Tags: rotork master station
Rotork provides electric actuators at Johan Sverdrup, ground-breaking Norway oil field
Rotork has been selected as the sole provider of intelligent electric actuators for one of the largest offshore development projects in the Norwegian continental shelf, Johan Sverdrup.
Actuator control network solution provided at Spanish chemical processing plant
Almost 150 intelligent electric actuators on Rotork’s Pakscan™ control network have been ordered for the Quimica Puente Mayorga chemical processing plant in Cádiz, Spain. The actuators were installed on gate valves and control the flow of unprocessed fluids, as well as providing ESD functionality. In an emergency, they release the fluids into suction and discharge pumps for isolation.
Rotork selected for strategic tank farm automation
Rotork IQ3 intelligent electric valve actuators with Pakscan digital control network have been selected by Horizon Tangiers Terminals S.A. for the automation of their strategically important terminal in Morocco. The programme, designed to optimise storage capacity and increase security, involves the automation of tank inlet and outlet valves and firefighting water network valves.
New Rotork Master Station launched for valve actuator control
Rotork has launched the latest generation of its innovative monitoring and control system for valve actuators and plant equipment.
Malaysian refinery trusts Rotork Client Support Programme for tailored valve actuation management
The Rotork Client Support Programme (CSP) has been chosen by the Hengyuan Refining Company Berhad for the asset management of Rotork valve actuation equipment at its Port Dickson refinery, which is the leading refiner, manufacturer and supplier of petroleum products in Malaysia.
Increased Rotork valve automation improves operations at solar power plants
Rotork IQ intelligent electric valve actuators with Rotork Pakscan two-wire digital control provide key valve automation functions for two solar power plants in Spain. These plants utilise parabolic trough concentrating technology combined with a molten salt thermal storage system to maximise their power generating capacity.