MSMT - A Significant Process Improvement for SWRO
Executive Summary Seawater reverse osmosis systems (SWRO) are the mainstay of large-scale desalination systems. Plant designs have settled in a more
FEDCO’s Hydraulic Pressure Boosters or HPB energy recovery turbocharger leads the industry in efficiency and reliability. The HPB™ turbocharger reduces the energy consumed in a seawater RO system by up to 50%. With the HPB™, you can recover more than 80% of the wasted high pressure brine energy to reduce the size of the high pressure feed pump, lowering the motor electrical consumption. In the turbocharger, the high pressure concentrate or brine stream from the membranes enters the turbine side of the unit. This high pressure flow spins the turbine impeller of the rotor. The rotor converts the hydraulic energy into mechanical energy used by the pump side impeller. This mechanical energy provides a pressure boost to the feed stream. This boost reduces the pressure requirement of the RO system high pressure feed pump. The one piece custom engineered rotor feature the patented RotorFlo™ technology that eliminates external lubrication lines ensuring maximum reliability and minimal maintenance.
Executive Summary Seawater reverse osmosis systems (SWRO) are the mainstay of large-scale desalination systems. Plant designs have settled in a more
Vote for Rancho San Lucas for Global Water Award 2020! We are excited to announce that the BiTurbo™ seawater reverse osmosis plant in Rancho San
Executive Summary This White Paper addresses the impact of ERDs on the energy consumption of the RO process using an objective and fully transparent
Executive Summary This paper will focus on the motorized turbocharger ERD or HEMI (Hydraulic Energy Management Integration) for SWRO applications.
Executive Summary Installation of seawater reverse osmosis (SWRO) systems in shipping containers is a widely practiced method to achieve rapid
Executive Summary Reverse Osmosis (RO) systems are widely accepted on offshore platforms and vessels.These marine applications require compact size,