grupo axyoma
DESCRIPTION
About AXYOMATRANSCRIPT
Solutions in Biotechnology, Bioenergetics & Bioremediation.
Axyoma group's mission is to address our customers into the new scheme of sustainable competitiveness and business symbiosis.
To be recognized as the largest center of industry sustainability intelligent solutions and bioproducts, in a spirit of service and international competitiveness.
Mission
Vision
MISSION
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OBJETIVE
To be the best option industrial Sustainability consulting the northeast of the country and develop innovative and competitive bioproducts.
… It’s just the beginning.
Our Technology
Nutraceutics
Proteins
Bioreactos Biofuels
Microalgae
Bio-remediation
Microbiology
Business Model
Biotechnological Pojects Development
Technology A Technology B Technology
Our purpose is not to become a primary research center, but a commercial development firm of bio-products.
Effective Implementation
Knowledge generation (know-how)
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Project
Our Services?
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Background
Axyoma (Solutions in Biotechnology, Bioenergetics and Bioremediation) is a business project developed by the first Latin America generation of engineers in Biobusiness, supported by a multidisciplinary professors and researchers team that provides to companies a service of diagnostic, design and development of mainly food or biotechnological companies and projects improvements that increase the commercial value, the sustainability, and the efficiency of their production processes .
The OpportunityGrow and Reinvent.
Services
Diagnosis
Design
Development
CONSULTING
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Example
ExampleBioenergetics Project.
Axyoma has a Bioenergetics (Biofuel) improvement project, based on photofermentative fuel production.
*In the next slides, there is a brief condensate of one our projects, shown as an example of the biobusiness services and bioproduct development that Axyoma business project offers.
| THE IDEA |This project departs from the idea that it is possible to achieve full light driven conversion of CO2 and water molecules into Biofuels by the combination of primary reactions based in photosynthesis and the known Calvin cycle with a fermentative pathway from chemoheterotrophic microorganisms combined in a single smart-designed organism.
What is the Concept?Various fermentation pathways from a chemotrophic organism could be introduced by genetic engineering into a cyanobacterium. Endogenous metabolism will provide the newly introduced enzymes with precursor metabolites to desired products. This would represent an efficient improvement to biofuel production.
By.
Gad
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| THE BASIS|It already exist many designed process to generate biofuels like ethanol from algae biomass. The theoretical migration to smart-designed cianobacterias instead of algae to produce Biofules, other than ethanol, such as buthanol, is not only reliable, but highly efficient, promising to help in the solution of green-house gases effects.
Why is it necessary?High oil prices and global warning that accompany the use of fossil fuels are
an incentive to find alternative forms of energy supply such as photosynthetic
biofuel production.
Why is it promising?Studies show that compared to 1st
generation (plant-based) and 2nd generation (algae-based) productions, Photofermentative biofuels represent superior maximal theoretical yields of
Biofuel generation process.
Bioenergetics
Bioremediation
Approach
Biotechnology
Food technology
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Improvement
InnovationGrow with Us, Now!
Inputs
Products
Energy
Scrap
Co-products
Inputs
