D3.4: LCA and SLCA – Part 1

The SUPERSHINE project is a comprehensive initiative designed to address the urgent need forenergy efficiency renovations across Europe. Focused on Italy, Latvia, and Denmark, this projectemploys financial and statistical analyses within the framework of Public-Private Partnerships (PPPs)and crowdfunding to facilitate energy efficiency projects and foster sustainable development. Thisdocument covers the following:Environmental and Social impact analysis:This section focuses on the environmental impact assessment of district retrofit interventions inItaly, Latvia, and Denmark. These interventions aim to improve energy performance, reduce carbonemissions, and promote sustainable practices. The methodology involves evaluating the energysavings potential, assessing related costs, and emphasising waste management strategies, such asutilising local agricultural waste and promoting recycling. Despite substantial upfront costs, thelong-term benefits, coupled with potential carbon credits and voluntary carbon market support,make these interventions economically viable and environmentally sustainable. Through rigorousenvironmental assessment and mitigation strategies, SUPERSHINE seeks to drive positiveenvironmental outcomes and contribute to the transition towards a more sustainable future.The document outlines the methodology employed, starting with the energy savings modellingprocess. This involves data collection, baseline assessment, intervention simulation, and resultanalysis to predict energy consumption reductions and CO2 emissions reductions post-renovation.Energy efficiency and renewable measures can yield numerous substantial social ramificationsbeyond their immediate effects on energy efficiency and cost. Frequently, these implications aredisregarded due to the challenge of quantifying their value. The section related with social impactemphasises this aspect of the measures.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2024-08-31
DOI
https://doi.org/10.5281/zenodo.14859049
Primary Topic
Environmental Policies and Emissions
Type
article
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article

D3.4: LCA and SLCA – Part 1

Zenodo (CERN European Organization for Nuclear Research)
Environmental Policies and Emissions
article

D3.4: LCA and SLCA – Part 1

article en

Abstract

The SUPERSHINE project is a comprehensive initiative designed to address the urgent need forenergy efficiency renovations across Europe. Focused on Italy, Latvia, and Denmark, this projectemploys financial and statistical analyses within the framework of Public-Private Partnerships (PPPs)and crowdfunding to facilitate energy efficiency projects and foster sustainable development. Thisdocument covers the following:Environmental and Social impact analysis:This section focuses on the environmental impact assessment of district retrofit interventions inItaly, Latvia, and Denmark. These interventions aim to improve energy performance, reduce carbonemissions, and promote sustainable practices. The methodology involves evaluating the energysavings potential, assessing related costs, and emphasising waste management strategies, such asutilising local agricultural waste and promoting recycling. Despite substantial upfront costs, thelong-term benefits, coupled with potential carbon credits and voluntary carbon market support,make these interventions economically viable and environmentally sustainable. Through rigorousenvironmental assessment and mitigation strategies, SUPERSHINE seeks to drive positiveenvironmental outcomes and contribute to the transition towards a more sustainable future.The document outlines the methodology employed, starting with the energy savings modellingprocess. This involves data collection, baseline assessment, intervention simulation, and resultanalysis to predict energy consumption reductions and CO2 emissions reductions post-renovation.Energy efficiency and renewable measures can yield numerous substantial social ramificationsbeyond their immediate effects on energy efficiency and cost. Frequently, these implications aredisregarded due to the challenge of quantifying their value. The section related with social impactemphasises this aspect of the measures.

Zenodo (CERN European Organization for Nuclear Research)
Centro Tecnológico del Mar (ES), CIRCE - Centro Tecnológico (ES)
Openalex Percentile: Top 74%
Environmental Policies and Emissions
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D3.4: LCA and SLCA – Part 1 · Zenodo (CERN European Organization for Nuclear Research) (2024) | TGRS Research Map | TGRS