By 2050 the world's population will reach 9.1 billion. In order to feed this larger population, food production needs to increase by 70 percent.
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Modern Non-GMO genomics Modern techniques allow for the direct alteration of the 4 bases that compose the DNA strand. This effectively makes the old methods, which employed inserting foreign DNA strands, obsolete. These, along with traditional methods such as pollination, are the basis of our technology. And we use them to create crops which intend to replace the oil you use for your nail polish, plastics, paints, and even gasoline and diesel. EUnergyCane: our first project Our current research is focused on the development of a cold-resistant sugarcane variety able to grow in Europe for the production of several products. Research which allows better use of the land By 2050 the world's population will reach 9.1 billion. In order to feed this larger population, food production needs to increase by 70 percent. Crops production for biofuels shouldn't compete with that, and in fact they don't have to be. Advanced genomics techniques today allow for the creation of crops with better yields, less land use, more resistance to pests, etc., allowing biofuels to coexist perfectly and with food production and even increasing food production as well. This is what we do: create crops with better yields exclusively for the biofuels markets.