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From different advances through investigations that clarify the energy system through a traditional energy distribution, as proportional to the sensitivity factors as the heat output, for specific scenarios

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From different advances through investigations that clarify the energy system through a traditional energy distribution, as proportional to the sensitivity factors as the heat output, for specific scenarios

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Where the stationary times vary to the generation through the process of heat fusion in the formation of electricity, through the sale of residual fuel, in the different projections we treat an energy system as a political environment, distributed to the regulations of the research projects, in dynamic projection in reference to the economic value for environmental distribution as a gas in the operational scenarios to derive an equilibrium point

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Where the stationary times vary to the generation through the process of heat fusion in the formation of electricity, through the sale of residual fuel, in the different projections we treat an energy system as a political environment, distributed to the regulations of the research projects, in dynamic projection in reference to the economic value for environmental distribution as a gas in the operational scenarios to derive an equilibrium point

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Our Research Framework and the Organization of This Paper

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Our Research Framework and the Organization of This Paper

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Nuestro marco de investigación se basa en el análisis del ciclo de vida (LCA). Con la producción (electricidad, caloría y refrigeración) mantenida constante, analizamos la entrada requerida por diferentes tecnologías y comparamos el consumo de energía del ciclo de vida y la emisión de GEI.

- Estudiante: edjar alejandro  rodriguez

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In the production of these projects seeks to contribute to renewable technological development as an alternative projection in the systems as fusion processes in the economic values of the users, This LCA process is used as a frequency to analyse solid-based renewable energy projects for future field-based production research references.

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In the production of these projects seeks to contribute to renewable technological development as an alternative projection in the systems as fusion processes in the economic values of the users, This LCA process is used as a frequency to analyse solid-based renewable energy projects for future field-based production research references.

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(Daira vargas)
Comparison that allows to determine which study obtains a better result in terms of the reduction of energy consumption and greenhouse gases, in order to carry out future projects that allow to take into account these two parameters and improve the quality of life and the environment.
methods and data are consistently applied throughout the study and are in accordance with the goal and scope definition performed before conclusions are reached.

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estudiante- egjar alejandro rodriguez

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And policy formulation because 1) the specific configuration of the Distributed Energy System project influences the economic function of technology uses the project; 2) case studies provide more concrete and realistic data to give information about these types of projects; and 3) the specific configuration in case studies helps researchers use more custom-made assumptions to examine more factors

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And policy formulation because 1) the specific configuration of the Distributed Energy System project influences the economic function of technology uses the project; 2) case studies provide more concrete and realistic data to give information about these types of projects; and 3) the specific configuration in case studies helps researchers use more custom-made assumptions to examine more factors

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Also known as cradle-to-grave analysis, environmental balance, ecological balance or life cycle assessment (LCA), is a standard method that allows the collection, quantification and evaluation of environmental damage related to or a service of a certain topic.

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Código: 1.051.477.333

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Environmental Management - Life Cycle Analysis - Principles and structure ISO 1997

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Regulates the environmental assessment methodology for the visa cycle analysis of a product.

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Código: 1.051.477.333

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The Distributed Power System can meet the diverse needs of the user (heat, cooling, and electricity) while reducing loss of efficiency during power transportation. The result shows that the entire natural gas project saves 8% energy and reduces GHG emissions by 38% compared to the traditional project that uses coal and electricity from the grid. Although the emission reduction effect of renewable energy projects is not as significant as that of the All Natural Gas project, we found that renewable energy projects have the potential to develop in the future.

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The Distributed Power System can meet the diverse needs of the user (heat, cooling, and electricity) while reducing loss of efficiency during power transportation. The result shows that the entire natural gas project saves 8% energy and reduces GHG emissions by 38% compared to the traditional project that uses coal and electricity from the grid. Although the emission reduction effect of renewable energy projects is not as significant as that of the All Natural Gas project, we found that renewable energy projects have the potential to develop in the future.

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Life Cycle Analysis is an objective procedure for evaluating energy and environmental loads corresponding to a process or an activity, which is carried out by identifying the materials, the energy used and the emissions released into the natural environment. The evaluation is carried out in the complete life cycle of the process or activity, including the extraction and treatment of raw materials, manufacturing, transportation, distribution, use, recycling, reuse and final disposal.

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Life Cycle Analysis is an objective procedure for evaluating energy and environmental loads corresponding to a process or an activity, which is carried out by identifying the materials, the energy used and the emissions released into the natural environment. The evaluation is carried out in the complete life cycle of the process or activity, including the extraction and treatment of raw materials, manufacturing, transportation, distribution, use, recycling, reuse and final disposal.

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Environmental management - Life cycle analysis - Requirements and guidelines

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Environmental management - Life cycle analysis - Requirements and guidelines

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Código: 1.057.605.755

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It allows to identify with the environmental analysis improvement opportunities that help to reduce costs.

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Gladys Lorena Acevedo Chaparro
Código: 1.051.477.333

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Un proyecto en esta categoría se puede dividir en 4 fases, objetivos y alcance del estudio, inventario, análisis de impacto e interpretación, analizando cada uno Una de estas fases debe detallar cada impacto e indicadores utilizados y las limitaciones que llevaron a utilizar este tipo de metodología, la tecnología a través del tiempo se ha desarrollado de manera inteligente y ahora participa en soluciones para mejorar el medio ambiente, en este estudio la tecnología ofrece alternativas para reducir las emisiones de GEI , con el uso de la biomasa y la energía eólica, se obtiene un gran potencial en el desarrollo de proyectos del Sistema de Energía Distribuida.

