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=Introduction=
''see also: [[Pattern Language]]''. Note: see notes on [[Emergent Ecologies]]


Product ecologies illustrate how the different tools of the [[GVCS]] work together. For example, motors, power units, and implements interchange within the tractor, microtractor, car, truck, fabrication, and bulldozer infrastructures. Ecologies can also refer to the way in which a set of tools can be put together to produce a wide array of products - such as the induction furnace contributing to the production of tractor parts, construction roofing, or wire.
=Introduction =


There is a number of product ecologies that can be drawn up:
[[Product Ecologies]] illustrate how the different tools and products of the [[GVCS]] work together. This includes how the tools utilize onsite resources for building a modern infrastructure. This also includes module based design, where machine modules can interchange between various machines. For example, motors, power units, and implements interchange within the tractor, microtractor, car, truck, fabrication, and bulldozer infrastructures. Ecologies can also refer to how certain machines make other machines, with the goal of creating closed-loop material cycles - such as the induction furnace contributing to the production of tractor parts, construction roofing, or wire from recycled metal feedstock. The goal is to create closed loop industrial ecologies that contribute to environmental and societal regeneration, as humanity regains balance with its natural life support systems.


[[Image:fabecology.jpg|thumb|Fabrication Ecology]]
=2023 Update=
[[Image:hotmetaleco.jpg|thumb|Hot Metal Processing Ecology Ecology]]
Product ecologies are relevant to low-cost infrastructure-building. This is part of OSE's tactics of mutually assured abundance, ie, eradiction of artificial scarcity as a route to material security in civilization.  A concise updated infographic shows the plastic-wood-metal-concrete-semiconductor ecology based on wood, water, and rock feedstocks.
[[Image:agricultureeco.jpg|thumb|Agriculture Ecology]]
#3D printers make organizing containers for production and warehouse facilities from scrap plastic. They also print PVC, PE, PP, PET, PS, PC, Nylon, and other containers for larger bulk storage, up to water storage and gas storage.
[[Image:constructioneco.jpg|thumb|Construction Ecology]]
#3D printers make wood-plastic composites for construction, from trim to structural, and landscaping.
[[Image:automatedfabeco.jpg|thumb|Augomated Fabrication Ecology]]
#3D printers make PVC fittings, electrical fittings, and complex fasteners/geometries for construction.
[[Image:solarenergyeco.jpg|thumb|Solar Energy Ecology]]
#3D printers make UV-stabilized glazing from PC, PE, PVC, and other materials, as well as siding, roofing, living roof, geogrid.
[[Image:powercubeeco.jpg|thumb|Power Cube Ecology]]
#Wood combine makes lumber from harvest to finish. A combine sized machine.
[[Image:electicityeco.jpg|thumb|Electricity Production Ecology]]
 
[[Image:.jpg|thumb|Fabrication Ecology]]
=Enterprise Ramifications=
Combining anthropogenic and natural resources available everywhere - we have PV, plastic, ag, metal, wood, CNC precision metal, engines, generators, and solar velomobiles  - from rocks, sand, clay, plastic, metal, and wood. These meet 80% of the top 3 items in a person's [[Cost of Living]], and may lead to [[Self-determination]] if addressed properly.
 
=Notes on Flexibility=
Note that the following are general suggestions. There may be many instantiations. For example, if we design a [[Piston Engine Construction Set]], then steam is one option, and so is diesel/gas with the same modules but different injectors.
=Ecologies=
[[Image:SolarEconomy.jpg|600px|Solar Economy]]
 
 
{| style="width:100%;" cellpadding="3" cellspacing="0" border="0" align="left"
 
'''Note: Immediate above and below graphics should be refactored to make it simpler - Rocks (concrete, PV, semiconductors), sunlight (electricity, fuels), plants (replacement of fossil fuels, chemicals), soil (soil food web and food), water (fluid of life, power (steam, hydro), hydrogen, oxygen). '''
|-align="left"
![[Image:7b-Materialseco.png|border|600px|Materials Ecology]]  
!Original: [http://opensourceecology.org/wiki/File:Materialseco.png]
GVCS Components: [[Induction Furnace]], [[CNC Torch Table|Oxyhydrogen Torch]], [[Aluminum Extractor]], [[CEB Press]].
 
|-align="left"
![[Image:5b-agricultureeco.png|border|600px|Agriculture]]  
!Original: [http://opensourceecology.org/wiki/File:Agricultureeco.png]
GVCS Components: [[Tractor]], [[Rototiller|Tiller]], [[Hay Cutter]], [[Hay Rake]], [[Baler]], [[Bakery Oven]], [[Microtractor]], [[Seeder]], [[Combine]], [[Backhoe]], [[Spader]], [[Drill Press|Auger]], [[Bulldozer]], [[Dairy Milker]], [[Chipper Hammermill|Hammermill]].
 
