China

Rest-of-World (Ecoinvent)

Sewage sludge 97% water WWT WW from ammonium paratungstate production (treatment of sewage sludge 97% water WWT WW from ammonium paratungstate production landfarming)

Austria

Australia

Belgium

Bulgaria

Brazil

Canada

Switzerland

Cyprus

Czechia

Germany

Denmark

Estonia

Spain

Finland

France

United Kingdom

Greece

Croatia

Hungary

Indonesia

Ireland

India

Italy

Korea, Republic of

Lithuania

Luxembourg

Latvia

Malta

Mexico

Netherlands

Norway

Poland

Portugal

Romania

Central Asia and Pacific Asia, Oceania, Antarctica

East Europe and Iceland

Africa except Egypt and South Africa

Latin America except Brazil

Middle East, Asia and Egypt

Russian Federation (the)

Sweden

Slovenia

Slovakia

Taiwan (Province of China)

United States of America (the)

South Africa

Other waste for treatment: waste water treatment

Japan

Plastic waste for treatment: landfill

Türkiye

Food waste for treatment: composting and land application

Emissions generated by the activity within the product supply chain as described in ecoinvent v3.10. The product sewage sludge 97% water WWT WW from ammonium paratungstate production' is a liquid waste under the category of industrial wastes. This sewage sludge is produced exclusively in the wastewater treatment (WWT) of 'WW from ammonium paratungstate production'. The composition of the sewage sludge is specific to and dependent on the original composition of 'WW from ammonium paratungstate production'. 'sewage sludge 97% water WWT WW from ammonium paratungstate production' contain the following fractions: 100% sewage sludge with 97% water content. By the database default (and per unit of reference product),'sewage sludge 97% water WWT WW from ammonium paratungstate production' has 97% water on wet mass basis (3% dry matter) and Carbon present is of only fossil origin (2.61% on a dry matter basis). It has no heating value. This kind of by-product (recyclable or waste) is generated in a specific treatment process and as such is not intended to be used as for modelling waste outputs from other activities. In the ecoinvent database treatment option/s for this by-product include: deposition (landfarming). Based on the aforementioned treatments this by-product receives it is a non-hazardous waste.  This by-product can be modelled on two levels: treatment activity and market activity. The former one refers to the specific technology treating the by-product while the latter level represents a mix of treatments. Users are encouraged to inspect the modelling assumptions of the treatment activities and when selecting the market to additionally inspect the treatment mix.  Collection and transportation of this by-product is accounted in the respective market activity users are advised to inspect and modify the average transportation distances for a case specific modelling. The cut-off classification is Waste. The activity type is ordinary transforming activity. The reference product amount is -1.

The activity generating the emissions is treatment of sewage sludge, 97% water, WWT, WW from ammonium paratungstate production, landfarming. The reference product is sewage sludge, 97% water, WWT, WW from ammonium paratungstate production. Sewage sludge, 97% water, WWT, WW from ammonium paratungstate production is a liquid waste under the category of industrial wastes. This sewage sludge is produced exclusively in the wastewater treatment (WWT) of WW from ammonium paratungstate production. The composition of the sewage sludge, is specific to and dependent on the original composition of WW from ammonium paratungstate production.  sewage sludge, 97% water, WWT, WW from ammonium paratungstate production contain the following fractions: 100% sewage sludge with 97% water content. By the database default (and per unit of reference product),sewage sludge, 97% water, WWT, WW from ammonium paratungstate production has 97% water on wet mass basis (3% dry matter) and Carbon present is of only fossil origin (2.61% on a dry matter basis). It has no heating value.  This kind of by-product (recyclable or waste) is generated in a specific treatment process, and as such is not intended to be used as for modelling waste outputs from other activities.  In the ecoinvent database, treatment option/s for this by-product include: deposition (landfarming). Based on the aforementioned treatments, this by-product receives, it is a non-hazardous waste.   This by-product can be modelled on two levels: treatment activity and market activity. The former one refers to the specific technology treating the by-product while the latter level represents a mix of treatments. Users are encouraged to inspect the modelling assumptions of the treatment activities and when selecting the market to additionally inspect the treatment mix.   Collection and transportation of this by-product is accounted in the respective market activity, users are advised to inspect and modify the average transportation distances for a case specific modelling. The reference product amount is -1. The cut-off classification is Waste. The activity type is ordinary ordinary transforming activity. Please refer to the ecoinvent documentation here for full details: https://ecoquery.ecoinvent.org/3.11/cutoff/dataset/25925/documentation.

Sewage sludge - 97% water - WWT - WW from ammonium paratungstate production (treatment of - landfarming)

The activity generating the emissions is treatment of sewage sludge, 97% water, WWT, WW from ammonium paratungstate production, landfarming. The reference product is sewage sludge, 97% water, WWT, WW from ammonium paratungstate production. Sewage sludge, 97% water, WWT, WW from ammonium paratungstate production is a liquid waste under the category of industrial wastes. This sewage sludge is produced exclusively in the wastewater treatment (WWT) of WW from ammonium paratungstate production. The composition of the sewage sludge, is specific to and dependent on the original composition of WW from ammonium paratungstate production.  sewage sludge, 97% water, WWT, WW from ammonium paratungstate production contain the following fractions: 100% sewage sludge with 97% water content. By the database default (and per unit of reference product),sewage sludge, 97% water, WWT, WW from ammonium paratungstate production has 97% water on wet mass basis (3% dry matter) and Carbon present is of only fossil origin (2.61% on a dry matter basis). It has no heating value.  This kind of by-product (recyclable or waste) is generated in a specific treatment process, and as such is not intended to be used as for modelling waste outputs from other activities.  In the ecoinvent database, treatment option/s for this by-product include: deposition (landfarming). Based on the aforementioned treatments, this by-product receives, it is a non-hazardous waste.   This by-product can be modelled on two levels: treatment activity and market activity. The former one refers to the specific technology treating the by-product while the latter level represents a mix of treatments. Users are encouraged to inspect the modelling assumptions of the treatment activities and when selecting the market to additionally inspect the treatment mix.   Collection and transportation of this by-product is accounted in the respective market activity, users are advised to inspect and modify the average transportation distances for a case specific modelling. The reference product amount is -1. The cut-off classification is Waste. The activity type is ordinary ordinary transforming activity. Please refer to the ecoinvent documentation here for full details: https://ecoquery.ecoinvent.org/3.11/cutoff/dataset/27330/documentation.

Property	Value
Name	Sewage sludge 97% water WWT WW from ammonium paratungstate production (treatment of sewage sludge 97% water WWT WW from ammonium paratungstate production landfarming)
Sector	Waste
Category	Waste Management
Source	ecoinvent
Region	China (CN), Rest-of-World (Ecoinvent) (ECOINVENT_ROW)
Unit Type	Weight
Year	2000
LCA Activity	unknown

Sewage sludge 97% water WWT WW from ammonium paratungstate production (treatment of sewage sludge 97% water WWT WW from ammonium paratungstate production landfarming)

Activity summary

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Related factors

Waste Management Emission Factors

Other waste for treatment: waste water treatment

Plastic waste for treatment: landfill

Food waste for treatment: composting and land application