The suitability of energy crops such as soybean to provide an alternative to fossil fuels is encouraging such a surge of adoption that they may themselves become a contributor to climate change well before they replace more than a few percentage of our transportation needs. Large parts of northern latitudes have been planted by species of spruce. As the increase of recycling means less raw materials being pulped for paper, many of these plantations may start to be fed into the biomass market. A sliced Oil palm fruit displaying its two sources of oil. The main fuel crop is extracted from the orange oil-rich fruity pulp surrounds a white kernel which provides a separate oil used for cooking. Straw and other stubble agricultural waste are now receiving the attention of engineers to design dedicated small and large scale combustors to suit individual crop types and bale sizes.
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Energy Crops: an Introduction
Energy Crops are those plants that are grown specifically for future energy production. There is a wide range of possible candidate crops from microscopic biodiesel producing algae to coppiced woodlands producing large quantities of biomass every few years. Different soils and different environmental conditions means that each ecological zone must develop of range of crops suitable its conditions and requirements. Today's main end products are Ethanol, Biodiesels and Woodfuel. Tomorrow's could see all manner of GM designed crops producing a wider range of products and at higher yields.

Natural Sugars
Sugar rich plants such as beetroot and corn are cultivated as energy crops for the Ethanol market. The mandatory requirements for ethanol mix fuels such as E10 and E85 in parts of the US and the wide adoption of Ethanol in countries such as Brazil have provided the market for large scale farming practices focused on Ethanol production. Fermentation and Distillation processes underpin the main transition to purity levels of 100%.

Bio-Oils
There are many useful varieties of plants and trees which yield high quantities of oil in their seeds and fruit such as Sun Flower or Oil Palm. In addition to processing seed oil, high temperature extraction and purification processes now allow oil to be obtained from less valuable material such as agricultural residues and waste biomass. Such oil can be combusted in its pure form, but requires additives to overcome the high gel point of pure plant oils such as Soya, at which point it is termed biodiesel.

Short Coppice Rotation
The benefit of planting coppice friendly tree species such as those from the Salix genus, is that once established the same plant can continue providing biomass crops annually from a continually growing root system.


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