Topic:"Carbon Capture Utilization And Storage" in M10830

Matter: E-ENS-R-22 - EfficiencyOne - 2022 Rate and Bill Impact Analysis and Model

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Carbon Capture Utilization And Storage across all matters →

E-12022 Rate and Bill Impact Analysis 2 passages

Table 4: Federal Carbon Pollution Pricing Benchmark Values Used for This Analysis p. pp. 14-15

Table 4: Federal Carbon Pollution Pricing Benchmark Values Used for This Analysis Year Federal Carbon Pollution Pricing Benchmark ($/tonne) 2020 $30 2021 $40 2022 $50 2023 $65 2024 $80 2025 $95 2026 $110 2027 $125 2028 $140 2029 $155 2030...

AI summary The text presents Table 4, which outlines the Federal Carbon Pollution Pricing Benchmark values from 2020 to 2030. These values are used to calculate the avoided costs of carbon emissions from Demand Side Management (DSM) initiatives, using the DICE methodology. The avoided cost of carbon per MWh saved by DSM is determined by multiplying the benchmark by savings intensity.

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- below. p. pp. 15-16

- below. Table 5: Carbon Savings Intensity Used for This Analysis Year Carbon Savings Intensity (t/MWh) 2021 0.693 2022 0.930 2023 0.861 2024 0.898 2025 0.632 2026 0.448 2027 0.355 2028 0.431 2029 0.393 2030 0.086 2031 0.159 2032 0.320 203...

AI summary The text presents two tables analyzing carbon savings intensity and avoided cost of carbon from 2021 to 2040. The data shows fluctuations in carbon savings and associated costs over time, with specific values for each year. These metrics are likely used for evaluating the economic and environmental impact of energy efficiency and demand-side management initiatives.

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