Tag: case study

Providers of water management services strive to help businesses reduce costs and improve the efficiency of their water and wastewater infrastructures. However, their success depends on effectively tackling the challenge of water pressure regulation and head loss. All too often, this entails having heavy and cumbersome technology, which restricts the installation options and creates unwanted operational challenges. By Neil Poxon - Oxford Flow

This case study is entitled, Control Valve is a Key Component to Central Cooling System for Sludge Removal at Guadalupe Hydroelectric Plant and is written by Alejandro Duque & Patricio Egan of Mueller Water Products, Inc.

Recent rehabilitation at the drinking Water Treatment Plant #2 in Olathe, Kansas, USA, has included the installation of Rotork IQ3 intelligent electric valve actuators to replace electric actuators from another manufacturer.

This case study details an examination of hydraulic shock in 60 million gallons per day water treatment facility located in a South Eastern US County Water Department. Written by Jim Bachmann, DFT Inc., Exton, Pennsylvania

Rotork Site Services has successfully delivered full automation of a flood alleviation scheme protecting the historic town of Cardigan in West Wales. The project involved replacing unreliable actuators from another manufacturer, installing a PLC control cabinet and interfacing with the existing river level sensor and telemetry system.

Rotork CVA failsafe electric process valve actuators have been selected for a critical flow control application in the Australian coal mining industry. Salcan Process Technology manufactures wellhead skids designed for coal mine degassing duties.

Rotork CMA electric control valve actuators have delivered an efficient and reliable process control solution and eliminated venting and greenhouse gas emissions in compliance with new environmental protection legislation at remotely sited shale gas installations in the USA.

IMI Critical Engineering has delivered a bespoke solution, which has been proven to be able to withstand the unique demands of deep-sea oil and gas extraction over extended periods. There is an estimated extraction of 125 000 bpd of oil and 70 million ft3/d gas at the Tahiti facility in the Gulf of Mexico, where valuable energy resources are in abundance at extreme depths.