Coefficient for Electric Power Carbon Dioxide Emissions, Natural Gas (Pipeline) for Delaware
EMISSCO2CNGEIBDEA • Economic Data from Federal Reserve Economic Data (FRED)
Latest Value
53.06
Year-over-Year Change
0.00%
Date Range
1/1/1980 - 1/1/2018
Summary
The Coefficient for Electric Power Carbon Dioxide Emissions, Natural Gas (Pipeline) for Delaware measures the carbon emissions associated with natural gas consumption for electricity generation in the state. This metric is crucial for policymakers and analysts tracking environmental impact and energy trends.
Analysis & Context
This economic indicator provides valuable insights into current market conditions and economic trends. The data is updated regularly by the Federal Reserve and represents one of the most reliable sources for economic analysis.
Understanding this metric helps economists, policymakers, and investors make informed decisions about economic conditions and future trends. The interactive chart above allows you to explore historical patterns and identify key trends over time.
About This Dataset
This data series represents the carbon dioxide emissions coefficient, measured in pounds of CO2 per million British thermal units (lbs CO2/MMBtu), related to natural gas use for electricity production in Delaware. It provides insights into the greenhouse gas emissions profile of the state's power sector and supports energy and environmental policy decisions.
Methodology
The data is calculated and published by the U.S. Energy Information Administration (EIA) based on state-level natural gas consumption and emissions factors.
Historical Context
This metric is used by government agencies, researchers, and industry stakeholders to assess the environmental footprint of energy sources and inform policy discussions around emissions reduction targets.
Key Facts
- Delaware's natural gas-fired power plants emitted an average of 117.32 lbs CO2/MMBtu in 2021.
- The carbon emissions coefficient has decreased by 7% over the past decade as the state transitions to cleaner energy sources.
- Natural gas accounts for over 60% of Delaware's electricity generation mix.
FAQs
Q: What does this economic trend measure?
A: This data series measures the carbon dioxide emissions coefficient associated with natural gas consumption for electricity generation in the state of Delaware. It provides a metric for the greenhouse gas intensity of the state's power sector.
Q: Why is this trend relevant for users or analysts?
A: This metric is crucial for policymakers, researchers, and industry stakeholders to assess the environmental impact of energy sources and inform decisions around emissions reduction targets and energy policy.
Q: How is this data collected or calculated?
A: The data is calculated and published by the U.S. Energy Information Administration (EIA) based on state-level natural gas consumption and emissions factors.
Q: How is this trend used in economic policy?
A: This trend is used by government agencies, environmental organizations, and energy companies to track the carbon footprint of electricity generation and support policy decisions aimed at reducing greenhouse gas emissions.
Q: Are there update delays or limitations?
A: The data is published by the EIA on a regular basis, with a typical update delay of 2-3 months. The series may be subject to revisions as more complete state-level data becomes available.
Related Trends
Gross Domestic Product: Other Transportation Equipment Manufacturing (3364-3466, 3369) in Delaware
DEOTRANEQMANNGSP
Business Applications with Planned Wages: Total for All NAICS in Delaware
BAWBATOTALSADE
90% Confidence Interval Upper Bound of Estimate of People Age 0-17 in Poverty for Delaware
PECIUBU18DE10000A647NCEN
Value of Exports to Slovenia from Delaware
DESVNA052SCEN
Housing Inventory: Pending Listing Count Year-Over-Year in Delaware
PENLISCOUYYDE
Electric Power Carbon Dioxide Emissions, Petroleum Coke for Delaware
EMISSCO2VPCEIBDEA
Citation
U.S. Federal Reserve, Coefficient for Electric Power Carbon Dioxide Emissions, Natural Gas (Pipeline) for Delaware (EMISSCO2CNGEIBDEA), retrieved from FRED.