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Código: 1.051.477.333

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(Daira Vargas)
onsecutive and interlinked stages of a product system, from raw material acquisition or generation from natural resources to final disposal
• system boundary
set of criteria specifying which unit processes are part of a product system
• consistency check
process of verifying that the assumptions, methods and data are consistently applied throughout the study and are in accordance with the goal and scope definition performed before conclusions are reached

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Biomass energy can save 31% of life cycle energy consumption compared to the All Coal case, but the Emission reduction rate is not as significant as the base case. Wind energy also has good emission reducing effect. Wind energy significantly reduces energy consumption and GHG emissions (35% and 35% respectively) compared to the All Coal case.

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Biomass energy can save 31% of life cycle energy consumption compared to the All Coal case, but the Emission reduction rate is not as significant as the base case. Wind energy also has good emission reducing effect. Wind energy significantly reduces energy consumption and GHG emissions (35% and 35% respectively) compared to the All Coal case.

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Codigo: 1.057.605.755

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(Daira Vargas)
They are environmentally friendly labels that give safety that products do not pollute.

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Taking into account the ISO 14040 technical standard, LCA can help to:

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Taking into account the ISO 14040 technical standard, LCA can help to:

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Estudiante: Maria del Pilar Niño Socha
Codigo: 1053584397

Identifying opportunities to improve the environmental performance of products at different stages of its life cycle,

- The provision of information to decision makers in the industry, organizations governmental or non-governmental (for example for strategic planning, setting priorities, designing and redesigning products or processes)

- The selection of relevant environmental performance indicators, including measurement techniques, and marketing (for example, implementing an environmental labeling scheme,
preparing an environmental claim, or an environmental product declaration).

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Important aspects for this type of projects

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Important aspects for this type of projects

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Estudiante: Maria del Pilar Niño Socha
Codigo: 1053584397

In the article, it refers to the site where the project is located, which is important when conducting an energy study. renewable to select the one that best suits the environment and guarantees us a better performance, solar energy or also known as photovoltaic could be used where silicon-based solar cells or panels are used that convert solar energy into electrical energy allowing its storage by means of of batteries, but if it is not located in a place where the sunlight is constant, it will not give a good result, so it must be alternated with another type of renewable energy such as wind that allows improving the system, making use of the wind to transform it into electrical energy by means of a wind turbine made up of blades or propellers moved by a wind powered turbine. In Colombia, law 1715 OF 2014 (May 13) through which the integration of non-conventional renewable energy into the National Energy System is regulated. It favors companies that use energy with tax benefits that are framed in this law.

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ISO 14044Environmental Management - LifeCycle Assessment - Requirements and Guidelines (paola v)ISO 14044 ISO 14044:2006 is designed for the preparation of, conduct of, and critical review of life cycle inventory analysis (LCIA). It also provides guidance on the impact assessment phase of LCA and on the interpretation of LCA results, as well as the nature and quality of the data collected.

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ISO 14044Environmental Management - LifeCycle Assessment - Requirements and Guidelines (paola v)ISO 14044 ISO 14044:2006 is designed for the preparation of, conduct of, and critical review of life cycle inventory analysis (LCIA). It also provides guidance on the impact assessment phase of LCA and on the interpretation of LCA results, as well as the nature and quality of the data collected.

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LCA (The life cycle approach, or cradle-to-grave analysis)

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LCA (The life cycle approach, or cradle-to-grave analysis)

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Estudiante: Maria del Pilar Niño Socha
Codigo: 1053584397

Is constitutes a desing tool that investigates and evaluates the evironmental aspects of a product or service during all stages of its existence (Design, production, marketing, use and final disposal)

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Life cycle analysis (LCA) method to assess energy consumption and greenhouse gas emissions

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Life cycle analysis (LCA) method to assess energy consumption and greenhouse gas emissions

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Estudiante: Maria del Pilar Niño Socha
Codigo: 1053584397
The article uses the life cycle analysis (LCA) method to evaluate energy consumption and greenhouse gas emissions and compare them to determine the best result, the all-natural project being the one that produced the best results because it saves energy and reduced greenhouse gas emissions allowing to reduce pollution

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(Daira Vargas)
Comparison that allows to determine which study obtains a better result in terms of the reduction of energy consumption and greenhouse gases, in order to carry out future projects that allow to take into account these two parameters and improve the quality of life and the environment.

# data[].attributes.headline
Life cycle analysis (LCA) method to assess energy consumption and greenhouse gas emissions

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Life cycle analysis (LCA) method to assess energy consumption and greenhouse gas emissions

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Life cycle analysis (LCA) method to assess energy consumption and greenhouse gas emissions

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Life cycle analysis (LCA) method to assess energy consumption and greenhouse gas emissions

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A life cycle assessment is used when trying to manage greenhouse gases (GHG), which come from the volume and source of energy used. This type of analysis can add up the total greenhouse gas emissions of all stages of the "life" of a process, product or service. By looking at the different stages individually, it is easier to determine where improvements can be made to reduce emissions in places that will make a dramatic difference.

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A life cycle assessment is used when trying to manage greenhouse gases (GHG), which come from the volume and source of energy used. This type of analysis can add up the total greenhouse gas emissions of all stages of the "life" of a process, product or service. By looking at the different stages individually, it is easier to determine where improvements can be made to reduce emissions in places that will make a dramatic difference.

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A life cycle assessment or a life cycle analysis is a technique that is used to assess the possible environmental impacts associated with a product, process or service. In general, this analysis looks at a particular product from the "cradle to the grave", or its entire life cycle, including extraction, processing, use and disposal.

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A life cycle assessment or a life cycle analysis is a technique that is used to assess the possible environmental impacts associated with a product, process or service. In general, this analysis looks at a particular product from the "cradle to the grave", or its entire life cycle, including extraction, processing, use and disposal.

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estudiante: edjar alejandro rodriguez