# data[].attributes.body
* ISO 14000
*ISO 14001
*ISO 14004

# data[].attributes.body
Both are oriented to the performance and environmental performance of a product in the different stages of the life cycle, with the main objective of understanding and better treating the effects, these ACV allows us to make decisions to mitigate the impacts that are generated

According to what the reading with the Chinese brewery, where you can determine the concern of companies for sustainable development, where they constantly seek mitigation of emissions, situations where Chinese companies are obliged to show significant advances that help to conserve the environment.

# data[].attributes.body
This article allows us to show how the technical standard ISO 14040 mentions the ACV life cycle phases of this process, where during the development of the analysis they were able to identify, how they can improve their production process and improve or reduce their emission rates, with the analysis they managed to identify that the solar energy systems are not the most optimal for their process, and they also identified that the use of biomass which is a by-product of the beer integrated with the wind energy would allow them to develop a system project of distributed energy

# data[].attributes.body
This article demonstrates the importance for an entrepreneur to carry out an analysis of their product and to start a saving or process that allows to improve the contamination indexes that may generate

# data[].attributes.body
By definition, the life cycle analysis (LCA) is the collection and evaluation of inputs, outputs and potential environmental impacts of a product system through its life cycle. The standards that allow the certification of the study are ISO 14040 and ISO 14044

# data[].attributes.body
he next activities:

1. Collect an inventory of the most important inputs and outputs of a product's system,

2. Evaluate the potential environmental impact associated with these inputs and outputs,

3. Interpret the results of the inventory analysis and the stages evaluated in accordance with the objectives of the study.

# data[].attributes.headline
Life Cycle Analysis of Distributed Energy System Projects’Energy Consumption and GHG Emission – A Case of BeerBrewery Auxiliary Power Supply in China

# data[].attributes.subject
Life Cycle Analysis of Distributed Energy System Projects’Energy Consumption and GHG Emission – A Case of BeerBrewery Auxiliary Power Supply in China

# data[].attributes.body
Life Cycle Analysis Method (ACV) to evaluate the energy consumption and GEI emissions of the projects of the distributed energy system, Chinese beer plant.

This research is based on the comparison of the difference in emissions between the distributed energy system and the traditional energy system

Step 1. Analyze the energy consumption in the ACV and the emission of greenhouse gases

Step 2: Use the energy input to calculate the life cycle energy consumption and the emission of greenhouse gases

Step 3: Calculate the energy savings and the emission reduction rate by comparing the case

Aspects involved in the ACV

TICKETS: coal, biomass, wind and solar renewable energy

OUTPUTS: heat, electricity and cooling

Analysis of the Life Cycle. Renewable energy technology offers alternatives to reduce greenhouse gas emissions

# data[].attributes.body
Taking life cycle analysis into account allows us to determine the elementary flows that include the use of resources and emissions to the air, and the water and soil discharges associated with the system

# data[].attributes.body
According to the analysis of the life cycle according to Vitacoras.com (2013) all activity generates a negative impact on the environment, these analyzes are to determine the damage that can occur, and above all results in an approximate time to which can be last some residue

From my point of view you can not give a precise or accurate time to the duration of a waste due to the weather conditions that are changing every day, for these cases enter a number of factors that need to detail thoroughly.
The life time of a product starts from obtaining the raw material that is made up to the time that its residues last to decompose