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Application filed by Metalicas Cofres Y Servicios SasfiledCriticalMetalicas Cofres Y Servicios Sas
Priority to CONC2017/0008373UpriorityCriticalpatent/CO2017008373U1/en
Publication of CO2017008373U1publicationCriticalpatent/CO2017008373U1/en
Coloring Foods And Improving Nutritive Qualities
(AREA)
Abstract
ENERGY BIOSTOVE es una estufa que realiza un óptimo aprovechamiento de la energía calórica producida por la combustión de leña, para múltiples usos en la cocción de alimentos y la transformación de energía calórica a energía eléctrica. Su desarrollo se fundamenta en principios de eficiencia térmica para diversos usos, la reducción de las emisiones de GEI – gases efectos invernadero, la disminución de riesgos de enfermedades por exposición al humo y material particulado, y el ofrecimiento de múltiples opciones de cocción de alimentos en un solo equipo que impacte positivamente la economía de las familias y su nutrición.ENERGY BIOSTOVE is a stove that makes optimum use of the caloric energy produced by the combustion of firewood, for multiple uses in food cooking and the transformation of caloric energy to electrical energy. Its development is based on principles of thermal efficiency for various uses, the reduction of GHG emissions - greenhouse gases, the reduction of risks of diseases from exposure to smoke and particulate matter, and the offer of multiple options for cooking food in a single team that positively impacts the economy of families and their nutrition.
CONC2017/0008373U2017-08-162017-08-16
Eco-efficient double energy stove
CO2017008373U1
(en)
power generation system for use in the operation of a heat engine, system for operating a steam cycle feeding a steam turbine, power plant for generating electricity, method for use in the operation of a heat engine and method for use in the operation of a a steam cycle feeding a steam turbine.
Method and plant to process ashes that comprises burning the ash in fluidized bed combustion at a temperature of no more than 800ºC to reduce the carbon content and burn the combustion gases in an independent combustion process at a temperature of at least 850ºC .
BIOMATERIAL WITH GREATER HEATING POWER AND COMBUSTION EFFICIENCY AND LESS EMISSION OF POLLUTANT GASES FROM QUINOA WASTE AND THE PROCESS FOR ITS MANUFACTURING