To achieve large scale atmospheric Carbon dioxide (CO2) reduction bold and innovative methods will need to be employed.
Carbon Capture and Recovery (CCR)
Unlike Carbon Capture and Storage (CCS) systems that attempt to reduce the free CO2 emitted to the atmosphere and
sequester the captured materials,
Carbon Capture and Recovery (CCR) is dedicated to deal with the disposition of the recovered carbon.
One such CCR concept utilizes an electrostatic catalyst to precipitate elemental carbon directly from the atmosphere
to effectively reduce both Carbon monoxide (CO) and Carbon dioxide (CO2) levels.
The economics of most of these Carbon Capture programs is centered around the origination of Carbon Offset Credits
which can be sold as the ventures main source of revenue.
Carbon Capture Strategy
Carbon Capture strategy targeting greenhouse gas generators and pre selected air quality areas and by
using atmosphere sensors to trace downwind emission streams
to deploy stationary or portable Carbon
Recovery
Units
Smart modular carbon recovery unit which includes a carbon capture processor and a carbon aglomeration system.
By deploying a tireless army of Carbon Recovery Modules that possess the ability to change the climate.
Collection logistics using drone technology and artificial intelligence (AI).
Carbon, Graphite and Graphene
Elemental Carbon is a raw feed stock for Carbon, Graphite and Graphite
products
and the production of
carbon fibres,
carbon nano-tubes and advanced battery materials.
Raw elemental carbon is collected and agglomerated or pelletized into cubes or blocks of desired sizes and shapes
for material handling purposes.