IDR International Dredging Review – December 2015 – “Mining Gold, Dredge Becomes Discovery Channel Star” READ More.Pumps & Systems Magazine – June 2016 – “ Discovery Channels Bering Sea Gold Highlights Pump Technology” READ More.“Two projects in R.I to raise salt marshes” READ More Providence Journal – January 2017 – EDDY Pump partner Patriot Marine.San Diego Union-Tribune – February 2017 – EDDY Pump Engineer Phillip Rhyner is a XPRIZE finalist.University Of Rhode Island – March 2017 – URI Ocean Engineering Graduate Phillip R.SD Voyager – February 2018 – Meet Rebecca Weinrib of EDDY Pump Corporation in Blossom Valley, San Diego Read More.Magazine – May 2018 – 5 Ways to Leverage Community Outreach as a Viable Marketing Strategy Read More San Diego Business Journal – May 2018 – 100 Fastest Growing Companies in San Diego.Dredging Today – June 2018 Eddy SMART Pump Introduced to Dredge Equipment.San Diego Union-Tribune – September 2018 20 San Diego companies to receive aid for global expansion.IDR International Dredging Review – May 2019 – Corps Test Mini-Robotic Submersible Dredge for Future Military Operations.San Diego – November 2019 – Metro Connect 2019 Grand Prize Winner of $35,000 Eddy Pump.Times of San Diego – November 2019 – PitchFest Winner Eddy Pump, 35k.Electric systems generally require less maintenance, with a focus on electrical connections, motor maintenance, and monitoring. Maintenance and Service: Hydraulic systems require regular maintenance of hydraulic fluid, filters, and hydraulic components. Electric pumps, while still efficient, may have slightly lower power density compared to hydraulic systems. They are well-suited for applications that require high power and high pressure. Electric cable deployed pumps, on the other hand, may have simpler control systems, often incorporating electrical controls and switches.Įfficiency: Hydraulic systems are known for their high power density, which allows for efficient power transmission and high-pressure capabilities. Electric pumps, on the other hand, transmit power directly from the electric motor to the pump via electrical wiring.Ĭontrol and Operation: Hydraulic cable deployed pumps typically have more sophisticated control systems, including valves and hydraulic controls, to regulate the flow rate, pressure, and other parameters. This requires hydraulic hoses or piping to transport the fluid. Power Transmission: Hydraulic pumps use hydraulic fluid to transmit power from the power unit to the pump. On the other hand, electric cable deployed pumps are powered by an electric motor, which converts electrical energy into mechanical power. Power Source: Hydraulic cable deployed pumps are powered by a hydraulic system, which utilizes pressurized fluid to generate mechanical power. Here are the key distinctions between the two: The main difference between hydraulic cable-deployed pumps and electric cable deployed pumps lies in the source of power used to drive the pump. Difference Between Hydraulic Cable Deployed and Electric Cable Deployed Submersible Pumps:
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