Plastics Europe Public LCI Database

Process Data set: General purpose polystyrene (GPPS); continuous-mass copolymerization of styrene; production mix, at producer (en) en

Process information

Key Data Set Information
Location	EU-27
Geographical representativeness description	Primary production data for the GPPS production is from six different suppliers with thirteen plants in nine European countries (Belgium, Czech Republic, France, Germany, Great Britain,Poland, Italy, Spain and Sweden). Fuel and energy inputs in the system reflect average European conditions and whenever applicable, site specific conditions were applied, to reflect representative situations.
Reference year	2010
Name	Base name ; Treatment, standards, routes ; Mix and location types General purpose polystyrene (GPPS); continuous-mass copolymerization of styrene; production mix, at producer
Use advice for data set	The data set can be used for all LCA/CF studies where the product is needed. Combination with individual unit processes using this commodity enables the generation of user-specific (product) LCAs. GPPS and HIPS are used in many applications such as food and non-food packaging, disposable cups and cutlery, furniture, toys and consumer goods, as well as electronics and appliances. Polystyrene is also easily foamed in order to manufacture insulation boards and lightweight foamed packaging. The packaging market is the main market and accounts for around one half of the European polystyrene market. Extrusion can be in form of plates, sheet, or foam boards. In a secondary process step extruded sheet can be thermoformed, for example into disposables such as trays and containers. Typical injection moulding applications are televisions housing and toys. HIPS is also used to make engineering resin blends with polyphenylene oxide for the automotive industry, electrical appliances, and electronics. Polystyrene can be recycled mechanically several times without deteriorating physical properties; furthermore, energy recovery is also possible.
Technical purpose of product or process	GPPS and HIPS are used in many applications such as food and non-food packaging, disposable cups and cutlery, furniture, toys and consumer goods, as well as electronics and appliances. Polystyrene is also easily foamed in order to manufacture insulation boards and lightweight foamed packaging. The packaging market is the main market and accounts for around one half of the European polystyrene market. Extrusion can be in form of plates, sheet, or foam boards. In a secondary process step extruded sheet can be thermoformed, for example into disposables such as trays and containers. Typical injection moulding applications are televisions housing and toys. Polystyrene can be recycled mechanically several times without deteriorating physical properties; furthermore, energy recovery is also possible.
Classification	Class name : Hierarchy level GaBiCategories: Industry data / PlasticsEurope
General comment on data set	The main data source was a data collection from European producers of HIPS. Primary data on gate-to-gate GPPS production is derived from site-specific information for processes under operational control supplied by the participating companies of this eco-profile. In the case of GPPS six different producers with thirteen plants in nine European countries participated in the primary data collection. About 95% of the EuropeanGPPS production capacity (EU-27) in 2010 is covered.
Copyright	Yes
Owner of data set	Plastics Europe
Quantitative reference
Reference flow(s)	Polystyrene granulate (PS) - 1.0 * 1.0 kg (Mass)
Time representativeness
Data set valid until	2022
Time representativeness description	The LCI data for GPPS production was collected as 12 month averages representing the year 2010. Background data have reference year of 2008 to 2010. Even if all data were related to 2010, major changes in the result are not expected, as technological breakthrough is not known for refining, steam cracking or re-refining technology or one of the related up-stream technologies. These are rather established and if possible constantly optimised technologies. The dataset is considered to be valid until substantial technological changes in the production chain occur.
Technological representativeness
Technology description including background system	Foreground system: Polystyrene is produced by polymerisation of styrene monomer, a chain-growth reaction which is induced by any known initiation techniques such as heat, free radical organic initiator, anionic or cationic initiating systems, or coordination-insertion organometallic initiating complexes. Both General purpose polystyrene (GPPS) and High impact polystyrene (HIPS) are produced by continuous-mass radical polymerisation of styrene. The plant setup generally comprises a feed section, a polymerisation section, a devolatilisation and solvent recovery section, and a pelletizing section. Styrene and processing aids are fed into the reactor. An antioxidant is usually also added in the dissolving tank. In addition, other chemicals can be added here such as white oil, peroxides, recycled styrene, ethyl benzene or chain transfer agents. Solvents, such as toluene or ethylbenzene, are added to provide better control of the polymerisation rate and the heat release rate, to modify the viscosity of the polymerisation bulk solution melt, and the crosslinking of the rubber phase. The dissolved mixture is then fed continuously to the reactor train where bulk polymerisation takes place. The reactors’ temperatures are between 100 and 180 °C. The process flow then goes through a devolatilisation section to separate the polymer from the unreacted monomers and solvent. The melted polymer is then transferred through a die head to obtain strands that are cut (dry or underwater) by pelletisers. Background system: Electricity: Electricity is modelled according to the individual country-specific situations. The country-specific modelling is achieved on multiple levels. Firstly, individual energy carrier specific power plants and plants for renewable energy sources are modelled according to the current national electricity grid mix. Modelling the electricity consumption mix includes transmission / distribution losses and the own use by energy producers (own consumption of power plants and "other" own consumption e.g. due to pumped storage hydro power etc.), as well as imported electricity. Secondly, the national emission and efficiency standards of the power plants are modelled as well as the share of electricity plants and combined heat and power plants (CHP). Thirdly, the country-specific energy carrier supply (share of imports and / or domestic supply) including the country-specific energy carrier properties (e.g. element and energy content) are accounted for. Fourthly, the exploration, mining/production, processing and transport processes of the energy carrier supply chains are modelled according to the specific situation of each electricity producing country. The different production and processing techniques (emissions and efficiencies) in the different energy producing countries are considered, e.g. different crude oil production technologies or different flaring rates at the oil platforms. Thermal energy, process steam: The thermal energy and process steam supply is modelled according to the individual country-specific situation with regard to emission standards and considered energy carriers. The thermal energy and process steam are produced at heat plants. Efficiencies for thermal energy production are by definition 100% in relation to the corresponding energy carrier input. For process steam the efficiency ranges from 85%, 90% to 95%. The energy carriers used for the generation of thermal energy and process steam are modelled according to the specific import situation (see electricity above). Transports: All relevant and known transport processes are included. Ocean-going and inland ship transport as well as rail, truck and pipeline transport of bulk commodities are considered. Energy carriers: The energy carriers are modelled according to the specific supply situation (see electricity above). Refinery products: Diesel fuel, gasoline, technical gases, fuel oils, lubricants and residues such as bitumen are modelled with a parameterised country-specific refinery model. The refinery model represents the current national standard in refining techniques (e.g. emission level, internal energy consumption, etc.) as well as the individual country-specific product output spectrum, which can be quite different from country to country. The supply of crude oil is modelled, again, according to the country-specific situation with the respective properties of the resources.
Flow diagram(s) or picture(s)
Mathematical model
Model description	The calculation follows the vertical calculation methodology, i.e. that the averaging is done after modelling the specific processes. Restrictions on competition and confidentiality do not allow displaying and describing the systems and analysing details.

Modelling and validation

LCI method and allocation

Type of data set

LCI result

LCI Method Principle

Attributional

Deviation from LCI method principle / explanations

None

LCI method approaches

Allocation - market value
Not applicable
Allocation - net calorific value
Allocation - exergetic content

Deviations from LCI method approaches / explanations

For details please see the document "GaBi Databases Modelling Principles"

Modelling constants

All data used in the calculation of the LCI results refer to net calorific value.

Deviation from modelling constants / explanations

None

LCA methodology report

Data sources, treatment and representativeness

Data cut-off and completeness principles

In the foreground processes all relevant flows were considered, trying to avoid any cut-off of material and energy flows. In single cases additives used in the GPPS unit process (<0.1 % m/m of product output) were neglected. In all cases it was assured that no hazardous substances or metals were present in this neglected part. According to the GaBi Databases 2011, used in the background processes, at least 95 % of mass and energy of the input and output flows were covered and 98 % of their environmental relevance (according to expert judgment) was considered, hence an influence of cut-offs less than 1 % on the total in expected. All transports in the pre-chain contribute maximum 0.2% to the overall environmental burden. Including production the contribution of all transports is expected to be less than 1 %, thus transports are excluded from this investigation.

Deviation from data cut-off and completeness principles / explanations

None

Data selection and combination principles

95% coverage of the European industry

Deviation from data selection and combination principles / explanations

None

Data treatment and extrapolations principles

The data set represents the specific situation in Europe, focusing on the main technologies used for producing GPPS in Europe. Primary production data for the GPPS production comes from six different suppliers in the EU.

Deviation from data treatment and extrapolations principles / explanations

None

Documentation of data quality management

Percentage supply or production covered

95.0 %

Annual supply or production volume

The considered participants covered 95% of all GPPS producers in Europe in 2010, which had a production capacity of more than 2,4 million tonnes.

