Compressor Controls LLC (CCC) and Yokogawa Electric have formed a commercial agreement for the sale of a jointly developed solution, CCC Inside for Yokogawa CENTUM VP, that integrates Yokogawa’s process control technology and CCC’s turbomachinery control technology.
Process control and turbomachinery control can be performed with the same system, which contributes to efficient staffing, engineering, procurement, and maintenance in plant operations.
Until now, plants have typically relied on separate systems with different logic for the control of processes and the control of turbomachinery. While purpose-built hardware provides the best performance and diagnostics for the turbomachinery, it requires the management and operation of multiple systems, resulting in additional complexity.
To support diverse end-user needs, CCC, the number one company in the turbomachinery control market, and Yokogawa, a leader in the process control market that has delivered process control systems for more than 30,000 projects globally, have jointly developed CCC Inside for Yokogawa CENTUM VP, which integrates process and turbomachinery control in a single system.
In preparation for the release of this product, the two companies have concluded a commercial agreement under which Yokogawa will supply the hardware and software for the CENTUM VP integrated production control system, one of Yokogawa’s core products in its OpreX Control and Safety lineup, and CCC will provide the CCC Inside for Yokogawa CENTUM VP software by leveraging its control algorithms, global engineering and technical support for turbomachinery controls. In addition, the two companies will cooperate in global marketing and maintenance.
The CCC Inside for Yokogawa CENTUM VP software enables the CENTUM VP to execute CCC’s control logic for controlling compressors, which are the most commonly used types of turbomachinery found in plants.
By equipping CENTUM VP with a dedicated compressor control interface (faceplate), both process control and compressor control can be done from the same human-machine interface (HMI). And by enabling the use of the same hardware, this solution reduces spare parts inventory and maintenance costs and allows for more efficient maintenance planning.