Permissions beyond the scope of this license may be available at. Based on work on and various impact assessment models. *LCIA method pack for openLCA nexus by Cristina Rodríguez, Michael Srocka, Andreas Ciroth is licensed under a Creative Commons Attribution-ShareAlike 4.0 International License. This format has not been supported since May of 2014, with the exception of adding the Cumulative Energy Demand method on January 5th, 2015.ĮcoSpold01 (zip archive, 12 MB) without normalisation values as the format does not allow this.
Last update: March 16th, 2015.)ĭatabase for openLCA 1.3.4 (olca file, 19 MB), with normalisation and weighting factors. (Detailed information on the methods available in the LCIA method pack is available here (pdf, 757 kB). Older versions of the openLCA LCIA methods:ĭatabase for openLCA 1.4 and 1.5 (zolca file, 19 MB) with normalisation and weighting factors. Quality assurance of the implemented methods has been carried out and is available here (pdf, 381 kB).
#OPENLCA USE IN MAC UPDATE#
More information about the update procedure can be found here (pdf, 1.14 MB). Last update: February 20th, 2017.Ī major update was the update of the ILCD 2011 method from version 1.0.5 from February 2013 to version 1.0.10 from August 2016. Last update: February 20th, 2017.ĭetailed information on the methods available in the LCIA method pack is available here (pdf, 801 kB). OpenLCA LCIA method pack 1.5.6 as database for openLCA 1.5 (zolca file, 23 MB) with normalisation and weighting factors. The newest methods are also available on the Nexus website. OpenLCA LCIA method pack 1.5.7 as openLCA database for openLCA 1.6 (and also 1.7), last update: October 22nd, 2017. Instructions: Expanding application memory for openLCA on a. Note that newer openLCA LCIA methods, especially the comprehensive 2.0 package for “countrified” databases released April 2018, are available on openLCA Nexus from now on only, here. View Expanding-memory-for-openLCA-in-Mac.pdf from CVEN 9892 at University of New South Wales. Intensified captured CO 2 co-electrolysis (ICC) to syngas (H 2 :CO ratio of 2) with low CO 2 content (<10 ) was demonstrated with over 70 CO 2 conversion at a current density up to. Please provide feedback – thanks in advance! This current work explores the isothermal integration of CO 2 capture with an intensified unit operation for the reduction of CO 2 and capture media regeneration. Please observe the license* (Commons Attribution-ShareAlike 4.0 International) while using it. It includes normalisation and weighting as far as this is foreseen by the method.
We will try to find out more about the problem with the database inconsistencies and coming back when we know more about it.A comprehensive package of environmental impact assessment methods for use with all different databases available in the nexus system – including ecoinvent 3, GaBi and ELCD is available here. The only bug in the ecospold export is the negative values in the "mean value" field of inputs. For Outputs, the value is correct.Īs a conclusion: The Bug description should be changed or the Bug closed and a new one opened. All Inputs are multiplied by "-1" and therefore have a negative sign. The "Mean value" field in the exported file is filled with the correct absolute values. With a fixed flow dataset, where all " _value" fields match the "_formula" fields, the SD95%-field is filled correctly in the exported ecospold file. This probably doesn't work always as expected. We have copied our mean values and geometric standard deviations from an excel sheet into the "geometric standard deviation" field. So, it is rather a problem with inputs not beeing parsed correctly. Same applies for the corresponding "parameter2_*" fields. I've forgot to mention, that we are using version 1.2.9 64bit on MacĪfter further investigating the problem, we have the following additional information:īoth errors described above only appear if we have inputs where "parameter1_value" and the "parameter1_formula" fields differ in the databse' table "tbl_exchanges".
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