High Pressure Pumps and Energy Recovery Turbines Sample Clauses

High Pressure Pumps and Energy Recovery Turbines. The high pressure pumps take their suction from a common header running the entire length of the first Pass High Pressure Pump Room (Figure 8), with each one isolated from the header by an actuated isolation valve. The pumps are of the multi-stage horizontal split case type and constructed from a high-grade stainless steel (ASTM A744 GR CG8M). Each stream has one 100% duty pump with no standby, rated at 703.3 m3/hr and 70.7 bar and is driven by a 6.6 kV motor, rated at 2MW. A shaft extension at the non-drive end of the HP pump is connected to the energy recovery turbine via an automatic clutch. The turbine is a reverse running centrifugal pump, with a similar construction to the HP Pump. The turbine can be completed isolated from the brine stream and a full flow by-pass is provided, which also controls the turbine inlet pressure. The turbine was designed to recover 600kW of energy. The stream is controlled automatically by feed flow control on the streams HP pump discharge and the product flow (conversion) is controlled by a control valve in the reject, which adjusts the reject pressure to the required value. Downstream of this valve is the energy recovery turbine.
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