Including 9 closely related terms such as carbon saving, carbon saving, and carbon savings.
… community and decision-makers in the public, private and third sectors and City of Edinburgh Council is represented on the P-CAN Advisory Board. 4. Main report 4.1 The Council is working with Edinburgh and Leeds Universities to provide data and feedback in support of their P-CAN research project examining Edinburgh’s potential for reducing carbon emissions. The research focuses on the city…
… Sudmant, Andy Gouldson & Jessica Boyd DRAFT VERSION 7 Contents: Executive Summary 8 Introduction 9 Primer on Key Terms & Concepts 10 Approach to the Analysis 13 Baseline Emissions: Sources and Targets 17 The Potential for Reducing Carbon Emissions 19 Reducing Sectoral…
… that homes, businesses, communities and individuals could take to reduce carbon emissions. Ranging from changing light bulbs to upgrading factories, our analysis assesses both the economic and the climate case for interventions separately, and for wider programmes of implementation across the city. Individually, many of these actions have only a small impact on energy use and carbon emissions…
… zero. Finally, the ‘Technical-Potential’ scenario includes all measures that could generate carbon savings, regardless of their costs and benefits. While the economic case for this scenario is assessed, the scenario itself reflects what could technically be done to cut energy use and carbon emissions across the city of Edinburgh in the sectors presented here. Our analysis includes both…
…. On this baseline Edinburgh will still emit 2.23MtCO2e in 2030 and 2.14MtCO2e in 2037. DRAFT VERSION 19 The Potential for Reducing Carbon Emissions Looking forward, our results show that the Edinburgh could substantially reduce its energy use and carbon emissions. More specifically, we forecast that by 2030 Edinburgh could reduce its 2019 levels of emissions by: Figure 8…