[…] Use Evaluation Approach There are four main steps to implement a water conservation/reuse plan and wa ter sustainability projects: 1. Establish support, goals, and resources. 2. Conduct water audit. 3. […]
[…] y Medicamentos (FDA, por sus siglas en inglés), un alimento acidificado es un alimento de baja acidez al que se le ha AÑADIDO ácido para obtener un pH igual o […]
[…] • UHT o tratamiento a temperatura ultra alta : Se utiliza para productos alimenticios de baja acidez con un pH > 4,6 y consiste en calentar el producto a más […]
[…] Hennessy , Bioenergy Manager, Department of Agriculture, Agricultural Marketing & Development Division ACKNOWLEDGEMENTS This project was su pported by a grant from the Minnesota Department of Agriculture, Agricultural Growth, Research […]
[…] , while the secondary fuel satisfies the peak load when consumption and external climatic conditions wa rrant additional energy needs . Figure 10 illustrates a hypothetical situation of daily energy […]
[…] this report and any responsibility for the success or failure of the project is hereby waived. This report is intended to serve as a tool or guide only and not […]
[…] to formulation biodiesel content, Although pentachlorophenol leachability from Western red cedar treated with biodiesel formulations wa s quite variable at both of the studied retentions (Figures 3 and 4), the […]
[…] , while the secondary fuel satisfies the peak load when consumption and external climatic conditions wa rrant additional energy needs . Figure 10 illustrates a hypothetical situation of daily energy […]
Higher Value Product from Corn Ethanol November 2013 By: Lawrence Wackett Funded in part by: Minnesota Corn Research & Promotion Council 1 Project Goals: We investigated the chemical conversion of bioethanol to produce a more valuable commodity chemical, ethylene carbonate, and determine if this conversion is viable on an industrial scale. Ethylene carbonate is used as a solvent, as an electrolyte in advanced batteries, and the demand for this chemical has been increasing steadily over the last decade. The process we studied is the conversion of ethanol through two increasingly valuable chemical intermediates, ethylene and ethylene oxide. Ethylene oxide is then reacted with carbon dioxide to produce ethylene carbonate and the carbon dioxide can be obtained from trapping that gas during the corn ethanol fermentation process. This chemical process, coupled with corn ethanol processes, is both economically and environmentally attractive. The final product incorporates one molecule of […]
Higher Value Product from Corn Ethanol November 2013 By: Lawrence Wackett Funded in part by: Minnesota Corn Research & Promotion Council 1 Project Goals: We investigated the chemical conversion of bioethanol to produce a more valuable commodity chemical, ethylene carbonate, and determine if this conversion is viable on an industrial scale. Ethylene carbonate is used as a solvent, as an electrolyte in advanced batteries, and the demand for this chemical has been increasing steadily over the last decade. The process we studied is the conversion of ethanol through two increasingly valuable chemical intermediates, ethylene and ethylene oxide. Ethylene oxide is then reacted with carbon dioxide to produce ethylene carbonate and the carbon dioxide can be obtained from trapping that gas during the corn ethanol fermentation process. This chemical process, coupled with corn ethanol processes, is both economically and environmentally attractive. The final product incorporates one molecule of […]