The main answer is: to grow and perpetuate itself (reproduce). The synthesis and energy storage compounds is a common pattern to the entire set of living beings. Without this feature the "life" as we understand it, would not exist.
When the reproductive strategy of living organisms is asexual type (as is common in much of the unicellular autotrophs. The mitosis is the main expression), no is necessary to create a series of organizational structures such as tissues, organs, systems, etc. (With the consequent energy expenditure) to ensure the viability of the species over time, enough to accumulate the energy necessary to achieve the necessary size, and split directly in half. Each of these two new specimens this pattern repeated endlessly, and the community will experience geometric growth is limited only by the availability of good food, either by the availability of space. This situation, as discussed below, will be key to the system of production and cultivation of microalgae.
With a reproductive strategy mitotic (asexual) if food and space are not limiting, there is no concept of "dead" because there is a set of tissues or systems that are inert in the environment, all that good may be defined as "soma."
By contrast, the vast majority of multicellular organisms (both autotrophic and heterotrophic) present a gendered reproductive strategy. In this case the most energetic compounds synthesized and / or accrued are employed in the growth, a fact that has as its ultimate goal the production of the "germ" or seed, and thereby ensure the success of reproduction and the perpetuation of species. This model has a high life energy cost, and most of the energy reserves are concentrated in the germ or seed.
When the reproductive strategy of living organisms is asexual type (as is common in much of the unicellular autotrophs. The mitosis is the main expression), no is necessary to create a series of organizational structures such as tissues, organs, systems, etc. (With the consequent energy expenditure) to ensure the viability of the species over time, enough to accumulate the energy necessary to achieve the necessary size, and split directly in half. Each of these two new specimens this pattern repeated endlessly, and the community will experience geometric growth is limited only by the availability of good food, either by the availability of space. This situation, as discussed below, will be key to the system of production and cultivation of microalgae.
With a reproductive strategy mitotic (asexual) if food and space are not limiting, there is no concept of "dead" because there is a set of tissues or systems that are inert in the environment, all that good may be defined as "soma."
By contrast, the vast majority of multicellular organisms (both autotrophic and heterotrophic) present a gendered reproductive strategy. In this case the most energetic compounds synthesized and / or accrued are employed in the growth, a fact that has as its ultimate goal the production of the "germ" or seed, and thereby ensure the success of reproduction and the perpetuation of species. This model has a high life energy cost, and most of the energy reserves are concentrated in the germ or seed.
Criteria for the selection of species of micro algae
Basically the reactions and equations of photosynthesis is common oxidative to most terrestrial plants and marine, but the uniqueness of the BFS system is that, agencies are using does not waste time on the formation of any type of structure (roots, stems, leaves, flowers, etc.., etc.) non-productive from the standpoint of trophic (not performed or do not with equal intensity, the Calvin cycle). Celled exactly the condition makes the individual can be considered more or less directly productive (as a unit), simply because the concentration of energy (or directly usable) can be expressed as an absolute percentage of the individual.
The above singularity can not reflect it (at least in absolute terms) in any other agency does not meet the condition of single-celled. Discosphaera
tubifera is another heterococolitofórido that forms part of marine phytoplankton. As all of them a very efficient body in setting CO2, and the production of fatty compounds to maintain their buoyancy .
The above singularity can not reflect it (at least in absolute terms) in any other agency does not meet the condition of single-celled. Discosphaera
tubifera is another heterococolitofórido that forms part of marine phytoplankton. As all of them a very efficient body in setting CO2, and the production of fatty compounds to maintain their buoyancy .
The biomass production system developed by BFS and energy in cooperation with the University of Alicante is a pioneer to base its strategy on the following characteristics:
1. Gets the energy resources of the base of the aquatic food chain, an area that accounts for 100% of incoming energy (unicellular autotrophs).
2. The bodies are the most efficient use, energy, the total life on Earth. Uses only single-celled autotrophs Player Preferred mitotic (asexual).
3. Prioritize the use of phytoplankton species with the surface / volume ratio (r2/r3) favored. Scavenging efficiency of light, nutrient and CO2 is higher.
4. For optimal use the CO2 production that occurs in all agricultural, industrial, livestock and human activities in general. IS THE ONLY ENERGY PRODUCTION PROCESS OF COMPOUNDS THAT DOES NOT INCREASE AND effectively reduce the atmospheric concentration of CO2
5. All products that can be obtained from the BFS production process are useful, sustainable, clean and economical. Our final residue tends to "0."
