Energy Efficiency Modernizations at the Industrial Plant: A Case Study

Abstract

<jats:title>Abstract</jats:title><jats:p>In the present era of continually increasing energy demand, Europe faces many challenges, such as high and unstable energy prices, growing global energy demand, increasing threat of climate change, sluggish progress within energy efficiency and issues related to increasing demand for the use of renewable energy sources. It is desirable to seek opportunities to use energy consumed most reasonably, thus ensuring continuous improvement of energy efficiency in the industry. The scope of the research includes reviewing studies in this matter and analysing the most beneficial solutions for the plant. The work aims to assess possible undertakings to modernise the energy management of an industrial plant on the example of Bulten Poland S.A. rationally and profitably for the plant. The work contains an analysis of the profitability of the potentially most beneficial solutions in terms of improving the energy efficiency of the plant. Mentioned in the article solutions, aiming increasing energy efficiency, helped become the plant independent within heating up facilities. Total heat recovery potential in amount of 18 965 GJ is motivation for further activities. This is a great opportunity to reduce significantly carbon footprint (replacing lightening into LED technology reduced CO<jats:sub>2</jats:sub> by 206.3 Mg/year) and be more competitive on the market by reducing costs of product.</jats:p>

On Rough Set Theory on Achieving High Quality Cable Material Production by Green Low Carbon Technology

“…Due to its good strength, ductility, corrosion resistance and electrical conductivity, aluminum alloys have been extensively used in the power transmission industries, which is the second largest machinery industry in China [1][2][3][4][5][6]. However, some of these properties seem contradictory and cannot achieve the high level at the same time.…”