Sampling procedure

European producers act as a main source of data for the production of GPPS on the basis of a direct questionnaire. Primary data on gate-to-gate GPPS production is derived from site specific information for processes under operational control supplied by the participating companies of this study. The data for the upstream supply chain until the precursors are taken from the database of the software system GaBi 5.

Data collection period

2010

Uncertainty adjustments

None

Completeness

Completeness of product model

All relevant flows quantified

Validation

Type of review

Scope / Method(s) of review

Data quality indicators

Independent internal review

Scope name	Method name
LCIA results	Expert judgement Cross-check with other source Cross-check with other data set Compliance with ISO 14040 to 14044
LCI results or Partly terminated system	Expert judgement Energy balance Cross-check with other source Cross-check with other data set Mass balance Element balance
Unit process(es), black box	Expert judgement Energy balance Cross-check with other source Cross-check with other data set Mass balance Element balance
LCIA results calculation	Expert judgement Compliance with ISO 14040 to 14044
Unit process(es), single operation	Expert judgement Energy balance Cross-check with other source Cross-check with other data set Mass balance Element balance
Documentation	Documentation Expert judgement Compliance with ISO 14040 to 14044
Raw data	Expert judgement Cross-check with other source Validation of data sources Sample tests on calculations
Life cycle inventory methods	Compliance with ISO 14040 to 14044
Goal and scope definition	Expert judgement Compliance with ISO 14040 to 14044

Overall quality: Very good
Methodological appropriateness and consistency: Very good
Precision: Not applicable
Completeness: Very good
Geographical representativeness: Very good
Time representativeness: Very good
Technological representativeness: Very good

Type of review	Data quality indicators
Independent external review	Methodological appropriateness and consistency: Very good Completeness: Very good Geographical representativeness: Very good Time representativeness: Very good Technological representativeness: Very good

Reviewer name and institution	Complete review report
Dr.-Ing. Ivo Mersiowsky, Sustainability Services, DEKRA Industrial GmbH	PS - ILCD DN Entry-Level Review Report

Type of review

Scope / Method(s) of review

Data quality indicators

Review details

Independent external review

Scope name	Method name
LCI results or Partly terminated system	Documentation Expert judgement Energy balance Mass balance
Life cycle inventory methods	Cross-check with other source Compliance with ISO 14040 to 14044
Unit process(es), single operation	Cross-check with other data set
LCIA results calculation	Expert judgement Compliance with ISO 14040 to 14044
Goal and scope definition	Cross-check with other source Compliance with ISO 14040 to 14044
Unit process(es), black box	Expert judgement Cross-check with other data set
LCIA results	Expert judgement Cross-check with other source
Documentation	Cross-check with other source Compliance with ISO 14040 to 14044

Overall quality: Very good
Methodological appropriateness and consistency: Very good
Precision: Not applicable
Completeness: Very good
Geographical representativeness: Very good
Time representativeness: Very good
Technological representativeness: Very good

As part of the PlasticsEurope programme management and quality assurance, DEKRA Consulting GmbH conducted an external independent critical review of this work. This included soliciting a co-review from an independent expert, Mr. Aafko Schanssema, Director of the Dutch Plastics Packaging Association (Vereniging Kunststofverpakkingen Nederland, VMK under the umbrella of Federatie Nederlandse Rubber- en Kunststofindustrie, NRK). The outcome of the critical review is reproduced below. The subject of this critical review was the development of the Eco-profile for European polystyrene (PS) production. The project included regular milestone meetings with representatives of all participating producers and PlasticsEurope as system operator. The chairman of the review panel participated in these meetings. In addition, a review meeting between the LCA practitioner and the reviewers was held, including a model and database review, and spot checks of data and calculations. The final Eco-profile report was also reviewed by the second co-reviewer, industry expert Aafko Schanssema (VMK). All questions and recommendations were discussed with the LCA practitioner, and the report was adapted and revised accordingly. Prior to data collection, a dominance analysis was conducted to identify sensitive data requirements. Original industry data were collected for all foreground processes, while background process data were sourced from the GaBi database. Primary industry data was collected from a total of 24 sites (13 for GPPS, 11 for HIPS) which leads to an overall representativeness of 95% of the European PS production. The environmental impacts for polystyrene are dominated by the styrene production and this, in turn, by benzene. Consequently, the respective datasets for the EBSM and POSM production routes are of great importance, as is the assumed benzene mix. While industry data was used for modelling the EBSM route, the POSM route was modelled based on literature data and the LCA practitioner’s expertise, then cross-checked with industry data. It is recommended to further validate the benzene and styrene data with updated information on benzene mix (reformer vs. cracker) and primary data for the POSM route. It is noteworthy that, contrary to some initial expectations the two routes are quite similar in performance: while the POSM route needs less process energy, it renders lower styrene yields. At the moment, the resulting styrene dataset is considered best available data and good quality with respect to the goal and scope, because it reflects the actual supply situation of each PS producer. The LCA practitioner has demonstrated very good competence and experience, with a track record of LCA projects in the chemical and plastics industry. The Eco-profile report also includes a comparison with the 2002 version of this Eco-profiles, prepared by Dr. Ian Boustead. For some indicators, while there are significant differences, they cannot be interpreted due to the lack of documentation of the previous dataset. Methodological changes are, however, of minor importance: for instance, waste treatment is now modelled within the system boundary, following ILCD requirements; also, characterisation factors were updated. A noteworthy change is the considerable decrease of the climate indicator GWP by 30–35 %, whereas the Primary Energy Demand was shown to be stable: this is largely due to the influence of the benzene mix noted above (reformer benzene with a lower greenhouse gas burden). Finally, consolidation and energy efficiency in industry caused some improvements. The critical review confirms that this Eco-profile adheres to the rules set forth in the PlasticsEurope’s Eco-profiles and Environmental Declarations – LCI Methodology and PCR for Uncompounded Polymer Resins and Reactive Polymer Precursors (PCR version 2.0, April 2011). As a result, this dataset is assessed to be a reliable and high-quality representation of PS production in Europe.

Subsequent review comments
The precision of the dataset was not formally calculated by means of a statistical analysis, because this is not meaningful for a technology mix. Precision is assessed to be very good in terms of robustness because it is based upon an average of European production sites and the deviation among them was low.

Reviewer name and institution
DEKRA Dutch Plastics Packaging Association

Compliance Declarations

Compliance

Compliance system name

ILCD Data Network - Entry-level

Approval of overall compliance

Fully compliant

Nomenclature compliance

Fully compliant

Methodological compliance

Fully compliant

Review compliance

Fully compliant

Documentation compliance

Fully compliant

Quality compliance

Fully compliant

Compliance

Compliance system name

GaBi conformity system

Approval of overall compliance

Fully compliant

Nomenclature compliance

Fully compliant

Methodological compliance

Fully compliant

Review compliance

Fully compliant

Documentation compliance

Fully compliant

Quality compliance

Not defined

Compliance

Compliance system name

UNEP SETAC Life Cycle Initiative

Approval of overall compliance

Not defined

Nomenclature compliance

Not defined

Methodological compliance

Not defined

Review compliance

Not defined

Documentation compliance

Not defined

Quality compliance

Not defined

Administrative information

Commissioner and goal
Commissioner of data set	Plastics Europe
Intended applications	This background LCI data set can be used for any types of LCA studies. LCA studies considering the full life cycle (»cradle-to-grave«) of an application or product allow for comparative assertions to be derived. It is essential to note that comparisons cannot be made at the level of the polymer or its precursors. In order to compare the performance of different materials, the whole life cycle and the effects of relevant life cycle parameters must be considered. It is intended to be used by member companies, to support product-orientated environmental management; by users of plastics, as a building block of life cycle assessment (LCA) studies of individual products; and by other interested parties, as a source of life cycle information.
Data generator
Data set generator / modeller	PE INTERNATIONAL
Data entry by
Time stamp (last saved)	2013-09-19T14:36:55.605+02:00
Data set format(s)	ILCD format 1.1
Data entry by	PE INTERNATIONAL
Official approval of data set by producer/operator	No official approval by producer or operator
Publication and ownership
UUID	6ed5e0f8-3914-4533-9beb-c93222bdb2cb
Date of last revision	2012-12-01T00:00:00+01:00
Data set version	06.10.000
Workflow and publication status	Data set finalised; entirely published
Unchanged re-publication of	GaBi databases 2011
Owner of data set	Plastics Europe
Copyright	Yes
License type	Other
Access and use restrictions	GaBi (source code, database including extension modules and single data sets, documentation) remains property of PE INTERNATIONAL AG. PE INTERNATIONAL AG delivers GaBi licenses comprising data storage medium and manual as ordered by the customer. The license guarantees the right of use for one installation of GaBi. Further installations using the same license are not permitted. Additional licenses are only valid if the licensee holds at least one main license. Licenses are not transferable and must only be used within the licensee's organisation. Data sets may be copied for internal use. The number of copies is restricted to the number of licenses of the software system GaBi the licensee owns. The right of use is exclusively valid for the licensee. All rights reserved.

