Benefits marine biome do not stop here. The algae can be grown as land areas that are not valid or

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The world is currently urgently sought solutions to two major challenges. And the impending climate change marine biome than the expected increase in the price of oil will put pressure on the implementation of major changes in energy production. Catches the eye is directed towards renewable and carbon-neutral energy sources. marine biome Is already available in a number of low-emission solutions for electricity and heat production, but also the traffic was needed urgently oil substitute.
Traffic has already been introduced in a number of so-called. First-generation biofuels, which are currently the most important in Europe is refined from vegetable oils for biodiesel. The EU's official aim is to raise the share of renewable transport fuels to 10% by 2020. However, marine biome the current first-generation biofuels for transport compete for land use with food production and natural forests. Therefore, the use of existing biofuels has been connected to a number of unwanted consequences, including the risk of increase in the price of food and accelerating tropical deforestation. Caused side effects may turn out to be higher than the benefits achieved. References in this direction have already been widely published in peer-reviewed literature. Therefore, the urgent need for second-generation biofuels, such as forestry residues, waste or algae produced fuels that do not compete with food production or natural forests lucrative land area.
Many are waiting impatiently algae (in english. Microalgae) a speedy replacement for vegetable oils for biodiesel feedstock. I participated last summer held in Hamburg, Europe's largest bio-energy conference, the 17th European Biomass Conference and Exhibition in Hamburg, and there was one of the key themes of algae for energy production. marine biome What is, therefore, the energy use of algae near future based on the conference presentations?
Algae are one of the most promising bioenergy sources. As competition for land will continue to be strained between the various marine biome uses, it is important that biofuel production requires a minimum of space. . Levi biomass yields l yield is superior to other organisms compared to 20-100 tons of biomass per hectare and 15 000 - 80 000 liters marine biome of oil per hectare. The oil yield is 3-13 times higher than that of palm oil, and up to 10-60 times higher than in Europe reared in an oilseed rape.
Benefits marine biome do not stop here. The algae can be grown as land areas that are not valid or lends itself to the cultivation of forest growth, as well as the theory of seawater. Thus, their education does not cause virtually no competition with food production, marine biome subject themselves to the spread drop to be widely used as a source of food. On behalf of the naturally high protein content, they could well be suitable for consumption. Unlike traditional agriculture, algae production does not require any fresh water and no pesticides. Closed pre-breeding tanks or piping will not cause eutrophication of fertilizers leaching into watercourses.
In addition to small environmental impact of the energy production potential looks promising. One estimate is that algae could be in Europe and North Africa to 350 PJ (10 15 J) of energy annually, Figure 1. This corresponds to Finland all traffic consumption two years. Potential marine biome is limited by the fact that the farming of algae required for the industrial source of carbon dioxide, plenty of sunlight and a sufficiently large land area close to the industrial source of carbon dioxide. Without carbon dioxide