'emission mitigation' is a correct and usable phrase in written English.
You can use it when referring to strategies or actions taken to reduce the emission of pollutants into the atmosphere. For example, "We must take action to ensure efficient emission mitigation strategies are in place."
Emission mitigation is required to achieve global climate ambitions but can also offer local benefits.
To achieve the emission mitigation and decarbonization goals, future aviation requires alternative sustainable fuels.
The techno-economic potential for emission mitigation is significant, even from a global perspective.
This will impose considerable pressure on the Chinese government to realize its emission mitigation target.
Given the observed results, GHG emission mitigation strategies need to be customised for each building design and management system.
Economically and technologically feasible air emission mitigation technologies are in high demand to sustain future animal agriculture.
CO2 capture and storage (CCS) technology is an emerging technology with large potential for CO2 emission mitigation.
It extends this challenging approach to GHG emission mitigation into distributed fuel generation concept based on micro-reactor technology.
Consequently, South Africa is investigating the use of carbon capture and storage as a green-house gas emission mitigation measure.
As policy-relevant methane emission estimates are almost exclusively based on component-level inventories22,23, understanding the component-based behaviours that in aggregate comprise site-level emissions is necessary to guide effective emission mitigation policies.
Therefore, effective and efficient mitigation policies in the freight transport sector are critical for China to promote CO2 emission mitigation strategies.
