Knowledge 4 Solutions for Visualizing CO2 Emissions! Features and Advantages Explained（2/3）～Step-by-Step Process for Implementing and Using～

Below are four representative solutions for visualizing CO₂ emissions:

• CO₂ Visualization Platform
• Power Visualization
• Piping Air Leak Visualization
• RPA (Robotic Process Automation)

In the following sections, we explain the overview, benefits, and step-by-step process for implementing and using each solution.

A CO₂ visualization platform is a solution that enables real-time measurement, recording, and management of CO₂ emissions from companies and facilities. By integrating sensors, data collection devices, and cloud technology, it centrally manages detailed data for each emission source and automates data collection and real-time monitoring. Additionally, the collected data is visualized through graphs and dashboards, making analysis straightforward.

Key advantages of a CO₂ visualization platform include:

• Clearly identifying CO₂ emissions from each facility and process, which helps pinpoint the sources of emissions.
• Providing detailed, highly reliable data that complies with regional and national environmental regulations—ensuring transparency and facilitating external reporting.
• Allowing you to quantitatively assess the impact of CO₂ reduction measures, thereby supporting continuous improvement and effective PDCA cycle management.

The process from adoption to utilization is as follows:

Power visualization is a system that indirectly measures CO₂ emissions through real-time monitoring of power consumption. It calculates CO₂ emissions based on electricity usage, thereby promoting improved energy efficiency.

Key benefits of power visualization include:

• Reducing unnecessary energy consumption—which leads to cost savings—by visualizing power usage.
• Identifying inefficient equipment through detailed power consumption data, thus facilitating targeted improvements or upgrades.
• Easily calculating CO₂ emissions based on power consumption, which simplifies the creation of environmental reports and regulatory compliance.

The process from adoption to utilization is as follows:

Piping air leak visualization is a system designed to detect and visualize air leaks from compressed air systems and piping equipment in factories and facilities. By identifying leak locations, the system helps reduce energy loss, lower operating costs, and indirectly cut CO₂ emissions.

Key advantages of piping air leak visualization include:

• Minimizing energy losses from compressed air leaks to significantly reduce operating costs.
• Identifying and repairing leaks to curb unnecessary energy use and indirectly lower CO₂ emissions.
• Preventing major leaks and pipe failures, thereby enhancing the safety of both personnel and equipment.

The process from adoption to utilization is as follows:

RPA (Robotic Process Automation) is a solution that automates routine computer-based tasks. It can collect data such as CO₂ emissions, energy consumption, and recycling rates and visualize these data in real time. By automating the collection, reporting, and monitoring of CO₂ emission data, it significantly reduces manual labor.

Key benefits of RPA include:

• Reducing resource and energy consumption through task automation and process streamlining.
• Automatically generating the reports required for environmental regulatory compliance and CSR activities, which enables faster reporting and decision-making.

The process from adoption to utilization is as follows: