A report on Climate change mitigation, Natural gas and Ammonia
The most important challenge is to stop burning coal, oil, and gas and use only clean energy.
- Climate change mitigationHydrogen may be useful for seasonal energy storage. The low efficiency of 30% of the reconversion to electricity must improve dramatically before hydrogen storage can offer the same overall energy efficiency as batteries. Thermal energy in the conversion process can be used for district heating. For the electricity grid a German study estimated high costs of 0.176 €/KWh for reconversion concluding that substituting the electricity grid expansion entirely with hydrogen reconversion systems does not make sense from an economic standpoint. The concept of solar hydrogen is discussed for remote desert projects where grid connections to demand centers are not available. Because it has more energy per unit volume sometimes it may be better to use hydrogen in ammonia.
- Climate change mitigationNatural gas is a major feedstock for the production of ammonia, via the Haber process, for use in fertilizer production.
- Natural gasTargeted efforts to reduce warming quickly by reducing anthropogenic methane emissions is a climate change mitigation strategy supported by the Global Methane Initiative.
- Natural gasIf the process of creating it can be scaled up via purely renewable resources, producing green ammonia, it could make a major difference in avoiding climate change.
- AmmoniaCombined with the energy needed to produce hydrogen and purified atmospheric nitrogen, ammonia production is energy-intensive, accounting for 1 to 2% of global energy consumption, 3% of global carbon emissions, and 3 to 5% of natural gas consumption.
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