Including 5 closely related terms such as carbon, low carbon, and carbon budget.
… 10 5 Our residents have told us this is important 14 6 We are already taking action 15 7 We have to work together 16 8 Workstreams 18 a. Council CAN 19 b. Sustainable Financial Appraisal 20 c. Climate friendly Borough 21 d. Low Carbon Buildings 22 e. Renewable Energy 25 f. Sustainable Transport 26 g. Natural Environment 28 9 Reporting on Progress 30 1. Introduction…
… into the atmosphere. This research was done using Tyndall Centre data and a SCATTER (Setting City Area Targets and Trajectories for Emissions Reductions) model. The SCATTER graph overleaf demonstrates how Stockport’s carbon budget can be spent over the next 18 years to enable us to meet our target to become carbon neutral by 2038. Crucially, the graph shows that large scale change needs to happen now…
… buildings & facilities (8%) Rail (<1%) Solid waste disposal (2%) Industrial process (<1%) Total: 1,234ktC02e Figure 3: BEIS sector inventory for direct and indirect emissions with Stockport 2017 Industry and Commercial (25%) Domestic (39%) Transport (36%) Total: 1,205ktC02e 12 Future Emissions Profile Figure 4: Stockport Carbon Budget and Pathways for the District-Wide…
… Energy System annotated 2005 2010 2015 2020 2025 2030 2035 2040 2045 2050 0.2 0.4 0.6 0.8 1 2 1.2 1.4 1.6 1.8 Historic emissions Tyndall Paris-aligned carbon budget BEIS/SCATTER Overlap: The SCATTER model base year is 2015*. More recent data has since been published by BEIS (black dotted line), enabling comparison (shaped region). SCATTER Level 1: Assumes minimal action beyond current…
…: Unlike the SCATTER pathways, this is based on climate science, not tangible energy supply and demand measures within the region. This Pathway is one way of allocating a finite, carbon budget (the area underneath, Alternatively, the same budget would last 7 years at current emissions levels. GMCA target data for Carbon Neutrality 44% reduction against 2017 levels 86% reduction against 2017…