Real-Time Low-Carbon Prediction in Ready-Mixed Concrete Production Process for Smart Manufacturing

Byeongseop Kim, Jongpil Jeong

Research output: Contribution to journalConference articlepeer-review

4 Scopus citations

Abstract

The key to global warming is greenhouse gas emissions. Since 2015, the Republic of Korea has implemented a carbon emission rights system to encourage companies to voluntarily reduce carbon emissions. Not long ago, the government declared carbon neutrality by 2050. However, in order for the carbon emission rights system to function as a greenhouse gas reduction, it takes half a year to calculate carbon emissions, and small and medium-sized enterprises (SMEs) that are not only large in resources and manpower for calculation should be left to consulting companies. It costs millions to tens of millions of won to calculate once. This paper provides a carbon emission response solution for ready-mixed concrete (Remicon) companies. Greenhouse gases emitted from various factories are calculated in real time using IoT equipment. The calculated greenhouse gas emissions are visualized and shown. Therefore, companies can plan to reduce greenhouse gas emissions based on data and make predictions about when to certify low carbon certification. This project targeted one of the building material industrial groups. In the future, it can be expanded to the entire region-based society, including individuals and families, which are the minimum units. This allows the government to check national-based carbon emissions in real time and determine policies based on data. Finally, it is intended to change people's consciousness by visualizing the degree of contribution to the phenomenon of jig warming through real-time carbon emissions.

Keywords

  • EMS
  • IoT
  • Low Carbon
  • Ready-Mixed Concrete
  • Smart Factory

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