To deal with climate change, the present invention provides an
eco-engineering for systematic carbon mitigation, in particular, a
comprehensive carbon management system with a group of Stabilized
Functional Carbons (SFCs) to reduce the total amount of carbons in
atmosphere. SFCs are sourced and manufactured from the carbon-fixed
biomass by one of the seven thermo-chemical treatments or one dehydration
treatment with no less than 75% carbon conversion rates of the source
material. The present invention transforms the perishable biomass into
SFCs, which act as a carbon sink with stability and safety for at least
40 years' storage. The primary eco-friendly carbon and non-carbon
mitigation are achieved by the sourcing, manufacturing and storage of
SFCs. The advanced eco-friendly carbon and non-carbon mitigation are
achieved at various pollution emission sources by the resource
utilization of SFCs. An annual total amount of 0.5-10 billion tons of
carbon emission could be reduced globally.