Inputs and Outputs

Inputs

Type of flow	Classification	Flow	Mean amount	Resulting amount
Elementary flow		air	15.2088827147298 kg	15.2088827147298 kg
Elementary flow		antimony	1.83427629303934E-11 kg	1.83427629303934E-11 kg
Elementary flow		barium sulfate	2.41259539731412E-14 kg	2.41259539731412E-14 kg
Elementary flow		baryte	2.89831696069543E-7 kg	2.89831696069543E-7 kg
Elementary flow		basalt	2.49047713438726E-7 kg	2.49047713438726E-7 kg
Elementary flow		bauxite	2.46996716468533E-4 kg	2.46996716468533E-4 kg
Elementary flow		bentonite	0.00200632323824372 kg	0.00200632323824372 kg
Elementary flow		Biotic Production	7.24552753994125E-6 kg/a	7.24552753994125E-6 kg/a
Elementary flow		Biotic Production	0.00285167700642695 kg	0.00285167700642695 kg
Elementary flow		calcium carbonate	0.0115482929396541 kg	0.0115482929396541 kg
Elementary flow		calcium chloride	2.47126606576304E-12 kg	2.47126606576304E-12 kg
Elementary flow		carbon dioxide	0.0223358394512096 kg	0.0223358394512096 kg
Elementary flow		chromium	9.66818016819681E-6 kg	9.66818016819681E-6 kg
Elementary flow		clay	2.85956103967671E-4 kg	2.85956103967671E-4 kg
Elementary flow		cobalt	2.74985616043813E-11 kg	2.74985616043813E-11 kg
Elementary flow		colemanite	5.79989225404027E-6 kg	5.79989225404027E-6 kg
Elementary flow		copper	8.42049858086231E-6 kg	8.42049858086231E-6 kg
Elementary flow		Crude oil (in MJ)	48.743191747543 MJ	48.743191747543 MJ
Elementary flow		dolomite	7.35279602151679E-6 kg	7.35279602151679E-6 kg
Elementary flow		Erosion Resistance	5.19243292081386E-7 kg/a	5.19243292081386E-7 kg/a
Elementary flow		Erosion Resistance	4.84577744315068E-4 kg	4.84577744315068E-4 kg
Elementary flow		feldspar	8.97489907227463E-21 kg	8.97489907227463E-21 kg
Elementary flow		fluorspar	3.36768521365876E-6 kg	3.36768521365876E-6 kg
Elementary flow		gold	5.19175740560928E-11 kg	5.19175740560928E-11 kg
Elementary flow		granite	1.27484361822083E-22 kg	1.27484361822083E-22 kg
Elementary flow		ground water	12.9078842161906 kg	12.9078842161906 kg
Elementary flow		Groundwater Replenishment	0.00142398120933886 (mm*m2)/a	0.00142398120933886 (mm*m2)/a
Elementary flow		Groundwater Replenishment	0.668941422346158 mm*m2	0.668941422346158 mm*m2
Elementary flow		gypsum	8.56511071078407E-5 kg	8.56511071078407E-5 kg
Elementary flow		Hard coal (in MJ)	0.579706300960544 MJ	0.579706300960544 MJ
Elementary flow		inert rock	0.652981040143117 kg	0.652981040143117 kg
Elementary flow		iridium	5.09232622303357E-14 kg	5.09232622303357E-14 kg
Elementary flow		iron	0.00133550523998802 kg	0.00133550523998802 kg
Elementary flow		kaolin	1.03450137462874E-5 kg	1.03450137462874E-5 kg
Elementary flow		lake water	33.0886615809111 kg	33.0886615809111 kg
Elementary flow		Land Occupation	0.00367912135591503 m2*a	0.00367912135591503 m2*a
Elementary flow		Land Transformation	1.06236114096232E-5 m2	1.06236114096232E-5 m2
Elementary flow		lead	6.35269822022109E-5 kg	6.35269822022109E-5 kg
Elementary flow		Lignite (in MJ)	0.427339202467652 MJ	0.427339202467652 MJ
Elementary flow		magnesite	6.65174686504799E-9 kg	6.65174686504799E-9 kg
Elementary flow		magnesium	2.08054478484392E-16 kg	2.08054478484392E-16 kg
Elementary flow		magnesium chloride	1.53268405266257E-4 kg	1.53268405266257E-4 kg
Elementary flow		manganese	2.16314854852311E-5 kg	2.16314854852311E-5 kg
Elementary flow		Mechanical Filtration	-1.59926264039477E-5 cm*m2/d	-1.59926264039477E-5 cm*m2/d
Elementary flow		Mechanical Filtration	1.78570270241802 cm*m²	1.78570270241802 cm*m²
Elementary flow		mercury	2.03974978915332E-15 kg	2.03974978915332E-15 kg
Elementary flow		molybdenum	6.71233053585722E-8 kg	6.71233053585722E-8 kg
Elementary flow		natural aggregate	0.00346792550093959 kg	0.00346792550093959 kg
Elementary flow		Natural gas (in MJ)	24.9297459324465 MJ	24.9297459324465 MJ
Elementary flow		nickel	-3.06910204359414E-7 kg	-3.06910204359414E-7 kg
Elementary flow		dinitrogen	7.90415105608956E-10 kg	7.90415105608956E-10 kg
Elementary flow		Occup. as Convent. arable land	0.00413895188353724 m2*a	0.00413895188353724 m2*a
Elementary flow		Oil sand (10% bitumen) (in MJ)	0.00793325081748574 MJ	0.00793325081748574 MJ
Elementary flow		Oil sand (100% bitumen) (in MJ)	0.00692612266564921 MJ	0.00692612266564921 MJ
Elementary flow		olivine	5.53479327964877E-14 kg	5.53479327964877E-14 kg
Elementary flow		osmium	6.21263799210096E-14 kg	6.21263799210096E-14 kg
Elementary flow		oxygen	2.74791173775279E-5 kg	2.74791173775279E-5 kg
Elementary flow		palladium	9.01341741476942E-13 kg	9.01341741476942E-13 kg
Elementary flow		Peat (in MJ)	0.00213652025982614 MJ	0.00213652025982614 MJ
Elementary flow		phosphorus	-1.07090260066318E-4 kg	-1.07090260066318E-4 kg
Elementary flow		Physicochemical Filtration	0.00196721395259246 (cmolm2a)/kg	0.00196721395259246 (cmolm2a)/kg
Elementary flow		Physicochemical Filtration	-6.49952607862727E-6 (cmol*m2)/kg	-6.49952607862727E-6 (cmol*m2)/kg
Elementary flow		Pit Methane (in MJ)	0.00912634362182026 MJ	0.00912634362182026 MJ
Elementary flow		platinum	1.52769786691007E-12 kg	1.52769786691007E-12 kg
Elementary flow		potassium	-9.08820969639692E-5 kg	-9.08820969639692E-5 kg
Elementary flow		potassium chloride	4.3923281949027E-10 kg	4.3923281949027E-10 kg
Elementary flow		primary energy from geothermics	0.0101939722398587 MJ	0.0101939722398587 MJ
Elementary flow		primary energy from hydro power	0.200180257239152 MJ	0.200180257239152 MJ
Elementary flow		primary energy from solar energy	0.166009381727942 MJ	0.166009381727942 MJ
Elementary flow		primary energy from wind power	0.139603304809654 MJ	0.139603304809654 MJ
Elementary flow		quartz sand	0.00220251421795922 kg	0.00220251421795922 kg
Elementary flow		raw pumice	4.34569230107977E-7 kg	4.34569230107977E-7 kg
Elementary flow		rhodium	1.52780464155184E-13 kg	1.52780464155184E-13 kg
Elementary flow		river water	660.142150003335 kg	660.142150003335 kg
Elementary flow		ruthenium	3.01465712403588E-13 kg	3.01465712403588E-13 kg
Elementary flow		sea water	1.36099457414187 kg	1.36099457414187 kg
Product flow	Production residues in life cycle	Secondary fuel	0.00715810803498782 MJ	0.00715810803498782 MJ
Product flow	Production residues in life cycle	Secondary fuel renewable	6.81508507140822E-4 MJ	6.81508507140822E-4 MJ
Elementary flow		silicon	2.72306596851969E-9 kg	2.72306596851969E-9 kg
Elementary flow		silver	6.51367494113779E-9 kg	6.51367494113779E-9 kg
Elementary flow		sodium chloride	0.0288804023309581 kg	0.0288804023309581 kg
Elementary flow		sodium nitrate	4.84440574923914E-19 kg	4.84440574923914E-19 kg
Elementary flow		sodium sulfate	2.19968949621092E-11 kg	2.19968949621092E-11 kg
Elementary flow		soil	0.00439299358070841 kg	0.00439299358070841 kg
Elementary flow		stone	0.00103961545475609 kg	0.00103961545475609 kg
Elementary flow		sulfur	1.02630864542687E-10 kg	1.02630864542687E-10 kg
Elementary flow		talc	4.47322401975193E-10 kg	4.47322401975193E-10 kg
Elementary flow		tantalum	1.62087943323664E-6 kg	1.62087943323664E-6 kg
Elementary flow		tin	2.91422429034223E-12 kg	2.91422429034223E-12 kg
Elementary flow		titanium	7.76597335257016E-8 kg	7.76597335257016E-8 kg
Elementary flow		uranium	1.33921737818739 MJ	1.33921737818739 MJ
Elementary flow		Water (rain water)	0.871358502500994 kBq	0.871358502500994 kBq
Elementary flow		zinc	1.82662076142415E-5 kg	1.82662076142415E-5 kg

