Global

Onshore natural gas field infrastructure (onshore natural gas field infrastructure production)

Austria

Australia

Belgium

Bulgaria

Brazil

Canada

Switzerland

China

Cyprus

Czechia

Germany

Denmark

Estonia

Spain

Finland

France

United Kingdom

Greece

Croatia

Hungary

Indonesia

Ireland

India

Italy

Japan

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

Türkiye

Taiwan (Province of China)

United States of America (the)

South Africa

Construction work

Alberta, CA

British Columbia, CA

Manitoba, CA

New Brunswick, CA

Newfoundland and Labrador, CA

Nova Scotia, CA

Northwest Territories, CA

Nunavut, CA

Ontario, CA

Prince Edward Island, CA

Quebec, CA

Saskatchewan, CA

Yukon, CA

Communications networks

Electric power engineering works

Emissions generated by the activity within the product supply chain as described in ecoinvent v3.10. This is an immobile infrastructure representing the construction of an onshore natural gas field infrastructure. It represents an average natural gas infrastructure with a production of 1.5e9Sm3 and a lifetime of 50 years. In onshore production up to several hundred production points are combined into one production field. Here the specific steel requirement for gathering lines has to be taken into account. Assuming an average production per field of 1 500 million m3 a number of 100 wells per field with a distance of about 300 m from a comb-like manifold results in a steel requirement in the order of 0.001 kg steel per m3 of production gas. The process includes material and energy requirements during the production of a natural gas production field. The cut-off classification is allocatable product. The activity type is ordinary transforming activity. The reference product amount is 1.

Emission intensity of supply chain in GBP spend on: buildings and building construction works. Provided by BEIS/DEFRA in the official report on UK and England's carbon footprint to 2019. Retrieved from the UK full dataset 1990 - 2021 including conversion factors by SIC code (sheets: ghg_sic_mult and co2_sic_mult).

Buildings and building construction works

Emission intensity of supply chain in GBP spend on: buildings and building construction works. Provided by BEIS/DEFRA in the official report on UK and England's carbon footprint to 2020. Retrieved from the UK full dataset 1990 - 2021 including conversion factors by SIC code (sheets: ghg_sic_mult and co2_sic_mult).

Emission intensity of supply chain in GBP spend on: buildings and building construction works. Provided by BEIS/DEFRA in the official report on UK and England's carbon footprint to 2021.

Emission intensity of supply chain (with margins i.e. cradle to shelf) in US dollars spend on: commercial and institutional building construction. This factor is representative of the described goods or services category as defined by the 2017 version of the North American Industry Classification System (NAICS). Refer to the source for the source-specific data quality assessment. Retrieved from Supply Chain Factors Dataset v1.2.

Commercial and institutional building construction

Emission intensity of supply chain (with margins i.e. cradle to shelf) in US dollars spend on: commercial and institutional building construction. This factor is representative of the described goods or services category as defined by the 2017 version of the North American Industry Classification System (NAICS). Refer to the source for the source-specific data quality assessment. Retrieved from Supply Chain Factors Dataset v1.3.

Emission intensity of supply chain in EUR spend on: construction work. Retrieved from the EXIOBASE v3.8.2 model outputs for products. These factors were calculated based on 2019 data. They include emissions from land-use. The split into constituent gases is not provided as the source does not provide a split of gases. The LCA boundaries of these factors are not defined by the source. These factors include effects of international trade.

Property	Value
Name	Onshore natural gas field infrastructure (onshore natural gas field infrastructure production)
Sector	Buildings and Infrastructure
Category	Construction
Source	ecoinvent
Region	Global (GLOBAL)
Unit Type	Number
Year	1989
LCA Activity	unknown

Onshore natural gas field infrastructure (onshore natural gas field infrastructure production)

Activity summary

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Related factors

Construction Emission Factors

Construction work

Communications networks

Electric power engineering works