Food/ Fuel/ Fallow Cropping Cycle: IRE President, George Oerther has received international acclaim for his vision in self-sustaining agronomy practices applied to the biofuels revolution. In South Texas, the US Food/ Fuel/ Fallow program requires a food processing facility for cost-effective processing, marketing and sale of food crops. This facility harvests and markets grain crops and processes vegetables from food acres signed up in the US Food/Fuel/Fallow crop rotation cycle assuring sustainability of fuel processing and food availability. Waste from the food processing is taken to the distillery for fuel production. The basic concept is for a 20% unrestricted use of cropland for fuel production. If farmers want to increase their fuel acres for the higher profits available, they are required to plant an acre of food crop for each additional acre of fuel crops. IRE associated facilities do not trade food dependency for fuel independence. Company Goals Strategic alliances between INFINITE RENEWABLE ENERGY and the stakeholders of several other energy and natural resource technologies can provide a progressive approach towards global implementation and the ideal strategy for transformation and deployment of energy resources. With a vision to combine strategic energy alliances on behalf of current needs in transportation, electrical generation, and water resource development arenas; INFINITE RENEWABLE ENERGY (IRE) offers worldwide opportunities. IRE brings qualified investigators, technology developers, investors, and enthusiast into a business presence that forwards biological and physical processes related to wise energy production and applied technology use. Technology Participation IRE offers total biomass cellulosic processing in affordable small to mid-sized facilities through unique and progressive technologies. Many participating technologies will be independent of IRE in ownership; alliance access and reciprocal contracting for specialized use or private label branding allows IRE to enhance in-house developments beyond IRE’s proprietary technologies. IRE alliance technologies include specialized energy crops, fertilizers from biomass waste processing that support agronomy, and novel technologies such as on-site atmospheric condensation for irrigation. IRE actively supports biomass and all other potential energy sources with research and development.
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