Outputs

Type of flow	Classification	Flow	Mean amount	Resulting amount
Product flow	Valuable substances / Materials / Plastics	Polystyrene granulate (PS)	1.0 kg	1.0 kg
Product flow		Highly radioactive waste	8.25964218839271E-7 kg	8.25964218839271E-7 kg
Waste flow		Low radioactive wastes	1.02404435189918E-5 kg	1.02404435189918E-5 kg
Product flow		Medium and low radioactive wastes	4.83542308509163E-6 kg	4.83542308509163E-6 kg
Product flow		Radioactive tailings	5.34489102809342E-4 kg	5.34489102809342E-4 kg
Elementary flow		1,2,4-trimethylbenzene	4.77301450661878E-17 kg	4.77301450661878E-17 kg
Elementary flow		1,2-dibromoethane	1.97855729547873E-17 kg	1.97855729547873E-17 kg
Elementary flow		1,2-dichloroethane	2.88624595165195E-16 kg	2.88624595165195E-16 kg
Elementary flow		1,2-dichloroethane	4.48744953613731E-18 kg	4.48744953613731E-18 kg
Elementary flow		1,2-dichloropropane	3.81433210571672E-19 kg	3.81433210571672E-19 kg
Elementary flow		2,3,7,8-tetrachlorodibenzo-p-dioxin	1.36824882604131E-14 kg	1.36824882604131E-14 kg
Elementary flow		2,3,7,8-tetrachlorodibenzo-p-dioxin	9.81369075072549E-19 kg	9.81369075072549E-19 kg
Elementary flow		acenaphthene	1.40148874964257E-9 kg	1.40148874964257E-9 kg
Elementary flow		acenaphthene	3.22456814956416E-10 kg	3.22456814956416E-10 kg
Elementary flow		acenaphthylene	5.77656203276592E-10 kg	5.77656203276592E-10 kg
Elementary flow		acenaphthylene	1.31653866397058E-10 kg	1.31653866397058E-10 kg
Elementary flow		acetaldehyde	1.17488163556519E-6 kg	1.17488163556519E-6 kg
Elementary flow		acetic acid	5.37939329883231E-6 kg	5.37939329883231E-6 kg
Elementary flow		acetic acid	2.42959470948827E-10 kg	2.42959470948827E-10 kg
Elementary flow		acetic acid	6.11924936745997E-14 kg	6.11924936745997E-14 kg
Elementary flow		acetone	1.17003588157752E-6 kg	1.17003588157752E-6 kg
Elementary flow		acid (as H+)	7.96354578700081E-11 kg	7.96354578700081E-11 kg
Elementary flow		acid (as H+)	3.69853367672717E-9 kg	3.69853367672717E-9 kg
Elementary flow		acrolein	5.61972289605522E-10 kg	5.61972289605522E-10 kg
Elementary flow		acryolonitrile	2.39670600225515E-15 kg	2.39670600225515E-15 kg
Elementary flow		adsorbable organic halogen compounds	7.03020905562629E-13 kg	7.03020905562629E-13 kg
Elementary flow		adsorbable organic halogen compounds	9.85243618713634E-7 kg	9.85243618713634E-7 kg
Elementary flow		aluminium	1.49921609502769E-10 kg	1.49921609502769E-10 kg
Elementary flow		aluminium	3.58767134050946E-9 kg	3.58767134050946E-9 kg
Elementary flow		aluminium	9.23084012582947E-5 kg	9.23084012582947E-5 kg
Elementary flow		aluminium	9.03221084413531E-11 kg	9.03221084413531E-11 kg
Elementary flow		americium-241	2.25532942957342E-8 kBq	2.25532942957342E-8 kBq
Elementary flow		ammonia	2.1977404695924E-5 kg	2.1977404695924E-5 kg
Elementary flow		ammonia	7.27378603878278E-8 kg	7.27378603878278E-8 kg
Elementary flow		ammonia	2.44728323498782E-11 kg	2.44728323498782E-11 kg
Elementary flow		ammonia	3.05630324967448E-5 kg	3.05630324967448E-5 kg
Elementary flow		ammonium	1.48784191751904E-10 kg	1.48784191751904E-10 kg
Elementary flow		ammonium	7.20483644050583E-14 kg	7.20483644050583E-14 kg
Elementary flow		anthracene	7.96404510589668E-11 kg	7.96404510589668E-11 kg
Elementary flow		anthracene	2.66486439319606E-9 kg	2.66486439319606E-9 kg
Elementary flow		anthracene	6.15442422599099E-10 kg	6.15442422599099E-10 kg
Elementary flow		antimony	1.51172369604192E-9 kg	1.51172369604192E-9 kg
Elementary flow		antimony	7.05306981054038E-16 kg	7.05306981054038E-16 kg
Elementary flow		antimony	1.63319481157272E-14 kg	1.63319481157272E-14 kg
Elementary flow		antimony-124	1.10810460659706E-6 kBq	1.10810460659706E-6 kBq
Elementary flow		antimony-124	2.98375554702603E-5 kBq	2.98375554702603E-5 kBq
Elementary flow		antimony-125	3.35527075207669E-5 kBq	3.35527075207669E-5 kBq
Elementary flow		argon	3.6440169519693E-8 kg	3.6440169519693E-8 kg
Elementary flow		argon-41	0.0399117148529058 kBq	0.0399117148529058 kBq
Elementary flow		arsenic	2.25323258906171E-8 kg	2.25323258906171E-8 kg
Elementary flow		arsenic	2.80420907573334E-13 kg	2.80420907573334E-13 kg
Elementary flow		arsenic	2.18597656165982E-7 kg	2.18597656165982E-7 kg
Elementary flow		arsenic	8.87246313495585E-7 kg	8.87246313495585E-7 kg
Elementary flow		arsenic trioxide	8.73843541046807E-13 kg	8.73843541046807E-13 kg
Elementary flow		barium	6.13158644239401E-8 kg	6.13158644239401E-8 kg
Elementary flow		barium	7.77044679565794E-6 kg	7.77044679565794E-6 kg
Elementary flow		barium	1.75169971117753E-6 kg	1.75169971117753E-6 kg
Elementary flow		benzene	4.38454656565517E-6 kg	4.38454656565517E-6 kg
Elementary flow		benzene	6.63085049791113E-7 kg	6.63085049791113E-7 kg
Elementary flow		benzene	2.94312694254764E-6 kg	2.94312694254764E-6 kg
Elementary flow		benzo[a]anthracene	4.00696214224559E-11 kg	4.00696214224559E-11 kg
Elementary flow		benzo[a]anthracene	3.32906641754019E-11 kg	3.32906641754019E-11 kg
Elementary flow		benzo[a]anthracene	1.47580866371938E-10 kg	1.47580866371938E-10 kg
Elementary flow		benzo[a]pyrene	2.86222625125145E-10 kg	2.86222625125145E-10 kg
Elementary flow		benzo[g,h,i]perylene	3.57467575778077E-11 kg	3.57467575778077E-11 kg
Elementary flow		benzo[k]fluoranthene	7.14935161754903E-11 kg	7.14935161754903E-11 kg
Elementary flow		benzo[k]fluoranthene	3.96414431847061E-12 kg	3.96414431847061E-12 kg
Elementary flow		benzo[k]fluoranthene	1.76606683217299E-11 kg	1.76606683217299E-11 kg
Elementary flow		beryllium	3.48614681858385E-10 kg	3.48614681858385E-10 kg
Elementary flow		beryllium	9.12980491240043E-17 kg	9.12980491240043E-17 kg
Elementary flow		beryllium	2.61087973011625E-14 kg	2.61087973011625E-14 kg
Elementary flow		beryllium	6.89216476438023E-11 kg	6.89216476438023E-11 kg
Elementary flow		biological oxygen demand	7.76539430101392E-7 kg	7.76539430101392E-7 kg
Elementary flow		biological oxygen demand	2.78572204323636E-5 kg	2.78572204323636E-5 kg
Elementary flow		boron	3.00149359856773E-7 kg	3.00149359856773E-7 kg
Elementary flow		boron	6.3232243463753E-14 kg	6.3232243463753E-14 kg
Elementary flow		boron	3.43674390779488E-7 kg	3.43674390779488E-7 kg
Elementary flow		bromate	1.44822235029886E-17 kg	1.44822235029886E-17 kg
Elementary flow		bromide	7.19652227897353E-13 kg	7.19652227897353E-13 kg
Elementary flow		bromine	7.06055668150477E-8 kg	7.06055668150477E-8 kg
Elementary flow		bromine	2.89517435746796E-14 kg	2.89517435746796E-14 kg
Elementary flow		butadiene	6.92495053417554E-16 kg	6.92495053417554E-16 kg
