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Case study: Yokogawa automated decomposition solution plan for use in petrochemical industry

July 09,2025

Introduction

Altitude-dependent safety, precision and coordination during petrochemical operations, advanced automatic technology currently has outstanding movement control key functions. The global industrial control system and international trade, Yokogawa's continuous petrochemical enterprises provide fixed-quantity automated solution solutions. This case study was conducted by Yokogawa's integrated system of intelligent technology.

 

Yokogawa laminated restraint structure for petrochemical transport

The core of Yokogawa's automated strategy is its distributed control system (DCS), which is CENTUM VP's representative in the world, and has an outstanding ability to control over time. In the scene where the petrification industry is full of various types and multiple components, CENTUM VP's practical reactor, fine tower, canister, etc. are assembled without limitation.

The communication is centralized and control system is coordinated with the number of tables in the field, and the operator has full control over the factory operating conditions, which makes it possible to make faster decisions and lower failure rates. In addition, the Yokogawa system has a lot of redundant support, and during the process of securing the keys, the immediate staff members may be unable to function or continue to operate.

 

Advanced visual representation

In a certain petrification equipment, Yokogawa department has a variety of intelligent transfer devices, analysis and summation flow metering, actual time measurement, ground temperature, power, component sum flow rate, etc. key numbers. In this case, the FOUNDATION Fieldbus connection is assembled, and the actual control system is provided with two-way communication.

In addition, Yokogawa's numerical control device has a self-diagnosis function, which greatly reduces the number of calculations. We will assist you with the analysis of the actual time and history, improve the capabilities of the operators, improve the location of the equipment, and provide operational safety and product consistency.

 

Energy management and operational efficiency proposals

The consumption of energy in the petrochemical industry is enormous, so the improvement of energy sources is an important goal. Yokogawa's Exaquantum Engineering Information Management System (PIMS) is capable of collecting and analyzing the wear and tear of each process. In a certain item, the communication department Exaquantum has actually reduced the capacity by 12%, and the main profit and loss of energy has been identified and the steam system has been improved.

At the same time, the aggregate advanced process control (APC) algorithm has the capacity to control the number of load waves during movement, and at the same time, the energy consumption of the factory is reduced, resulting in raw material waste and energy consumption.

 

Conclusion

Yokogawa's automation solution plan presents high performance results in terms of safety, efficiency and sustainable construction of petrochemical operations. The centralized control system, the intelligent field and actual time analysis, and the practical technology support provided by Yokogawa's leading chemical industry. As the petrification industry continues to move forward in digitalization, this division is the key to maintaining competitiveness in the advancement of technology.

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