Linked from

The 27 pages that link to Carbon dioxide emissions, each with the reason it gives.

• Induced demandRelated: Additional driving can increase transport emissions even when roads initially move traffic faster.

• SteelmakingRelated: Coal-based iron reduction and furnace energy make steelmaking a major industrial source.

• Iron oreRelated: Coal-based ironmaking links iron ore use to substantial process emissions.

• CoalRelated: Coal combustion is a major human source of this heat-trapping gas.

• MethanolRelated: Methanol’s climate impact depends on how it is made and what happens when it is burned.

• Blast furnaceRelated: Carbon-based fuel and ore reduction make conventional blast-furnace ironmaking carbon intensive.

• ConcreteRelated: Cement production and concrete’s supply chain contribute substantial emissions.

• Methane emissionsCompared with: Comparing the two gases highlights methane's stronger near-term warming per unit mass and shorter lifetime.

• Thermal efficiencyRelated: For fuel-fired systems, higher thermal efficiency generally means less fuel and carbon dioxide per unit of useful output.

• Combined-cycle power plantRelated: Fuel combustion remains a major source of emissions even when heat recovery improves efficiency.

• CalcinationRelated: Carbonate calcination emits carbon dioxide from both the reaction and often its fuel.

• Diesel fuelRelated: Burning petroleum diesel releases carbon dioxide from its fossil carbon.

• Saudi AramcoRelated: The oil and gas Aramco produces contribute to emissions when its products are burned.

• Brayton cycleRelated: Fuel-fired Brayton plants emit carbon dioxide in proportion to fuel use and combustion.

• Portland cementRelated: Cement production emits carbon dioxide from both limestone calcination and kiln fuel.

• Aviation emissionsRelated: Burning aviation fuel produces carbon dioxide that accumulates and contributes to long-term warming.

• CementRelated: Cement production emits carbon dioxide from both fuel use and limestone calcination.

• Coal-fired power stationRelated: Coal combustion produces substantial carbon dioxide, a long-lived greenhouse gas.

• Coke (fuel)Related: Coke combustion and its use as a reducing agent produce substantial process emissions.

• Air transportRelated: Aircraft fuel combustion makes emissions a central environmental cost of air transport.

• Wetland lossRelated: Draining carbon-rich wetland soils exposes stored organic matter to decomposition and releases carbon dioxide.

• IncinerationRelated: Burning fossil-derived plastics emits fossil carbon, while biogenic emissions are accounted for differently.

• IronmakingRelated: Carbon-based reduction and fuel make ironmaking a major industrial source of this gas.

• Peatland drainageRelated: Oxidation of drained peat is a major source of these emissions.

• Coal gasificationRelated: Coal-derived syngas releases carbon dioxide when burned or converted, and gasification also creates separable process streams.

• Steam reformingRelated: Reforming and its furnace fuel release carbon dioxide unless emissions are captured.

• Liquid fuelRelated: Burning carbon-based liquid fuels produces carbon dioxide.