Elementary flow		butene	7.80080277136478E-9 kg	7.80080277136478E-9 kg
Elementary flow		cadmium	6.41388938600396E-9 kg	6.41388938600396E-9 kg
Elementary flow		cadmium	2.14720598053016E-11 kg	2.14720598053016E-11 kg
Elementary flow		cadmium	2.52069809893487E-9 kg	2.52069809893487E-9 kg
Elementary flow		cadmium	3.83037226555821E-7 kg	3.83037226555821E-7 kg
Elementary flow		cadmium	9.40651519032204E-8 kg	9.40651519032204E-8 kg
Elementary flow		calcium	1.40165675500032E-5 kg	1.40165675500032E-5 kg
Elementary flow		calcium	4.90001295395943E-4 kg	4.90001295395943E-4 kg
Elementary flow		calcium	6.91475178522977E-12 kg	6.91475178522977E-12 kg
Elementary flow		caprolactam	8.80130769212809E-13 kg	8.80130769212809E-13 kg
Elementary flow		carbon dioxide (biogenic)	1.53732497444527E-9 kg	1.53732497444527E-9 kg
Elementary flow		Carbon dioxide (biotic)	0.0245191169618407 kg	0.0245191169618407 kg
Elementary flow		carbon dioxide	2.05743633236012 kg	2.05743633236012 kg
Elementary flow		carbon disulfide	3.68174836942175E-15 kg	3.68174836942175E-15 kg
Elementary flow		carbon monoxide	0.00109954827697755 kg	0.00109954827697755 kg
Elementary flow		carbon-14	0.0511545885499088 kBq	0.0511545885499088 kBq
Elementary flow		carbon-14	0.00217154931238596 kBq	0.00217154931238596 kBq
Elementary flow		carbon-14	2.15233612364929E-6 kBq	2.15233612364929E-6 kBq
Elementary flow		carbonate	9.25409808713263E-5 kg	9.25409808713263E-5 kg
Elementary flow		carbonate	4.88806928977333E-4 kg	4.88806928977333E-4 kg
Elementary flow		cesium-134	2.04345345370879E-7 kBq	2.04345345370879E-7 kBq
Elementary flow		cesium-134	2.60846764250565E-5 kBq	2.60846764250565E-5 kBq
Elementary flow		cesium-134	1.01325079090175E-5 kBq	1.01325079090175E-5 kBq
Elementary flow		cesium-137	1.75201040182219E-7 kBq	1.75201040182219E-7 kBq
Elementary flow		cesium-137	3.48882547185131E-4 kBq	3.48882547185131E-4 kBq
Elementary flow		cesium-137	5.08062746663885E-5 kBq	5.08062746663885E-5 kBq
Elementary flow		CFC-114	1.73048802862347E-8 kg	1.73048802862347E-8 kg
Elementary flow		chemical oxygen demand	4.52963257329024E-5 kg	4.52963257329024E-5 kg
Elementary flow		chemical oxygen demand	2.39305632472615E-4 kg	2.39305632472615E-4 kg
Elementary flow		chlorate	2.91684219848925E-13 kg	2.91684219848925E-13 kg
Elementary flow		chloride	4.05903605158857E-6 kg	4.05903605158857E-6 kg
Elementary flow		chloride	4.15602133050454E-6 kg	4.15602133050454E-6 kg
Elementary flow		chloride	0.0221836963932048 kg	0.0221836963932048 kg
Elementary flow		chloride	0.0386108778487751 kg	0.0386108778487751 kg
Elementary flow		chlorine	5.67873212705123E-7 kg	5.67873212705123E-7 kg
Elementary flow		chlorine	4.27085037514972E-13 kg	4.27085037514972E-13 kg
Elementary flow		chlorine	2.5317706194395E-6 kg	2.5317706194395E-6 kg
Elementary flow		chromium	4.65540101715168E-8 kg	4.65540101715168E-8 kg
Elementary flow		chromium	1.32641795817881E-11 kg	1.32641795817881E-11 kg
Elementary flow		chromium	-1.10086674739399E-12 kg	-1.10086674739399E-12 kg
Elementary flow		chromium	2.55047247977765E-6 kg	2.55047247977765E-6 kg
Elementary flow		chromium	6.60856603985953E-7 kg	6.60856603985953E-7 kg
Elementary flow		chromium III	9.65083908172517E-11 kg	9.65083908172517E-11 kg
Elementary flow		chromium III	5.83313638932859E-8 kg	5.83313638932859E-8 kg
Elementary flow		chromium III	2.09796348348705E-13 kg	2.09796348348705E-13 kg
Elementary flow		chromium III	5.35051800533382E-9 kg	5.35051800533382E-9 kg
Elementary flow		chromium VI	7.12953188910016E-16 kg	7.12953188910016E-16 kg
Elementary flow		chromium VI	1.83038052750916E-15 kg	1.83038052750916E-15 kg
Elementary flow		chromium VI	1.55909365832682E-8 kg	1.55909365832682E-8 kg
Elementary flow		chrysene	9.84282817953948E-11 kg	9.84282817953948E-11 kg
Elementary flow		chrysene	1.19848010133958E-10 kg	1.19848010133958E-10 kg
Elementary flow		chrysene	5.33107436862387E-10 kg	5.33107436862387E-10 kg
Elementary flow		Clean gas	0.00932949807881943 kBq	0.00932949807881943 kBq
Elementary flow		cobalt	1.24568722152859E-8 kg	1.24568722152859E-8 kg
Elementary flow		cobalt	1.13978539240687E-12 kg	1.13978539240687E-12 kg
Elementary flow		cobalt	3.93775008614959E-12 kg	3.93775008614959E-12 kg
Elementary flow		cobalt	1.03952802876236E-9 kg	1.03952802876236E-9 kg
Elementary flow		cobalt-58	5.06706417239659E-7 kBq	5.06706417239659E-7 kBq
Elementary flow		cobalt-58	1.78754801590059E-4 kBq	1.78754801590059E-4 kBq
Elementary flow		cobalt-60	1.02933445650817E-6 kBq	1.02933445650817E-6 kBq
Elementary flow		cobalt-60	1.1748524570043E-4 kBq	1.1748524570043E-4 kBq
Elementary flow		cobalt-60	4.17354822800904E-5 kBq	4.17354822800904E-5 kBq
Elementary flow		copper	3.84668482002351E-8 kg	3.84668482002351E-8 kg
Elementary flow		copper	5.83227014689595E-8 kg	5.83227014689595E-8 kg
Elementary flow		copper	2.91815319855947E-10 kg	2.91815319855947E-10 kg
Elementary flow		copper	1.30703978182259E-6 kg	1.30703978182259E-6 kg
Elementary flow		copper	6.21546644181188E-7 kg	6.21546644181188E-7 kg
Elementary flow		cresol	8.77092409335929E-16 kg	8.77092409335929E-16 kg
Elementary flow		cresol	1.14225988192586E-15 kg	1.14225988192586E-15 kg
Elementary flow		cumene	3.66078145251622E-16 kg	3.66078145251622E-16 kg
Elementary flow		curium	2.98899083570466E-8 kBq	2.98899083570466E-8 kBq
Elementary flow		cyanide	6.35659698948424E-8 kg	6.35659698948424E-8 kg
Elementary flow		cyanide	8.52945906042989E-7 kg	8.52945906042989E-7 kg
Elementary flow		cyclohexane	4.31418604390596E-13 kg	4.31418604390596E-13 kg
Elementary flow		decane	1.7134333405024E-10 kg	1.7134333405024E-10 kg
Elementary flow		decane	1.9393107566625E-5 kg	1.9393107566625E-5 kg
Elementary flow		decane	1.48383970474163E-5 kg	1.48383970474163E-5 kg
Elementary flow		dibenz[a,h]anthracene	2.22793746658679E-11 kg	2.22793746658679E-11 kg
Elementary flow		dichloromethane	9.6248724706737E-16 kg	9.6248724706737E-16 kg
Elementary flow		diethylamine	2.82603068996794E-17 kg	2.82603068996794E-17 kg
Elementary flow		dimethylamine	6.88643570471216E-15 kg	6.88643570471216E-15 kg
Elementary flow		ethane	3.48476737937896E-4 kg	3.48476737937896E-4 kg
Elementary flow		ethanol	2.33865893727996E-6 kg	2.33865893727996E-6 kg
Elementary flow		ethyl benzene	3.93930764157662E-7 kg	3.93930764157662E-7 kg
Elementary flow		ethyl benzene	1.60193462325556E-7 kg	1.60193462325556E-7 kg
Elementary flow		ethyl benzene	3.60893706778895E-8 kg	3.60893706778895E-8 kg
Elementary flow		ethylene	4.11018278588428E-10 kg	4.11018278588428E-10 kg
