In Gaia we are confident that the biomass by itself would be able to replace the gas in 2020. The opinion shared with AVEBIOM (Spanish Asociation of Energy Assessment of Biomass).

In Gaia we develop intensely our work of research (I+D+I) environment to the biomass and the following fields of application :

• Microgeneration by pallet and chips.
• Hibridization between the different renewable energies
• The trigeneration (electricity, cold and heat) with biomass
• Gas production of metanization of biomass that could be injected into the network of natural gas with an efficiency close to 93 per cent.

The biomass areas projected by Gaia have an estimated production of 350 to 450 Mw/hour. To do this we would use waste that applied to a self and patented technology it would reach the estimated production.

The bioethanol is obtained from traditional crops such as cereal, corn­ and beet. All of these crops are plants whose hydrocarboned transformation into biofuel is easy.

The most current frequent use of bioethanol is the manufacturing of the ETBE, an oxygenated additive with a high octane rating. It is also routinely used in mixes with gasoline.

At present much of European countries whose capacity for production of biofuels is more than one million tons, are researching analysers line of use of the bioethanol as an alternative to gasoline.

Advantages of the Bioethanol obtained in our plants:

• Minimization of the waste.
• Easy recycling / Use of the products obtained in the acquisition of the biofuel. There is no gaseous emissions.
• Very low content of particles in the exhaust emissions and their total absence of sulphates.
• Balance in the generation of CO2. The plant mass (raw mateial for acquisition of the biofuel) consumes the same amount of CO2 that the one produced after in the combustion of fuel photosynthesis­.
• Biodegradable fuel in about a week.

The Biodisel is obtained from traditional crops such as cereal, corn and beet. All of these crops are plants whose hydrocarboned transformation into biofuel is easy.

 

The most current frequent use of bioethanol is the manufacturing of the ETBE, an oxygenated additive with a high octane rating. It is also routinely used in mixture with petrol.

 

At present much European countries whose capacity for production of biofuel is more than one million tons, are researching anylaser line of use of the bioethanol as an alternative to petrol.