Through our Information Management System, we support clients' information analysis and decision-making by aggregating data from engineering documents during EPC (Engineering, Procurement, Construction) phase and operational maintenance data post-EPC. Traditionally, essential data for plant operation and maintenance has been stored in multiple, disparate systems. By consolidating this siloed data into a unified system, the system facilitate easier access and sharing of information, streamlining work processes. Additionally, contextualization allows for data interpretation and correlation across systems, enabling insights from multiple data sources. Furthermore, integration with 3D models and/or point cloud models provides visual comprehension of equipment status and information.

By aggregating plant data and providing various dashboards and applications to gain insights and support plant operations, we optimize plant management and improve operational efficiency. CEGT can identify abnormal areas across all plant equipment, enabling early detection and response to issues. Additionally, it allows for efficient identification of problem occurrences, speeding up and enhancing root cause analysis.
CEGT™ is an application used to predict Tube Metal Temperature , a key indicator for decoking in ethylene cracking furnaces. It leverages historical operational data (DCS data, Tube Metal Temperature) to build a predictive model that estimates TMT values from real-time DCS data.
Furthermore, in a case study involving the use of CEGT™ for a large compressor, one of the critical equipment in an ethylene plant，CEGT™ established a mechanism that uses simulators to apply real-time process data for performance calculations. This allows for more accurate compressor performance calculations compared to those based solely on DCS data and design conditions. Through this initiative, we aim to alleviate the bottlenecks in plant load-up

By monitoring static and rotating equipment in real-time and predicting abnormal conditions, we transition from conventional time-based maintenance preventive maintenance to condition-based maintenance predictive maintenance. This shift enhances plant reliability and reduces maintenance costs.
Additionally, we provide a "Rotating Equipment Maintenance Support Service," which uses digital twin to monitor the performance of rotating equipment in real-time and detect abnormalities.

By integrating plant management information with plant operation data, the Business Support Service optimizes plant management. CEGT™ provides automatic and immediate feedback to support management decision-making. For instance, by linking CEGT™ with APM and ERP systems, it assists in the planning and management of human resources, materials, and finances. Additionally, for clients managing multiple plants, CEGT™ offers a Spare Parts Management System to oversee the inventory of spare parts across all facilities.
When implementing CEGT™, we first review the current situation with our clients, identify challenges, and clarify the solutions to be delivered before developing the most suitable applications. If specialized technology is required to solve a problem, we collaborate with partners and licensors to create the necessary applications. CEGT™ aims to be a platform for co-creation, generating new value with our clients and partners.

At CEGT, by integrating CEGT™ with our Technical Advisory Services for Plant Operation and Maintenance, we enable real-time monitoring of the operational status of plants remotely and enhancing the sophistication of our services. Additionally, we have established a monitoring room within the office that utilizes CEGT™, where our experts monitor the status of each plant and provide tailored advice and recommendations to the clients.