HansdG at 13:59, 4 March 2025

2025-03-04T13:59:32Z

← Older revision		Revision as of 15:59, 4 March 2025
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	The eNviMat system (Environmental Inventory of Materials), commonly used for environmental assessments in construction and building materials, typically aligns with lifecycle assessment stages found in standards like ISO 14040/14044 and EN 15804. Its stage split includes:		The eNviMat system (Environmental Inventory of Materials), commonly used for environmental assessments in construction and building materials, typically aligns with lifecycle assessment stages found in standards like ISO 14040/14044 and EN 15804. Its stage split includes:
	Product Stage:
	A1 – Raw Material Supply: Extraction and processing of raw materials, including recycled materials.		'''Product Stage:'''
	A2 – Transport: Transportation of raw materials to the manufacturing site.		*A1 – Raw Material Supply: Extraction and processing of raw materials, including recycled materials.
	A3 – Manufacturing: Processes involved in creating the construction product.		*A2 – Transport: Transportation of raw materials to the manufacturing site.
	Construction Process Stage:		*A3 – Manufacturing: Processes involved in creating the construction product.
	A4 – Transport to Site: Emissions related to transporting the product to the construction site.		'''Construction Process Stage:'''
	A5 – Construction and Installation: Impacts of installation, including waste generated and energy used on-site.		*A4 – Transport to Site: Emissions related to transporting the product to the construction site.
	Use Stage:		*A5 – Construction and Installation: Impacts of installation, including waste generated and energy used on-site.
	B1 – Use: Direct emissions or impacts during the product’s use phase.
	B2 – Maintenance: Energy, water, or materials required for maintaining the product.		'''Use Stage:'''
	B3 – Repair: Impacts related to repairs over the product’s lifespan.		*B1 – Use: Direct emissions or impacts during the product’s use phase.
	B4 – Replacement: Impacts from replacing the product or components during its lifetime.		*B2 – Maintenance: Energy, water, or materials required for maintaining the product.
	B5 – Refurbishment: Larger-scale updates or renovations involving the product.		*B3 – Repair: Impacts related to repairs over the product’s lifespan.
	B6 – Operational Energy Use: Energy required during the operational phase of the product.		*B4 – Replacement: Impacts from replacing the product or components during its lifetime.
	B7 – Operational Water Use: Water used during the operational phase.		*B5 – Refurbishment: Larger-scale updates or renovations involving the product.
	End-of-Life Stage:		*B6 – Operational Energy Use: Energy required during the operational phase of the product.
	C1 – Deconstruction and Demolition: Impacts related to dismantling or removing the product.		*B7 – Operational Water Use: Water used during the operational phase.
	C2 – Transport: Transportation of waste materials to recycling or disposal facilities.
	C3 – Waste Processing: Processes involved in recycling or repurposing materials.		'''End-of-Life Stage:'''
	C4 – Disposal: Final disposal of materials in landfills or other waste streams.		*C1 – Deconstruction and Demolition: Impacts related to dismantling or removing the product.
	Beyond the System Boundary:		*C2 – Transport: Transportation of waste materials to recycling or disposal facilities.
	D – Benefits and Loads Beyond the System Boundary: Credits for recycling or energy recovery, representing environmental benefits outside the immediate lifecycle.		*C3 – Waste Processing: Processes involved in recycling or repurposing materials.
			*C4 – Disposal: Final disposal of materials in landfills or other waste streams.

			'''Beyond the System Boundary:'''
			*D – Benefits and Loads Beyond the System Boundary: Credits for recycling or energy recovery, representing environmental benefits outside the immediate lifecycle.

	These stages are consistent with EN 15804, widely used in construction and building product LCAs, and eNviMat aligns with this structure to provide comprehensive assessments of environmental impacts.		These stages are consistent with EN 15804, widely used in construction and building product LCAs, and eNviMat aligns with this structure to provide comprehensive assessments of environmental impacts.

HansdG: Created page with "The eNviMat system (Environmental Inventory of Materials), commonly used for environmental assessments in construction and building materials, typically aligns with lifecycle assessment stages found in standards like ISO 14040/14044 and EN 15804. Its stage split includes: Product Stage: A1 – Raw Material Supply: Extraction and processing of raw materials, including recycled materials. A2 – Transport: Transportation of raw materials to the manufacturing site. A3 – M..."

2025-03-04T13:58:25Z

Created page with "The eNviMat system (Environmental Inventory of Materials), commonly used for environmental assessments in construction and building materials, typically aligns with lifecycle assessment stages found in standards like ISO 14040/14044 and EN 15804. Its stage split includes: Product Stage: A1 – Raw Material Supply: Extraction and processing of raw materials, including recycled materials. A2 – Transport: Transportation of raw materials to the manufacturing site. A3 – M..."

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The eNviMat system (Environmental Inventory of Materials), commonly used for environmental assessments in construction and building materials, typically aligns with lifecycle assessment stages found in standards like ISO 14040/14044 and EN 15804. Its stage split includes:
Product Stage:
A1 – Raw Material Supply: Extraction and processing of raw materials, including recycled materials.
A2 – Transport: Transportation of raw materials to the manufacturing site.
A3 – Manufacturing: Processes involved in creating the construction product.
Construction Process Stage:
A4 – Transport to Site: Emissions related to transporting the product to the construction site.
A5 – Construction and Installation: Impacts of installation, including waste generated and energy used on-site.
Use Stage:
B1 – Use: Direct emissions or impacts during the product’s use phase.
B2 – Maintenance: Energy, water, or materials required for maintaining the product.
B3 – Repair: Impacts related to repairs over the product’s lifespan.
B4 – Replacement: Impacts from replacing the product or components during its lifetime.
B5 – Refurbishment: Larger-scale updates or renovations involving the product.
B6 – Operational Energy Use: Energy required during the operational phase of the product.
B7 – Operational Water Use: Water used during the operational phase.
End-of-Life Stage:
C1 – Deconstruction and Demolition: Impacts related to dismantling or removing the product.
C2 – Transport: Transportation of waste materials to recycling or disposal facilities.
C3 – Waste Processing: Processes involved in recycling or repurposing materials.
C4 – Disposal: Final disposal of materials in landfills or other waste streams.
Beyond the System Boundary:
D – Benefits and Loads Beyond the System Boundary: Credits for recycling or energy recovery, representing environmental benefits outside the immediate lifecycle.
These stages are consistent with EN 15804, widely used in construction and building product LCAs, and eNviMat aligns with this structure to provide comprehensive assessments of environmental impacts.

==Related==
* [[LCA_(Life_Cycle_Assessment)_-_TX|Taxonomy: LCA - Life Cycle Assessment]]
* [[DataTopic_LCA|Datatopic: LCA Indicators for Items]]

[[Category: Information Model]]

Envimat - IM - Revision history

HansdG at 13:59, 4 March 2025