Industrial Environmental Carbon CO2 Capture & Storage Solutions Our company develops new controls for low carbon transport pathways. IEC carbon oxide emission control accommodates conventional internal combustion engine exhaust technologies with maximum efficiency and cleaner operation. Engines running various fuel systems including 10% ethanol/gasoline, diesel, diesel/H2, bio-diesel or CNG/propane -- are candidates for our IEC Hybrid Exhaust Systems. Our products result in significant carbon capture rates for CO2 storage, trade or sales. We have new, low CO2 add-on units and designs to fit backup generators, trucks, buses, commercial vehicles, kiln drying operations, buildings, and any power plant flue-gas retrofit. One of our carbon control methods makes use of an alkaline material which reacts to form inert carbonate residue. Exhaust-derived carbonate residue from our components also help to promote sub-soil plant growth and root formation where control conditions do not. Residual carbonate contains "caged" CO2; this may replace bottled CO2 on algae farms (aquaculture's current standard). Further, our Carbon Control units allow new research -- experiments sequestering CO2 increase seawater alkalinity on reefs. Available Immediately for Development/Manufacturing/Marketing in China or Anywhere: -City Smog Solutions (Vehicles, Buildings, Traffic Exhaust Barriers for Public Protection) -Motor Transportation Exhaust: CO2 Adsorption Filters Forming Inert Carbonate Byproducts -Power Plant Flue Gas NOx, SOx, CO2, HC, PM2.5 Particles Scrubbed by Carbonation -Industrial & Utility CO2 Emissions - Slip-Stream Capture & Chemical Recovery -Smog Removal By Use of Protective Low-Profile 'Filter Fencing' Between Traffic & Pedestrian -Air-Space Adsorbent Filter Series for Wind-Flow, Low Pressure Drop, Curb-Side Filter Dividers, Outside Dining Areas, Parking Garages -Advanced Capacity Air-Intake Filters for City Driven Engine Compression