A Review of Net-Zero Greenhouse Gas (GHG) Emission Non-Regulatory Environmental Building Standards and Frameworks

Non-regulatory environmental building standards have been used in the built environment for more than thirty years and have had considerable influence over building development and policy. This paper identifies a trend, following the Paris Agreement, towards a new generation of non-regulatory building standards and frameworks based on defining net-zero greenhouse gas (GHG) emission performance. These standards and frameworks have been developed in response to the imperatives of the Paris Agreement and other contextual drivers. Post-Paris Agreement, net-zero GHG emission standards have the following characteristics: a threshold-based approach to achieving certification; the use of a small number of metrics (typically two: operational energy and embodied carbon); and compliance based on operational performance rather than predicted operational energy use with models used to replicate the building in use. This paper will discuss global non-regulatory, net-zero GHG emission standards comparing the relative requirements and highlighting commonalities and differences. The paper also compares the post-Paris Agreement, net-zero GHG emission standards with pre-Paris Agreement low carbon credit-based environmental building standards considering their role in the development of net-zero GHG building standards and the possible impact of performance-based standards on new buildings. This study is relevant for policy makers, designers, and building developers by identifying the developing global consensus around what constitutes a net-zero GHG building and theorises, in relation to their developmental context, the implications of widespread implementation of these standards.

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Publication Details

Journal
Architecture
Published
2026-01-29
DOI
https://doi.org/10.3390/architecture6010019
Primary Topic
Environmental Impact and Sustainability
Type
article
Field-Weighted Citation Impact
0.00

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article

A Review of Net-Zero Greenhouse Gas (GHG) Emission Non-Regulatory Environmental Building Standards and Frameworks

Dejan Mumovic, Simon Hatherley, Esfand Burman, Craig Robertson
Architecture
Environmental Impact and Sustainability
article

A Review of Net-Zero Greenhouse Gas (GHG) Emission Non-Regulatory Environmental Building Standards and Frameworks

Dejan Mumovic, Simon Hatherley, Esfand Burman, Craig Robertson
article en

Abstract

Non-regulatory environmental building standards have been used in the built environment for more than thirty years and have had considerable influence over building development and policy. This paper identifies a trend, following the Paris Agreement, towards a new generation of non-regulatory building standards and frameworks based on defining net-zero greenhouse gas (GHG) emission performance. These standards and frameworks have been developed in response to the imperatives of the Paris Agreement and other contextual drivers. Post-Paris Agreement, net-zero GHG emission standards have the following characteristics: a threshold-based approach to achieving certification; the use of a small number of metrics (typically two: operational energy and embodied carbon); and compliance based on operational performance rather than predicted operational energy use with models used to replicate the building in use. This paper will discuss global non-regulatory, net-zero GHG emission standards comparing the relative requirements and highlighting commonalities and differences. The paper also compares the post-Paris Agreement, net-zero GHG emission standards with pre-Paris Agreement low carbon credit-based environmental building standards considering their role in the development of net-zero GHG building standards and the possible impact of performance-based standards on new buildings. This study is relevant for policy makers, designers, and building developers by identifying the developing global consensus around what constitutes a net-zero GHG building and theorises, in relation to their developmental context, the implications of widespread implementation of these standards.

ArchitectureVol. 6(1)
University of the West of England (GB), Allford Hall Monaghan Morris (United Kingdom) (GB), University College London (GB)
University College London
Openalex Percentile: Top 77%
Environmental Impact and Sustainability
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