Ferment\u00f6me’s technology platform enables the identification, extraction, and culture of previously unculturable microbial populations from environmental or industrially valuable samples.<\/p>\n
\u27a2 Microbial mining of economically valuable microorganisms<\/p>\n
\u27a2 Isolation of new (aerobic and anaerobic) high-yield strains for biofuel production processes and novel metabolic pathways to improve hydrocarbon recovery<\/p>\n
\u27a2 Novel uncultivable microbe mining for an array of environmental biotechnological applications such as bioremediation, degradation of highly persistent pollutants, energy production, and customer-desired applications<\/p>\n
\u27a2 Identification of CO2 and CO conversion strains for bioconversion processes<\/p>\n
\u27a2 Selective cultivation of strains that have unique metabolic pathways, enzymes, genes, and proteins for large scale production<\/p>\n
\u27a2 Development of pure cultures, defined mixed cultures, and natural mixed culture consortia<\/p>\n
\u27a2 Identification and growth of niche-application microbes, enabling continuous production of microbially-derived energy compounds, such as acetone, butanol, ethanol, acids, biopolymers, high octane fuels, carbohydrates, and gases such as methane, hydrogen and sulphide<\/p>\n","protected":false},"excerpt":{"rendered":"
Ferment\u00f6me’s technology platform enables the identification, extraction, and culture of previously unculturable microbial populations from environmental or industrially valuable samples. \u27a2 Microbial mining of economically valuable microorganisms \u27a2 Isolation of new (aerobic and anaerobic) high-yield strains for biofuel production processes… <\/p>\n