872

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Compression Thinking »Compression ThinkingCompression Thinking☜Population growth squeezes all of us on a planet whose resources are finite. To not only survive, but improve quality of life, we must become much smarter using what we have. For practical, effective action, work organizations critical to Compression must greatly compress their learning cycles.☜F1CEB7

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Compression vs. Expansion Thinking »Compression vs. Expansion ThinkingCompression vs. Expansion Thinking☜In Compression we must learn to guide our actions using physical measurements before applying financial ones. This applies to all organizations: for-profit, non-profit, and government. Because this turns expansionary economic thinking upside down, Compression is primarily a human challenge.☜FFB597

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Compression "Technomics" »Compression "Technomics"Compression "Technomics"☜If we are to improve quality of life while drastically cutting resource use and its unintended consequences, the decision-making methodologies of working organizations have to emphasize this. It cannot be a side issue, nice when we get around to it. ☜FFB597

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Process Compression »Process CompressionProcess Compression☜Start with aggressive conservation: eliminate process waste; redesign to use minimal resources. Then improve qualitative effects, not just for clients, but for everyone. Reduce the unwanted side effects of technology on the world outside the orbits of its producers and suppliers. ☜FFB597

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Compression of Life Cycle Processes »Compression of Life Cycle ProcessesCompression of Life Cycle Processes☜Just as existing processes can be compressed by kaizen, life cycle processes can be compressed by similar thinking, but it is more anticipatory, more technical, and more abstract. You cannot see a life cycle process before your eyes.☜FFB597

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In concept, energy-equivalency can be used »In concept, energy-equivalency can be usedIn concept, energy-equivalency can be used☜We do not yet have good data to make this routine. A big issue now is discovering the resource footprints of various items and materials to make forward-thinking design possible. And we must learn to integrate many different factors into life-cycle design.☜FFB597

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Total mass and space used »Total mass and space usedTotal mass and space used☜The less mass used in a product, the less energy to make it and to use it over a life cycle. Energy intensity of that mass is important. (For instance, Why move 2 tons of vehicle to carry 100 pounds of human?) Selecting and integrating materials for effective use of mass is no trivial decision.☜FFB597

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Demand for upkeep servicesDemand for upkeep services☜☜9FDEF6

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Gemaakt door: David Price
NodeID: #45872
Node type: Component
Gemaakt op (GMT): 12/30/2009 9:32:00 PM
Laatste bewerking (GMT): 12/30/2009 9:32:00 PM
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