Description:
Rated @ 65 TPH, 50 HP motor 230/460/3/60/1770 RPM. Mounted on a hopper with control panels. Entire system includes EB-36 dryer, (2) HS-2172 centrifuges (#12129), VFDs, pumps, tanks, controls and accessories shown in attached photos. Very good condition. Located in India.
The NOV/Brandt EBW-36 Vortex cuttings dryer, CS. is engineered for high efficiency and robust performance in the demanding environments of the oil and gas industry. With a rated capacity of 65 tons per hour (TPH) and powered by a 50 HP motor, this equipment is designed to handle significant volumes of cuttings while maintaining optimal operational efficiency. The motor operates at 230/460 volts with a three-phase supply at 60 Hz, delivering a reliable output of 1770 RPM. This powerful configuration ensures that the dryer can effectively process drilling waste, significantly reducing the moisture content of cuttings and enhancing the overall recovery of valuable drilling fluids. The unit is mounted on a hopper, providing an integrated solution that streamlines the handling and processing of cuttings directly from the drilling operation.
In addition to the EB-36 dryer, the complete system includes two HS-2172 centrifuges, which are essential for further separating solids from liquids, thus improving the quality of the recovered fluids. The system is equipped with variable frequency drives (VFDs), pumps, tanks, and control panels that facilitate precise operation and monitoring. The inclusion of these components ensures that operators can easily adjust the system parameters to meet specific operational requirements, enhancing flexibility and efficiency. The entire setup is in very good condition and is located in India, making it an attractive option for companies looking to upgrade their cuttings management systems. The NOV/Brandt EBW-36 Vortex cuttings dryer, CS. not only optimizes waste management but also contributes to environmental sustainability by reducing the volume of waste that requires disposal.
Key Features:
High-Speed Performance, Durable Construction, Integrated System Components, Efficient Waste Management, User-Friendly Controls