Retrieved from their natural environment, are separated according to their capacity to produce different compounds exploitable (energy, biopharm, industrial, etc.) And the subsequent industrial process and / or type of use for which will be used. Later
are grown so that we can obtain overproducing strains monospecific and monoclonal antibodies.
nutritional control system of our fotoconvertidores, the incorporation of electromagnetism and system optimization, optimization and utilization of light (solar and electric), the production system, the system de extracción y la explotación conjunta de los recursos obtenidos, son una realidad registrada y patentada por BFS. El desarrollo de los cultivos en fotobioaceleradores verticales, que pueden albergar hasta 3 m3 de agua productiva por m2 de superficie, es una importante innovación en el sistema, pues permite utilizar hasta 20 veces más volumen/m2 que cualquier otro tipo de fotobiorreactor existente. Evidentemente ello se traduce en una importante optimización del uso de las superficies necesarias para la instalación del sistema. Asimismo, la disposición vertical de los fotobioaceleradores, y su interconexión, está diseñada para poder mover el volumen de agua contenida con un gasto energético 1000 veces inferior al equivalente conventional horizontal reactor.
short, the conventional system of production of biofuels has a number of disadvantages, from a strictly technical and scientific, is not sustainable in the short-term weather. On the contrary, the biofuel production system according to the BFS method is: sustainable, clean, efficient, INFINITE AND REPAIR OF THE EFFECTS OF GLOBAL CLIMATE CHANGE.
1. Gets the energy resources of the base of the aquatic food chain, an area that accounts for 100% of incoming energy (unicellular autotrophs).
2. The bodies are the most efficient use, energy, the total life on Earth. Uses only single-celled autotrophs Player Preferred mitotic (asexual).
3. Prioritize the use of phytoplankton species with the surface / volume ratio (r2/r3) favored. Scavenging efficiency of light, nutrient and CO2 is higher.
4. For optimal use the CO2 production that occurs in all agricultural, industrial, livestock and human activities in general. IS THE ONLY ENERGY PRODUCTION PROCESS OF COMPOUNDS THAT DOES NOT INCREASE AND effectively reduce the atmospheric concentration of CO2
5. All products that can be obtained from the BFS production process are useful, sustainable, clean and economical. Our final residue tends to "0."
Retrieved from their natural environment, are separated according to their capacity to produce different compounds exploitable (energy, biopharm, industrial, etc.) And the subsequent industrial process and / or type of use for which will be used. Later
are grown so that we can obtain overproducing strains monospecific and monoclonal antibodies.
nutritional control system of our fotoconvertidores, the incorporation of electromagnetism and system optimization, optimization and utilization of light (solar and electric), the production system, the system de extracción y la explotación conjunta de los recursos obtenidos, son una realidad registrada y patentada por BFS. El desarrollo de los cultivos en fotobioaceleradores verticales, que pueden albergar hasta 3 m3 de agua productiva por m2 de superficie, es una importante innovación en el sistema, pues permite utilizar hasta 20 veces más volumen/m2 que cualquier otro tipo de fotobiorreactor existente. Evidentemente ello se traduce en una importante optimización del uso de las superficies necesarias para la instalación del sistema. Asimismo, la disposición vertical de los fotobioaceleradores, y su interconexión, está diseñada para poder mover el volumen de agua contenida con un gasto energético 1000 veces inferior al equivalente conventional horizontal reactor. short, the conventional system of production of biofuels has a number of disadvantages, from a strictly technical and scientific, is not sustainable in the short-term weather. On the contrary, the biofuel production system according to the BFS method is: sustainable, clean, efficient, INFINITE AND REPAIR OF THE EFFECTS OF GLOBAL CLIMATE CHANGE.
RELATIONSHIP WITH ORGANIC CHEMISTRY
Photosynthesis is a process that occurs in two phases. The first phase is a process that depends on light (light reactions), requires the direct energy of light generated carriers that are used in the second phase. Independent phase of light (dark reactions) takes place when the products of light reactions are used to form covalent carbon-carbon (CC) of carbohydrates. The dark reactions can be performed in the dark, with the condition that the source of energy (ATP) and reducing power (NADPH) formed in the light are present. Recent research suggests that several Calvin cycle enzymes are activated by light through the formation of SH groups, so that the term dark reaction is not entirely correct. The dark reactions take place in the stroma, while the light occur in the thylakoids.
CALVIN CYCLE: series of biochemical reactions mediated by enzymes, by which carbon dioxide is reduced and incorporated into organic molecules, eventually some of which are sugars. In eukaryotes, this occurs in the chloroplast stroma.
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