Elementary flow		FC-14	1.52559023063281E-10 kg	1.52559023063281E-10 kg
Elementary flow		fluoranthene	2.59371820480146E-10 kg	2.59371820480146E-10 kg
Elementary flow		fluoranthene	6.43139391902675E-11 kg	6.43139391902675E-11 kg
Elementary flow		fluoranthene	2.61926243129372E-10 kg	2.61926243129372E-10 kg
Elementary flow		fluorene	8.23006752771734E-10 kg	8.23006752771734E-10 kg
Elementary flow		fluoride	9.34728600033751E-8 kg	9.34728600033751E-8 kg
Elementary flow		fluoride	4.7565230657505E-9 kg	4.7565230657505E-9 kg
Elementary flow		fluoride	4.88449027814965E-10 kg	4.88449027814965E-10 kg
Elementary flow		fluoride	1.56646713463765E-4 kg	1.56646713463765E-4 kg
Elementary flow		fluorine	1.30359378939894E-10 kg	1.30359378939894E-10 kg
Elementary flow		fluorine	9.27784816533583E-9 kg	9.27784816533583E-9 kg
Elementary flow		formaldehyde	8.49598587198226E-6 kg	8.49598587198226E-6 kg
Elementary flow		formaldehyde	3.12399862733177E-16 kg	3.12399862733177E-16 kg
Elementary flow		HCFC-140	2.74346346641122E-12 kg	2.74346346641122E-12 kg
Elementary flow		HCFC-22	1.05533037969909E-11 kg	1.05533037969909E-11 kg
Elementary flow		helium	1.03564749559417E-11 kg	1.03564749559417E-11 kg
Elementary flow		heptane	2.47189042674E-6 kg	2.47189042674E-6 kg
Elementary flow		hexamethylene diamine	4.07949957830665E-17 kg	4.07949957830665E-17 kg
Elementary flow		hexane	4.2123855140586E-6 kg	4.2123855140586E-6 kg
Elementary flow		hexane	1.28504236716659E-16 kg	1.28504236716659E-16 kg
Elementary flow		hexane	9.57662526007486E-17 kg	9.57662526007486E-17 kg
Elementary flow		HFC-116	3.18111922029945E-12 kg	3.18111922029945E-12 kg
Elementary flow		HFC-125	2.8367883440196E-11 kg	2.8367883440196E-11 kg
Elementary flow		HFC-134a	1.79041505837789E-11 kg	1.79041505837789E-11 kg
Elementary flow		HFC-143	2.53428747225637E-11 kg	2.53428747225637E-11 kg
Elementary flow		HFC-23	1.9441326206047E-10 kg	1.9441326206047E-10 kg
Elementary flow		HFC-245fa	5.04168544553246E-10 kg	5.04168544553246E-10 kg
Elementary flow		HFC-32	4.25518251602939E-12 kg	4.25518251602939E-12 kg
Elementary flow		hydrocarbons (unspecified)	2.27352320657423E-5 kg	2.27352320657423E-5 kg
Elementary flow		hydrocyanic acid	4.4285685371416E-11 kg	4.4285685371416E-11 kg
Elementary flow		hydrocyanic acid	1.17050894386934E-16 kg	1.17050894386934E-16 kg
Elementary flow		hydrogen	5.54819802004541E-8 kg	5.54819802004541E-8 kg
Elementary flow		hydrogen arsenide	7.2529018607013E-11 kg	7.2529018607013E-11 kg
Elementary flow		hydrogen bromide	2.09682506825487E-12 kg	2.09682506825487E-12 kg
Elementary flow		hydrogen chloride	9.15663123174009E-6 kg	9.15663123174009E-6 kg
Elementary flow		hydrogen chloride	2.0656609263982E-10 kg	2.0656609263982E-10 kg
Elementary flow		hydrogen fluoride	5.34516262354928E-7 kg	5.34516262354928E-7 kg
Elementary flow		hydrogen fluoride	2.31413969966608E-10 kg	2.31413969966608E-10 kg
Elementary flow		hydrogen iodide	1.33603611189543E-16 kg	1.33603611189543E-16 kg
Elementary flow		hydrogen peroxide	5.5770836746968E-8 kg	5.5770836746968E-8 kg
Elementary flow		hydrogen sulfide	2.22249276027943E-5 kg	2.22249276027943E-5 kg
Elementary flow		hydrogen-3	0.161158498564487 kBq	0.161158498564487 kBq
Elementary flow		hydrogen-3	3.4660947715963 kBq	3.4660947715963 kBq
Elementary flow		hydrogen-3	2.85301148399056 kBq	2.85301148399056 kBq
Elementary flow		hydroxide	1.89583484077208E-9 kg	1.89583484077208E-9 kg
Elementary flow		indeno(1,2,3-cd)pyrene	2.66022381025662E-11 kg	2.66022381025662E-11 kg
Elementary flow		iodine-129	4.98989939307665E-8 kBq	4.98989939307665E-8 kBq
Elementary flow		iodine-129	3.27400856397505E-6 kBq	3.27400856397505E-6 kBq
Elementary flow		iodine-131	6.68555407465726E-4 kBq	6.68555407465726E-4 kBq
Elementary flow		iodine-131	4.93004819403376E-6 kBq	4.93004819403376E-6 kBq
Elementary flow		iodine-131	3.81488392716451E-4 kBq	3.81488392716451E-4 kBq
Elementary flow		iron	2.36915011101213E-7 kg	2.36915011101213E-7 kg
Elementary flow		iron	1.48961210380955E-9 kg	1.48961210380955E-9 kg
Elementary flow		iron	9.26658348175075E-11 kg	9.26658348175075E-11 kg
Elementary flow		iron	8.62480023971498E-5 kg	8.62480023971498E-5 kg
Elementary flow		isobutane	2.06096015707083E-7 kg	2.06096015707083E-7 kg
Elementary flow		isopropanol	2.60102360984133E-10 kg	2.60102360984133E-10 kg
Elementary flow		krypton-85	0.986514412065252 kBq	0.986514412065252 kBq
Elementary flow		lanthanum-140	2.43411249947822E-16 kBq	2.43411249947822E-16 kBq
Elementary flow		lead	1.47759887271355E-7 kg	1.47759887271355E-7 kg
Elementary flow		lead	1.3109570574531E-12 kg	1.3109570574531E-12 kg
Elementary flow		lead	8.74972989368529E-8 kg	8.74972989368529E-8 kg
Elementary flow		lead	2.73347799136448E-7 kg	2.73347799136448E-7 kg
Elementary flow		lead	2.70579713657705E-7 kg	2.70579713657705E-7 kg
Elementary flow		lead dioxide	1.28795677757011E-15 kg	1.28795677757011E-15 kg
Elementary flow		lead-210	4.92233852207275E-6 kBq	4.92233852207275E-6 kBq
Elementary flow		magnesium	2.02934596767266E-8 kg	2.02934596767266E-8 kg
Elementary flow		magnesium	1.35551453806727E-7 kg	1.35551453806727E-7 kg
Elementary flow		magnesium	1.16352291549797E-5 kg	1.16352291549797E-5 kg
Elementary flow		manganese	1.85728397243302E-7 kg	1.85728397243302E-7 kg
Elementary flow		manganese	3.47194925815155E-11 kg	3.47194925815155E-11 kg
Elementary flow		manganese	8.13904546743215E-5 kg	8.13904546743215E-5 kg
Elementary flow		manganese	1.45128070108912E-11 kg	1.45128070108912E-11 kg
Elementary flow		manganese-54	1.1226767678308E-5 kBq	1.1226767678308E-5 kBq
Elementary flow		m-cresol	4.42589835298833E-14 kg	4.42589835298833E-14 kg
Elementary flow		mercury	4.82799730765495E-8 kg	4.82799730765495E-8 kg
Elementary flow		mercury	1.65378793409241E-15 kg	1.65378793409241E-15 kg
Elementary flow		mercury	5.83313511362604E-10 kg	5.83313511362604E-10 kg
Elementary flow		mercury	2.12759174733349E-9 kg	2.12759174733349E-9 kg
Elementary flow		mercury	3.85713120213518E-9 kg	3.85713120213518E-9 kg
Elementary flow		methacrylate	1.68218262073684E-14 kg	1.68218262073684E-14 kg
Elementary flow		methane	0.00701801556910717 kg	0.00701801556910717 kg
Elementary flow		methanol	2.34120800287423E-6 kg	2.34120800287423E-6 kg
Elementary flow		methanol	1.3786066357989E-6 kg	1.3786066357989E-6 kg
Elementary flow		methyl methacrylate	2.17091778152591E-12 kg	2.17091778152591E-12 kg
Elementary flow		molybdenum	1.04269034840051E-8 kg	1.04269034840051E-8 kg
Elementary flow		molybdenum	3.35538840315722E-16 kg	3.35538840315722E-16 kg
