Mi muro distinguido by JUAN DAVID AGUILAR P.

Mural de Gestión Ambiental

j_d_aguilar115 — 2019-05-24 14:20:50 UTC

Life Cycle Analysis of Distributed Energy System Projects’ Energy Consumption and GHG Emission – A Case of Beer Brewery Auxiliary Power Supply in China

¿WHAT IS DISTRIBUTED ENERGY?

j_d_aguilar115 — 2019-05-25 15:02:30 UTC

Distributed energy is the generation of decentralized electric power, through the implementation of renewable sources that are close to the place of consumption. It is a "network" of micro-power plants distributed throughout the city, which provide electricity to consumers and the power plant. This distributed electric power production has the following advantages: Reduce the losses in the electrical network, Improve the reliability and quality of the electrical system, Reduce the powers and the use of Renewable Energies (cursostesla S.F.)

• UNE-EN ISO 14040. Environmental Management. Life cycle analysis. Principles and frame of reference

angie_9730 — 2019-05-25 21:07:54 UTC

This Standard covers the life cycle analysis, which deals with environmental aspects and environmental impacts throughout the life cycle of a product, from the acquisition of raw material to its final disposal.

• UNE-EN ISO 14044. Environmental Management. Life cycle analysis. Requirements and guidelines

angie_9730 — 2019-05-25 21:16:56 UTC

It establishes that the life cycle analysis studies should include definition of the objective and scope, analysis of the inventory, evaluation of the impact of the interpretation of the results as well as life cycle inventory studies.

j_d_aguilar115 — 2019-05-27 20:46:58 UTC

The natural gas used in the brewery in China, as an alternative source for the production of electricity, reduces greenhouse gas emissions by 38% and saves 8% of energy, compared to the traditional system of electricity production that uses coal as raw material. The renewable sources used in the study of the analysis of the life cycle of the brewery in China are not as effective as the source of natural gas, which drastically reduces the emissions to the atmosphere, reason why it is concluded that it is the most recommended source of energy. for production. of distributed electric power.

LIFE CYCLE ANALYSIS

amorenobejarano — 2019-06-01 02:29:31 UTC

The life cycle analysis is a methodological framework that estimates and evaluates the environmental impacts of a product or service during all stages of life or utility stages until it is discarded. The main interest is to assess the influence on climate change, the generation of ozone, eutrophication, acidification and other impacts that may affect the environment.
The tool that uses the life cycle is to follow the products is to know each stage from its extraction of raw material, production of the product, use of the product and the waste or death that is given to that product in some cases is recycled or reused take advantage of its components and preventing it from causing an impact on the environment.

Below is the life cycle of an article from its extraction to the end of its life that ends when it is recycled, and also indicated as a product with the good use of recycling has a sustainable life cycle with the environment.

LIFE CYCLE ANALYSIS

amorenobejarano — 2019-06-03 02:41:51 UTC

•It is used in order to avoid emissions of greenhouse gases, due to high energy consumption

•A new project is the use of distributed energy systems based on natural gas

•Natural gas saves 8% of energy and reduces 38% of G.E.I compared to traditional projects.

•It is necessary the support of the rulers and businessmen for the investigation and to stimulate the projects.

•The energy uses are given as generating heat, cooling, electricity, etc.

•In increase energy projects distributed in China, it has the support of political governors.
YES TO THE USE OF RENEWABLE ENERGY!