There are strong concerns (which we as a company very much share) regarding biofuels and industrial 'needs' impacting on food prices because of competing demands.

We have been asked on a number of occasions how our technology might be different. The short answer is that our systems and projects use non-food grade agricultural material, convert a portion of these to stable feed - take off energy in the process - and process the 'leftovers' that have no market value - and would 'ordinarily' be landfilled - using our proprietary hydraulic digester into fertilizer and biogas. The flue gas from biogas combustion  - after it has been cleaned - is re - sequestered in a greenhouse that produces food. The nutrient solution produced as part of the digester output is the other key greenhouse input.

The end result from our systemic approach technology is an improved market value for non-food agricultural goods, improved livestock feed output, reasonably priced electricity, stable fertilizer and soil enhancement that contributes to (re)habilitating marginal land for improved crops and high quality greenhouse grown food. - In short an overall improvement for all concerned. - we will continue to publish articles as our projects progress. - in the meantime we appreciate all input, comments and questions.

Oh and did I mention the system has zero environmental discharge and actively sequesters CO2?