Elementary flow		molybdenum	7.73646776096904E-8 kg	7.73646776096904E-8 kg
Elementary flow		Naphthalene	2.05781511190998E-8 kg	2.05781511190998E-8 kg
Elementary flow		naphthalene	8.36307873862767E-9 kg	8.36307873862767E-9 kg
Elementary flow		naphthalene	9.15706573611082E-8 kg	9.15706573611082E-8 kg
Elementary flow		n-butane	1.09941661936266E-4 kg	1.09941661936266E-4 kg
Elementary flow		n-butyl-acetate	8.0672104161014E-12 kg	8.0672104161014E-12 kg
Elementary flow		nickel	2.86738279363666E-7 kg	2.86738279363666E-7 kg
Elementary flow		nickel	2.91648892347392E-8 kg	2.91648892347392E-8 kg
Elementary flow		nickel	1.49064722855249E-11 kg	1.49064722855249E-11 kg
Elementary flow		nickel	4.92071975538398E-7 kg	4.92071975538398E-7 kg
Elementary flow		nickel	1.04142504776609E-6 kg	1.04142504776609E-6 kg
Elementary flow		nitrate	4.44697039053595E-5 kg	4.44697039053595E-5 kg
Elementary flow		nitrate	1.46526467443153E-6 kg	1.46526467443153E-6 kg
Elementary flow		nitrite	8.53906541096986E-10 kg	8.53906541096986E-10 kg
Elementary flow		nitrite	1.18313633046056E-8 kg	1.18313633046056E-8 kg
Elementary flow		dinitrogen	2.91361064710371E-4 kg	2.91361064710371E-4 kg
Elementary flow	Emissions / Emissions to water / Emissions to fresh water	nitrogen	1.87156817802447E-5 kg	1.87156817802447E-5 kg
Elementary flow		nitrogen dioxide	0.00320826277180221 kg	0.00320826277180221 kg
Elementary flow		nitrogen monoxide	8.1612714577411E-7 kg	8.1612714577411E-7 kg
Elementary flow		Nitrogentriflouride	1.37484095683835E-12 kg	1.37484095683835E-12 kg
Elementary flow		nitrous oxide	3.84242036984605E-5 kg	3.84242036984605E-5 kg
Elementary flow		non-methane volatile organic compounds	9.37044492681987E-4 kg	9.37044492681987E-4 kg
Elementary flow		octane	1.35984769863054E-6 kg	1.35984769863054E-6 kg
Product flow		Overburden (deposited)	0.654583526162089 kg	0.654583526162089 kg
Elementary flow		oxygen	1.12197151197741E-5 kg	1.12197151197741E-5 kg
Elementary flow		palladium	6.84028099378039E-17 kg	6.84028099378039E-17 kg
Elementary flow		para-cresol	4.37763904277879E-14 kg	4.37763904277879E-14 kg
Elementary flow		particles (> PM10)	2.36736616055665E-5 kg	2.36736616055665E-5 kg
Elementary flow		particles (> PM10)	6.18015113158238E-4 kg	6.18015113158238E-4 kg
Elementary flow		particles (> PM10)	0.00450691279702202 kg	0.00450691279702202 kg
Elementary flow		particles (PM10)	2.05392915080128E-9 kg	2.05392915080128E-9 kg
Elementary flow		particles (PM10)	9.24613276768208E-4 kg	9.24613276768208E-4 kg
Elementary flow		particles (PM2.5 - PM10)	8.9902324595562E-5 kg	8.9902324595562E-5 kg
Elementary flow		particles (PM2.5)	5.70684423351003E-5 kg	5.70684423351003E-5 kg
Elementary flow		pentane	4.77909718019938E-5 kg	4.77909718019938E-5 kg
Elementary flow		phenanthrene	2.62697105852278E-9 kg	2.62697105852278E-9 kg
Elementary flow		phenol	3.84155173597184E-11 kg	3.84155173597184E-11 kg
Elementary flow		phenol	2.94878305413316E-6 kg	2.94878305413316E-6 kg
Elementary flow		phenol	1.43267488939287E-6 kg	1.43267488939287E-6 kg
Elementary flow		phosphate	4.5674962819302E-8 kg	4.5674962819302E-8 kg
Elementary flow		phosphate	1.18233620909591E-9 kg	1.18233620909591E-9 kg
Elementary flow		phosphate	1.94267272681887E-5 kg	1.94267272681887E-5 kg
Elementary flow		phosphine	5.94677069725851E-13 kg	5.94677069725851E-13 kg
Elementary flow		plutonium	6.8738756038304E-13 kBq	6.8738756038304E-13 kBq
Elementary flow		plutonium	8.96802551796166E-8 kBq	8.96802551796166E-8 kBq
Elementary flow		polonium-210	7.38350778310912E-6 kBq	7.38350778310912E-6 kBq
Elementary flow		polychlorinated biphenyls	4.8752222015101E-11 kg	4.8752222015101E-11 kg
Elementary flow		polycyclic aromatic hydrocarbons	5.18456474985814E-8 kg	5.18456474985814E-8 kg
Elementary flow		polycyclic aromatic hydrocarbons	5.74658388749956E-12 kg	5.74658388749956E-12 kg
Elementary flow		polycyclic aromatic hydrocarbons	1.45512579849364E-9 kg	1.45512579849364E-9 kg
Elementary flow		potassium	2.16045976207686E-8 kg	2.16045976207686E-8 kg
Elementary flow		potassium	-1.29016702105258E-5 kg	-1.29016702105258E-5 kg
Elementary flow		propane	4.58561738769654E-4 kg	4.58561738769654E-4 kg
Elementary flow		propene	3.57928078627242E-8 kg	3.57928078627242E-8 kg
Elementary flow		propionic acid	1.06412253176781E-9 kg	1.06412253176781E-9 kg
Elementary flow		propylene glycol monomethyl ether acetate	8.21871789219721E-11 kg	8.21871789219721E-11 kg
Elementary flow		protactinium-234	2.45062723277869E-9 kBq	2.45062723277869E-9 kBq
Elementary flow		protactinium-234	1.14515291251341E-5 kBq	1.14515291251341E-5 kBq
Elementary flow		R-40	1.62055232743783E-13 kg	1.62055232743783E-13 kg
Elementary flow		radium-226	2.90084912994657E-5 kBq	2.90084912994657E-5 kBq
Elementary flow		radium-226	0.0518577552320828 kBq	0.0518577552320828 kBq
Elementary flow		radon-222	2.18185129796227 kBq	2.18185129796227 kBq
Elementary flow		rhodium	6.6031463603501E-17 kg	6.6031463603501E-17 kg
Elementary flow		ruthenium-106	0.00117381043912754 kBq	0.00117381043912754 kBq
Elementary flow		ruthenium-106	5.33732097626206E-6 kBq	5.33732097626206E-6 kBq
Elementary flow		scandium	1.2995695175231E-16 kg	1.2995695175231E-16 kg
Elementary flow		selenium	3.15331199965543E-8 kg	3.15331199965543E-8 kg
Elementary flow		selenium	8.72032233516112E-15 kg	8.72032233516112E-15 kg
Elementary flow		selenium	1.95340681100003E-8 kg	1.95340681100003E-8 kg
Elementary flow		silicium tetrafluoride	2.41145669497002E-13 kg	2.41145669497002E-13 kg
Elementary flow		silver	1.49921609502769E-10 kg	1.49921609502769E-10 kg
Elementary flow		silver	9.96417772001398E-16 kg	9.96417772001398E-16 kg
Elementary flow		silver	2.09794612069002E-9 kg	2.09794612069002E-9 kg
Elementary flow		silver-110	3.57957652999784E-5 kBq	3.57957652999784E-5 kBq
Elementary flow		sodium	6.33747744446094E-8 kg	6.33747744446094E-8 kg
Elementary flow		sodium	0.00553965118836299 kg	0.00553965118836299 kg
Elementary flow		sodium	1.55078140662966E-5 kg	1.55078140662966E-5 kg
Waste flow		spoil (unspecified)	0.00653341007472439 kg	0.00653341007472439 kg
Elementary flow		strontium	5.03761747947894E-15 kg	5.03761747947894E-15 kg
Elementary flow		strontium	2.33551350858055E-10 kg	2.33551350858055E-10 kg
Elementary flow		strontium	1.60831194160306E-8 kg	1.60831194160306E-8 kg
Elementary flow		strontium	9.35772025631545E-7 kg	9.35772025631545E-7 kg
Elementary flow		strontium-90	1.92402446001266E-6 kBq	1.92402446001266E-6 kBq
Elementary flow		strontium-90	5.90165804116904E-5 kBq	5.90165804116904E-5 kBq
