Life Cycle Assessment

Comparative life cycle assessment of different gas turbine axial compressor water washing systems

Nowadays the climate change is widely recognized as a global threat by both public opinion and industries. Actions to mitigate its causes are gaining momentum within all industries. In the energy field, there is the necessity to reduce emissions and to improve technologies to preserve the environment. LCA analyses of products are fundamental in this context. In the present work, a life cycle assessment has been carried out to calculate the carbon footprint of different water washing processes, as well as their effectiveness in recovering Gas Turbine efficiency losses.

LCA and smoke test of dielectric fluids based on natural esters

Natural esters for electrical applications are universally recognized as environmentally friendly and less impact on non-renewable resources consumption. In the framework of an Institutional Group promoted by the University of Roma 'La Sapienza', the National Firefighters Authority, the National Institute for Insurance against Accidents at Work (INAIL) and the Department for Geological Survey of Italy (ISPRA) there were performed several experimental comparative fire/smoke simulations of both mineral and natural ester liquids.

Life cycle assessment of photovoltaic implementation: an Italian case study

The energy efficiency is the possibility and ability to carry out a production process consume with the involves of less energy and minor environmental impact. Life Cycle Assessment is one of the major tools involved in the economic, social and environmental evaluation. The aim of this work is the LCA application to an Italian company that provides to install a photovoltaic plant for the energy self-maintenance, in order to break down costs and environmental impacts. The photovoltaic business can be an interesting solution especially for companies which consume more energy during the day.

Can the role of Blockchain improve sustainability? The technology 4.0 challenges

In 2015, the 17 "Sustainable Development Goals (SDGs)" were announced by the United Nations, providing a common framework with the aim of creating a more sustainable society. SDG 9 "building resilient infrastructure, promoting inclusive and sustainable industrialization and fostering innovation", underlines the role that innovation plays in supporting sustainable development. It is recognized that the expansion of technology has the potential to accelerate humanity's progress by promoting social and economic development.

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