_:n66f4dc4e691c4897bb09b2a2bdc93f73xb0
<http://schema.org/articleBody>
"Greenhouse gases from industrial activities have become a global problem  Emissions management is being developed to raise awareness of the importance of controlling pollution in general and atmospheric emissions in particular  In 2017  the deficit of the rights of issuance in the industrial sectors increased up to 8 3   verified emissions in 2017 versus allocation in 2017   This trend will increase more at the end of Phase III due to a progressive reduction in allocation  Phase IV will be much more restrictive in allocating emission rights than Phase III  The extra cost of this deficit reinforces the need for industry in general to reduce CO2 and for the paper industry to reduce GHG emissions and generate credits  Old factories are typically identified as sources of pollution in addition to being inefficient compared to new factories  This article discusses the possibilities offered by maintenance actions  whose integration into a process can successfully reduce the environmental impact of industrial plants  particularly by reducing the CO2 equivalent emissions  CO2-eq units henceforth CO2  they produce  This case study analyzes the integration of maintenance rules that enable significant thermal energy savings and consequently CO2 emissions reduction associated with papermaking  Managing Key Performance Indicators  KPIs   such as the amount of cold water added to the boiler circuit and the conditions of the air blown into the dryer section hood  can be used as indicators of CO2 emissions generated  The control of the water and temperature reduces these emissions  A defined measure   in this case  t CO2 t Paper   indicates an achievement of a 21  reduction in emissions over the past 8 years "
<https://www.mysciencework.com/publication/facets/keywords/maintenance>