We believe the day that carbon is worth its weight in gold, is a day that’s going to be here much sooner than later.

The market for carbon is advancing and expanding due to many factors such as pollution reduction requirements, water purification demands, and manufacturing developments. As the global population grows it will be important to note that the need for carbon and its multiple applications for benefits to our soils, waters, waste management groups and clean energy needs will grow simultaneously.

Canadian Carbon Solutions Group (CCSG) offers an efficient, clean, and fiscally responsible answer to reducing the waste and carbon emissions created by our modern society while producing a valuable product, BioCarbon. BioCarbon consists of carbon, charcoal, and a bio fuel, which is utilized for energy producing technologies.

The patented “Carbon Sequestration Process” system was originally developed to further industries need for Carbon and for the removal of Biomass, green waste that is bloating landfills. Analysis of feed stock samples is being finalized for this new Carbon Sequestration Technology. Various feed stocks include wood, wood by-products, Lignin-a waste component of the Pulp and Paper Industry, pecan and coconut shells, sewage sludge and many other organic waste materials.

The Carbon Sequestration Technology is a thermodynamic process that relies on a patented system of controlled oxygenated burns at low pressure that dramatically increase carbonization speed and quality, setting a new industry standard. CCSG’s system results in biomass being converted into carbon within 30-40 minute intervals. The carbon then provides a higher energy value than current commercial technologies.

To begin the Carbon Sequestration Process, waste feedstock is loaded into a hopper, dried, briquetted and heated. Heat and pressure released by ceramic valves, triggers the transformation of waste into charcoal or carbon (biochar) and provides a continuously controlled air flow. The unique technology of CCSG’S, Carbon Sequestration Process, is different than all other technologies, as it takes its process up to the thermal chemical equilibrium point, converting the calorific value of the feedstock to a high purity level of carbon. The Carbon Sequestration Process eliminates greenhouse gasses by converting the exhaust, which can be harnessed to produce energy.

The ceramic conveyance system used in the CCSG Carbon Sequestration Process can range from 10 lbs to 150 lbs, per minute and require less than an acre for set up and operations. Unlike other technologies that require larger refineries and facilities, CCSG processors are easily transported, modular, and thus can serve smaller scale applications while being flexible for larger processing requirements. The system can be made portable for temporary situations to remove piles of debris that result from Hurricanes and other natural disasters, thus eliminating the need to transport such materials to a landfill.

The CCSG patented processing system is designed to be permanent and scalable for larger operations such as waste recycling facilities, landfills, and sewage treatment plants. Many of the”tipping fees” that are associated with the disposal of diverse organic materials can also be eliminated. Canadian Carbon Solutions Group is able to transform debris into a salable end product and can produce energy creating profitable income streams.

The revenue potentials of the CCSG system are strong and supported by an ever-growing demand for carbon, bio-char, pollution and waste reduction demands, energy and stored energy sources. The low capital requirements of developing a CCSG system, is multiple
revenue streams of carbon products, bio-fuel energy generation, and subsequent potential of carbon credits and tipping fees. This will allow the system to pay for itself in approximately two years.

The half scale prototype’s design is now complete and all materials and components have been ordered. Construction is currently underway. Control designs have been approved and the target date for completion of the Phase 11 Prototype is November 1, 2011.