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In current history biofuels such as biodiesel and bioethanol have become industry all over the world. Many nations have actually taken a keen interest in their continued manufacture and use, consisting of developing countries such as Brazil which is seen as a world leader in biofuel development. Even smaller sized nations such as the United Kingdom presently use around one and a half million litres of biofuel a year and goal to increase this three-fold within the next 10 years.

But wait, there's an issue.

There is however a considerable issue; with the increase in appeal of biofuels as has the level of criticism increased. From the "food versus fuel" dispute, links to food rate boosts and impact of water resources to concerns over logging and loss of biodiversity there are installing difficulties for the fuel to overcome. But there is hope to be discovered in a variety of innovations broadly referred to as 2nd generation biofuels. Such fuels are produced from sustainable feedstock instead of the traditionally editable crops used in very first generation biofuels (sugarcane, corn etc.) thus preventing a number of the problems discussed formerly.

Wish for the future

One such technology is Algae Fuel, which can produce as much as three hundred times more oil per acre than standard crops in addition to growing twenty to thirty times quicker. As if these advantages weren't significant enough it is also possible to cultivate algae on generally unusable land such as land stricken by dry spell or consisting of really high levels of saline. Another hugely appealing fuel is Cellulosic Ethanol which is just fuel produced from non-edible parts of plants (or indeed yards and other plants that are inedible). This fuel source shares some benefits with Algae fuel such as high per-acre efficiency but has the distinct advantage that no special cultivation is needed. Cellulose is contained in virtually all plants growing across the world.

Or should that be hope for today?

These may sound like science-fiction but the reality of the matter is that by 2008 the United States was already producing twelve million litres of fuel from cellulosic ethanol with production facilities capable for producing an extra eighty million gallons each year in advancement. There is much to be delighted about in the from both an organization and ecological point of view and continued development particularly in second generation innovations appears guaranteed. Such rapid grown represents an exciting time for alternative energy production. To keep up with the current advancements and industry projections for alternative energy and biofuels it's suggested the reader postpone to expert biofuel market analysis.