|-align="left"
![[Image:1b-Generalecolgies.png|border|600px|Overview of Ecologies]]
!Original: [http://opensourceecology.org/wiki/File:Generalecolgies.png] 
GVCS Components: [[Power Cube]], [[Open Source Car]], [[Open Source Truck]], [[Tractor]], [[Solar Concentrator]], [[Batteries]].
 
|-align="left"
![[Image:2b-Genfabecology.png|border|600px|General Fabrication]]  
!Original: [http://opensourceecology.org/wiki/File:Genfabecology.png]
GVCS Components: [[3D Printer]], [[Bioplastic Extruder]], [[Rod and Wire Mill]], [[Induction Furnace]], [[Press Forge]], [[Multimachine|CNC Multimachine]], [[Metal Roller]], [[CNC Circuit Mill]], [[Torch Table]], [[Laser Cutter]], Surface Grinder.
 
|-align="left"
![[Image:3b-Solarenergyeco.png|border|600px|Solar Energy]]  
!Original: [http://opensourceecology.org/wiki/File:Solarenergyeco.png]
GVCS Components: [[Sawmill]], [[Chipper Hammermill|Hammermill]], Haying Equipment ([[Hay Rake]], [[Hay Cutter]], [[Baler]]), [[Solar Concentrator]], [[Batteries]], [[Inverter]], [[Pelletizer]], [[Power Cube|Generator]], [[Steam Generator]], [[Steam Engine]], [[Gasifier Burner]], [[Open Source Car]], [[Open Source Truck]].
 
|-align="left"
![[Image:4b-Constructioneco.png|border|600px|Building Infrastructure]]
!Original: [http://opensourceecology.org/wiki/File:Constructioneco.png]
GVCS Components: [[Well Rig]], [[Bioplastic Extruder]], [[CEB Press]], [[Sawmill]], [[Cement Mixer]], [[Metal Roller]], [[Rod and Wire Mill]], [[Tractor]], [[Bulldozer]], [[Backhoe]], [[Trencher]]
 
|-align="left"
![[Image:6b-Powercubeeco.png|border|600px|Power Cube]]  
!Original: [http://opensourceecology.org/wiki/File:Powercubeeco.png]
GVCS Components: [[Chipper Hammermill|Hammermill]], [[Drill Press]], [[Lathe]], [[Ironworker]], [[Open Source Car]], [[Open Source Truck]], [[Steam Engine]], [[Steam Generator]], [[Gasifier Burner]], [[Pelletizer]], [[Tractor]], [[Microtractor]], [[Bulldozer]], [[Sawmill]], [[CEB Press]], [[Induction Furnace]], [[CNC Torch Table|Oxyhydrogen Torch]].
 
 
|-align="left"
![[Image:8b-Hotmetalecology.png|border|600px|Hot Metal Processing]]
!Original: [http://opensourceecology.org/wiki/File:Hotmetalecology.png]
GVCS Components: [[Induction Furnace]], [[Uninteruptable Power Supply]], [[Lathe]], [[Press Forge]], [[Hot Rolling Machine]], [[Cold Rolling Machine]], [[Multimachine]].
 
|-align="left"
![[Image:9b-Customfabecology.png|border|600px|Custom Fabrication]]
!Original: [http://opensourceecology.org/wiki/File:Customfabecology.png]
 
|-align="left"
![[Image:Ab-Electricalpowereco.png|border|600px|Electrical Power]]  
!Original: [http://opensourceecology.org/wiki/File:Electricalpowereco.png]
 
|-align="left"
![[Image:Bb-Fabautomationeco.png|border|600px|Fabrication Automation]]
!Original: [http://opensourceecology.org/wiki/File:Fabautomationeco.png]
 
|-align="left"
![[Image:Cb-Implementseco.png|border|600px|Implements]]
!Original: [http://opensourceecology.org/wiki/File:Implementseco.png]
 
|-align="left"
![[Image:Db-Universalaugereco.png|border|600px|Universal Auger]]
!Original: [http://opensourceecology.org/wiki/File:Universalaugereco.png]
 
|-align="left"
![[Image:Eb-upseco.png|border|600px|Universal Power Supply]]
!Original: [http://opensourceecology.org/wiki/File:Upseco.png]
 
|}
 
[[File:Steam-Engine-Product-Ecology.png]]
 
=See Also=
*[[Factor e Live Distillations]] - 10 part video series (about 10 minutes each)on product ecologies from 2009
*[[Pattern Language]]
*[[Early Product Ecology Graphics]]
*[[Fab Lab]]
 
[[Category: GVCS]]
[[Category:Book]]

Latest revision as of 21:44, 17 May 2023

see also: Pattern Language. Note: see notes on Emergent Ecologies

Introduction

Product Ecologies illustrate how the different tools and products of the GVCS work together. This includes how the tools utilize onsite resources for building a modern infrastructure. This also includes module based design, where machine modules can interchange between various machines. For example, motors, power units, and implements interchange within the tractor, microtractor, car, truck, fabrication, and bulldozer infrastructures. Ecologies can also refer to how certain machines make other machines, with the goal of creating closed-loop material cycles - such as the induction furnace contributing to the production of tractor parts, construction roofing, or wire from recycled metal feedstock. The goal is to create closed loop industrial ecologies that contribute to environmental and societal regeneration, as humanity regains balance with its natural life support systems.