Elementary flow		styrene	2.06663966266929E-5 kg	2.06663966266929E-5 kg
Elementary flow		styrene	6.23746324062015E-10 kg	6.23746324062015E-10 kg
Elementary flow		sulfate	9.08074425089169E-10 kg	9.08074425089169E-10 kg
Elementary flow		sulfate	1.5964654538365E-9 kg	1.5964654538365E-9 kg
Elementary flow		sulfate	5.43209839328128E-4 kg	5.43209839328128E-4 kg
Elementary flow		sulfate	2.05904072680397E-4 kg	2.05904072680397E-4 kg
Elementary flow		sulfate	8.10142662276116E-7 kg	8.10142662276116E-7 kg
Elementary flow		sulfide	6.70923607183073E-9 kg	6.70923607183073E-9 kg
Elementary flow		sulfide	2.04081732630331E-5 kg	2.04081732630331E-5 kg
Elementary flow		sulfide	8.89947312451816E-5 kg	8.89947312451816E-5 kg
Elementary flow		sulfite	1.03913729002171E-7 kg	1.03913729002171E-7 kg
Elementary flow	Emissions / Emissions to air / Emissions to air, unspecified (long-term)	sulfur	7.98457800924591E-10 kg	7.98457800924591E-10 kg
Elementary flow		sulfur	2.71428790759397E-9 kg	2.71428790759397E-9 kg
Elementary flow		sulfur	4.55778130061229E-14 kg	4.55778130061229E-14 kg
Elementary flow		sulfur dioxide	0.00308257850671372 kg	0.00308257850671372 kg
Elementary flow		sulfur hexafluoride	1.38718481806806E-12 kg	1.38718481806806E-12 kg
Elementary flow		sulfur trioxide	7.46548422830117E-14 kg	7.46548422830117E-14 kg
Product flow		Tailings	0.00144652237391598 kg	0.00144652237391598 kg
Elementary flow		Tantalum	7.90422272565596E-16 kBq	7.90422272565596E-16 kBq
Elementary flow		tellurium	8.18073093631994E-12 kg	8.18073093631994E-12 kg
Elementary flow		tetrachloroethene	3.01882968794692E-17 kg	3.01882968794692E-17 kg
Elementary flow		thallium	5.59671687607382E-11 kg	5.59671687607382E-11 kg
Elementary flow		thallium	3.0631919527224E-11 kg	3.0631919527224E-11 kg
Elementary flow		thorium-230	7.38401165039063E-6 kBq	7.38401165039063E-6 kBq
Elementary flow		thorium-230	0.00115904031977137 kBq	0.00115904031977137 kBq
Elementary flow		thorium-234	2.48464180391789E-9 kBq	2.48464180391789E-9 kBq
Elementary flow		thorium-234	1.14515293994018E-5 kBq	1.14515293994018E-5 kBq
Elementary flow		tin	1.59647307561899E-8 kg	1.59647307561899E-8 kg
Elementary flow		tin	1.19325362665469E-15 kg	1.19325362665469E-15 kg
Elementary flow		tin	2.85904754120938E-14 kg	2.85904754120938E-14 kg
Elementary flow		tin oxide	4.89539949396797E-18 kg	4.89539949396797E-18 kg
Elementary flow		titanium	1.88960651354003E-9 kg	1.88960651354003E-9 kg
Elementary flow		titanium	1.21365112454623E-16 kg	1.21365112454623E-16 kg
Elementary flow		titanium	1.14864762368764E-8 kg	1.14864762368764E-8 kg
Elementary flow		toluene	2.10628149119517E-7 kg	2.10628149119517E-7 kg
Elementary flow		toluene	4.02220154022086E-7 kg	4.02220154022086E-7 kg
Elementary flow		toluene	1.78620440902372E-6 kg	1.78620440902372E-6 kg
Elementary flow		total organic carbon	7.76539430101392E-7 kg	7.76539430101392E-7 kg
Elementary flow		total organic carbon	4.35306822326622E-5 kg	4.35306822326622E-5 kg
Elementary flow		trichloroethene	1.37704968980802E-11 kg	1.37704968980802E-11 kg
Elementary flow		tungsten	2.17009532430912E-11 kg	2.17009532430912E-11 kg
Elementary flow		uranium-234	2.66019844405079E-5 kBq	2.66019844405079E-5 kBq
Elementary flow		uranium-234	4.23409162731585E-4 kBq	4.23409162731585E-4 kBq
Elementary flow		uranium-234	3.47252254908565E-6 kBq	3.47252254908565E-6 kBq
Elementary flow		uranium-235	3.5724275912002E-7 kBq	3.5724275912002E-7 kBq
Elementary flow		uranium-235	1.85167361417731E-6 kBq	1.85167361417731E-6 kBq
Elementary flow		uranium-238	2.87233350805503E-5 kBq	2.87233350805503E-5 kBq
Elementary flow		uranium-238	4.45439129845943E-4 kBq	4.45439129845943E-4 kBq
Elementary flow		uranium-238	3.47252254908565E-6 kBq	3.47252254908565E-6 kBq
Elementary flow		used air	10.9120950008383 kg	10.9120950008383 kg
Elementary flow		vanadium	4.21101195373831E-7 kg	4.21101195373831E-7 kg
Elementary flow		vanadium	3.14121467529612E-13 kg	3.14121467529612E-13 kg
Elementary flow		vanadium	3.06303777519647E-8 kg	3.06303777519647E-8 kg
Elementary flow		vinyl chloride	1.64219291512409E-10 kg	1.64219291512409E-10 kg
Elementary flow		vinyl chloride	3.77537248962928E-13 kg	3.77537248962928E-13 kg
Elementary flow		volatile organic compound	6.15773085939593E-6 kg	6.15773085939593E-6 kg
Elementary flow		volatile organic compound	7.76539430101392E-9 kg	7.76539430101392E-9 kg
Elementary flow		volatile organic compound	1.55842429762146E-5 kg	1.55842429762146E-5 kg
Waste flow		Waste (deposited)	0.00696286398054535 kg	0.00696286398054535 kg
Elementary flow		waste heat	5.00690083746211 MJ	5.00690083746211 MJ
Elementary flow		waste heat	0.353403206988982 MJ	0.353403206988982 MJ
Elementary flow		waste heat	0.00271274506773611 MJ	0.00271274506773611 MJ
Elementary flow		Water (evapotranspiration)	0.884217437946121 kBq	0.884217437946121 kBq
Elementary flow	Emissions to fresh water / Other emissions to fresh water	Water (river water from technosphere, cooling water)	14.4684586146337 kg	14.4684586146337 kg
Elementary flow		Water (river water from technosphere, turbined)	676.09346368996 kBq	676.09346368996 kBq
Elementary flow	Emissions to fresh water / Other emissions to fresh water	Water (river water from technosphere, waste water)	4.55068898153354 kg	4.55068898153354 kg
Elementary flow	Emissions to sea water / Other emissions to sea water	Water (sea water from technosphere, waste water)	1.38059861567672 kg	1.38059861567672 kg
Elementary flow		water vapour	11.3780209952844 kg	11.3780209952844 kg
Elementary flow		xenon-131	0.020718020994 kBq	0.020718020994 kBq
Elementary flow		xenon-133	0.426542644011645 kBq	0.426542644011645 kBq
Elementary flow		xenon-135	0.494078265750042 kBq	0.494078265750042 kBq
Elementary flow		xenon-137	0.0719569402281964 kBq	0.0719569402281964 kBq
Elementary flow		xenon-138	0.0789910795174993 kBq	0.0789910795174993 kBq
Elementary flow		xylene (all isomers)	1.66116883919813E-6 kg	1.66116883919813E-6 kg
Elementary flow		xylene (all isomers)	1.44102578632718E-7 kg	1.44102578632718E-7 kg
Elementary flow		xylene (all isomers)	6.39576314466542E-7 kg	6.39576314466542E-7 kg
Elementary flow		zinc	1.33053554370175E-7 kg	1.33053554370175E-7 kg
Elementary flow		zinc	2.33293951209402E-7 kg	2.33293951209402E-7 kg
Elementary flow		zinc	1.2690601791036E-11 kg	1.2690601791036E-11 kg
Elementary flow		zinc	3.50232562221589E-7 kg	3.50232562221589E-7 kg
Elementary flow		zinc	8.11845299301031E-9 kg	8.11845299301031E-9 kg
Elementary flow		zinc oxide	9.80099773688172E-18 kg	9.80099773688172E-18 kg