The improvement of long-term sustainability is a constant motivation for change in many industries. Reforms are frequently initiated by government bodies, in addition to rewards or penalties to encourage the adoption of new technologies and practices, which have a lower environmental impact.
Image Credits: Araya Singkhawehon/shutterstock.com
New ideas may also be required when there is a change in production economics, as a result of the geopolitical situation or worldwide demand. For instance, significant instability has been seen in energy prices over the last few years, affecting the varied cost to produce several products. This kind of unpredictability causes major fluctuations in economic investment in any particular technology, creating an immediate need for process developments and changes to safeguard sustainability.
The cement industry is accountable for approximately 5% of the worlds artificial carbon dioxide emissions, and it is considered one of the most energy-intensive sectors in the globe. Cement is a vital commodity for the world, and its usage levels reflect the economic importance.
Over the years Manufacturers have acknowledged that in order to maintain the long-term stability of the cement industry, it is important to reduce the environmental impact. Vigorous actions have been taken as part of an aggressive sustainability program to regulate CO2 emissions at their present level, and to still meet the emerging global demands. The accomplishments already made can provide valuable information for industries seeking to achieve similar objectives.
This article discusses three effective sustainability policies implemented by the cement sector, and also examines the analytical instruments that contributed toward successful execution of these strategies.
The following are the areas covered in the article:
- Adopt a smarter definition of product quality
- Switch from manual to automated process control
- Change the product composition
- Looking ahead
This information has been sourced, reviewed and adapted from materials provided by Malvern Panalytical.
For more information on this source, please visit Malvern Panalytical.