Paper_Clip_Tutorial Part1.pdf - GaBi Software
Paper_Clip_Tutorial Part1.pdf - GaBi Software
Paper_Clip_Tutorial Part1.pdf - GaBi Software
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Procedure<br />
You can begin by selecting the country that your process refers to. You don´t have to do<br />
this, but it is helpful, if you have the information.<br />
In the source field you can select where this process data comes from. Leave this blank for<br />
now.<br />
You can also select the type of process. This requires a bit more explanation, so go ahead<br />
and select a country and name the process first.<br />
08.02 5 Process types<br />
There are 5 types of processes in <strong>GaBi</strong> in accordance with the European Union’s ILCD<br />
system.<br />
Processes are categorised in order to better understand their roles within a product<br />
system. If you’d like to find out more about the ILCD system you can visit the ILCD website<br />
(http://lct.jrc.ec.europa.eu/index_jrc).<br />
08.03 u-so<br />
A unit process single operation, represented by u-so, is often referred to as a unit process<br />
or gate to gate process. This process type contains only the data for one specific process<br />
step and no LCI (or Life cycle inventory) data.<br />
08.04 u-bb<br />
A unit process black box, represented by u-bb, refers to a multifunctional process or<br />
process chain at a plant level. This type of process may represent a group of processes<br />
rather than a single process step. For example, the entire production chain of a computer<br />
keyboard key (excluding acquisition of raw materials) rather than the individual<br />
manufacturing and transport processes for that keyboard key.<br />
08.05 agg<br />
In contrast, an LCI Result contains the entire life cycle data for part of or for the complete<br />
life cycle of a product system. This kind of dataset is often referred to as a cradle to gate or<br />
system process.<br />
08.06 p-agg<br />
A partly terminated system, represented by p-agg, contains all LCI data for the process<br />
except for one or more product flows that require additional modelling. For example, the<br />
steel wire process is a partly terminated system because all of the inputs and emissions<br />
for the process are accounted for except for the type of steel being used to produce the<br />
steel wire. This process type is sometimes referred to as a partly linked process.<br />
08.07 aps<br />
The last process type is called an avoided product system and is represented by aps. This<br />
can be a confusing process type because all input and output flows are set to negative<br />
values or all inputs are converted to outputs or vice versa. This kind of dataset is typically<br />
used when modelling allocation and shows the way that the use of certain materials and<br />
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