Proeon showcase one of our most recent - Proeon Systems were asked to develop an integrated and complete package of control and communications systems for three separate assets; two nearly identical minimum installation platforms and an FPSO, for twin conductor platforms located in Nigeria, West Africa.
The brief was to develop the Process Control Systems (PCS), safety Instruments Systems (SIS) and the Low Voltage Motor Control Systems (MCC) including software and associated SCADA.
Proeon, has a proven track record of providing non-OEM based Gas Turbine support and control systems retrofits and were a strong fit for providing a complete integration service bringing together legacy turbines with new control systems based on our own bespoke IP, to provide a single procurement interface and deliver a complete solution.
Proeon supported the client through site visits, offshore surveys, and multinational meetings to develop a workable solution in the time frame and budget constraints, and by late 2019 with all the operational considerations for the client, the 18-month project started.
The project scope included the replacement turbine control systems for the three SGT-200 gas turbines complete with a new fuel control train and compressor load control.
Proeon showcase one of our most recent subsea solutions - a High Integrity Pressure Protection Systems (HIPPS) that takes into considerations the harsh environment and client demands for safety and availability to provide a SIL 2 capable Subsea Control Module (SCM).
Proeon Systems is enthusiastic to aid the Nuclear sector and share our experiences during another important project.
Proeon Systems supplied the core engine control software for the 2 off standby generators installed in a power station together with the supply of a hardware and software in the loop simulation package for the engines to speed up integration testing.
The project included the retrofit of an existing system replacing the old controls with a new Siemens S7-400 based PLC and WinCC SCADA. The project included detailed design documents, PLC and SCADA software development, control panel manufacture and site commissioning. The system had been designed and proven to comply with the Danish Grid Code technical regulations TF3.2.2 a requirement for all new systems supplying the public electricity grid in Denmark.
