Matches in DBpedia 2016-04 for { <http://wikidata.dbpedia.org/resource/Q5333089> ?p ?o }
Showing triples 1 to 41 of
41
with 100 triples per page.
- Q5333089 subject Q7214793.
- Q5333089 subject Q7216204.
- Q5333089 subject Q8548197.
- Q5333089 abstract "Eco-costs are a measure to express the amount of environmental burden of a product on the basis of prevention of that burden. They are the costs which should be made to reduce the environmental pollution and materials depletion in our world to a level which is in line with the carrying capacity of our earth. For example: for each 1000 kg CO2 emission, one should invest €135,- in offshore windmill parks (and the other CO2 reduction systems at that price or less). When this is done consequently, the total CO2 emissions in the world will be reduced by 65% compared to the emissions in 2008. As a result, global warming will stabilise. In short: "the eco-costs of 1000kg CO2 are € 135,-". Similar calculations can be made on the environmental burden of acidification, eutrification, summer smog, fine dust, eco-toxicity, and the use of metals, rare earth, fossil fuels, water and land (nature).As such, the eco-costs are virtual costs, since they are not yet integrated in the real life costs of current production chains (Life Cycle Costs). The eco-costs should be regarded as hidden obligations.The eco-costs of a product are the sum of all eco-costs of emissions and use of resources during the life cycle "from cradle to cradle". The widely accepted method to make such a calculation is called Life Cycle Assessment (LCA), which is basically a mass and energy balance, defined in the 14040 and ISO 14044.The practical use of eco-costs is to compare the sustainability of several product types with the same functionality. The advantage of eco-costs is that they are expressed in a standardized monetary value (€) which appears to be easily understood ‘by instinct’. Also the calculation is transparent and relatively easy, compared to damage based models which have the disadvantage of extremely complex calculations with subjective weighting of the various aspects contributing to the overall environmental burden.The system of eco-costs is part of the bigger model of the Ecocosts/Value Ratio, EVR".
- Q5333089 thumbnail Ecocosts_system_(new).png?width=300.
- Q5333089 wikiPageExternalLink ch2s2-10-2.html.
- Q5333089 wikiPageExternalLink LCIA-CF-20-02-2013-clean.pdf.
- Q5333089 wikiPageExternalLink usetox.org.
- Q5333089 wikiPageExternalLink ExternE_2005_%28ERFs_and_UnitCosts%29.pdf.
- Q5333089 wikiPageExternalLink www.ecocostsvalue.com.
- Q5333089 wikiPageExternalLink Ecocosts2012_LCA_data_on_emissions_and_recources_depletion.xlsx.
- Q5333089 wikiPageExternalLink Ecocosts2012_V2_LCA_data_on_products_and_services_EI_V3_Idemat2014.xlsx.
- Q5333089 wikiPageExternalLink www.lcia-recipe.net.
- Q5333089 wikiPageWikiLink Q1153034.
- Q5333089 wikiPageWikiLink Q11973520.
- Q5333089 wikiPageWikiLink Q12147.
- Q5333089 wikiPageWikiLink Q167336.
- Q5333089 wikiPageWikiLink Q1755926.
- Q5333089 wikiPageWikiLink Q192571.
- Q5333089 wikiPageWikiLink Q219416.
- Q5333089 wikiPageWikiLink Q2306286.
- Q5333089 wikiPageWikiLink Q2513555.
- Q5333089 wikiPageWikiLink Q2714378.
- Q5333089 wikiPageWikiLink Q310667.
- Q5333089 wikiPageWikiLink Q3737914.
- Q5333089 wikiPageWikiLink Q41560.
- Q5333089 wikiPageWikiLink Q497743.
- Q5333089 wikiPageWikiLink Q5333091.
- Q5333089 wikiPageWikiLink Q55627.
- Q5333089 wikiPageWikiLink Q581950.
- Q5333089 wikiPageWikiLink Q58734.
- Q5333089 wikiPageWikiLink Q629029.
- Q5333089 wikiPageWikiLink Q7214793.
- Q5333089 wikiPageWikiLink Q7216204.
- Q5333089 wikiPageWikiLink Q830463.
- Q5333089 wikiPageWikiLink Q8348417.
- Q5333089 wikiPageWikiLink Q8548197.
- Q5333089 wikiPageWikiLink Q868257.
- Q5333089 comment "Eco-costs are a measure to express the amount of environmental burden of a product on the basis of prevention of that burden. They are the costs which should be made to reduce the environmental pollution and materials depletion in our world to a level which is in line with the carrying capacity of our earth. For example: for each 1000 kg CO2 emission, one should invest €135,- in offshore windmill parks (and the other CO2 reduction systems at that price or less).".
- Q5333089 label "Eco-costs".
- Q5333089 depiction Ecocosts_system_(new).png.