2023 Update

Product ecologies are relevant to low-cost infrastructure-building. This is part of OSE's tactics of mutually assured abundance, ie, eradiction of artificial scarcity as a route to material security in civilization. A concise updated infographic shows the plastic-wood-metal-concrete-semiconductor ecology based on wood, water, and rock feedstocks.

  1. 3D printers make organizing containers for production and warehouse facilities from scrap plastic. They also print PVC, PE, PP, PET, PS, PC, Nylon, and other containers for larger bulk storage, up to water storage and gas storage.
  2. 3D printers make wood-plastic composites for construction, from trim to structural, and landscaping.
  3. 3D printers make PVC fittings, electrical fittings, and complex fasteners/geometries for construction.
  4. 3D printers make UV-stabilized glazing from PC, PE, PVC, and other materials, as well as siding, roofing, living roof, geogrid.
  5. Wood combine makes lumber from harvest to finish. A combine sized machine.

Enterprise Ramifications

Combining anthropogenic and natural resources available everywhere - we have PV, plastic, ag, metal, wood, CNC precision metal, engines, generators, and solar velomobiles - from rocks, sand, clay, plastic, metal, and wood. These meet 80% of the top 3 items in a person's Cost of Living, and may lead to Self-determination if addressed properly.

Notes on Flexibility

Note that the following are general suggestions. There may be many instantiations. For example, if we design a Piston Engine Construction Set, then steam is one option, and so is diesel/gas with the same modules but different injectors.

Ecologies

Solar Economy


Note: Immediate above and below graphics should be refactored to make it simpler - Rocks (concrete, PV, semiconductors), sunlight (electricity, fuels), plants (replacement of fossil fuels, chemicals), soil (soil food web and food), water (fluid of life, power (steam, hydro), hydrogen, oxygen).
Materials Ecology Original: [1]

GVCS Components: Induction Furnace, Oxyhydrogen Torch, Aluminum Extractor, CEB Press.

Agriculture Original: [2]

GVCS Components: Tractor, Tiller, Hay Cutter, Hay Rake, Baler, Bakery Oven, Microtractor, Seeder, Combine, Backhoe, Spader, Auger, Bulldozer, Dairy Milker, Hammermill.

Overview of Ecologies Original: [3]

GVCS Components: Power Cube, Open Source Car, Open Source Truck, Tractor, Solar Concentrator, Batteries.

General Fabrication Original: [4]

GVCS Components: 3D Printer, Bioplastic Extruder, Rod and Wire Mill, Induction Furnace, Press Forge, CNC Multimachine, Metal Roller, CNC Circuit Mill, Torch Table, Laser Cutter, Surface Grinder.

Solar Energy Original: [5]

GVCS Components: Sawmill, Hammermill, Haying Equipment (Hay Rake, Hay Cutter, Baler), Solar Concentrator, Batteries, Inverter, Pelletizer, Generator, Steam Generator, Steam Engine, Gasifier Burner, Open Source Car, Open Source Truck.

Building Infrastructure Original: [6]

GVCS Components: Well Rig, Bioplastic Extruder, CEB Press, Sawmill, Cement Mixer, Metal Roller, Rod and Wire Mill, Tractor, Bulldozer, Backhoe, Trencher

Power Cube Original: [7]

GVCS Components: Hammermill, Drill Press, Lathe, Ironworker, Open Source Car, Open Source Truck, Steam Engine, Steam Generator, Gasifier Burner, Pelletizer, Tractor, Microtractor, Bulldozer, Sawmill, CEB Press, Induction Furnace, Oxyhydrogen Torch.


Hot Metal Processing Original: [8]

GVCS Components: Induction Furnace, Uninteruptable Power Supply, Lathe, Press Forge, Hot Rolling Machine, Cold Rolling Machine, Multimachine.

Custom Fabrication Original: [9]
Electrical Power Original: [10]
Fabrication Automation Original: [11]
Implements Original: [12]
Universal Auger Original: [13]
Universal Power Supply Original: [14]

Steam-Engine-Product-Ecology.png

See Also