Typhonix News

Best available techniques guidance document lists low shear valves and pumps as means to improve protection of the environment

Visit our partner Mokveld Valves at booth 321, where they will be presenting the prize-winning Typhoon Valve System.

Typhonix arranged Low Shear Day 2019, focusing on preventing separation problems, enabling higher well production rates, and extending profitable late-life field production

Typhonix has initiated a study to find synergies between produced water treatment and the treatment of organic waste

Typhonix welcomes you to Low Shear Day, June 05 – 2019

The paper called “Automatic Operation and Control of a Novel Coalescing Centrifugal Pump for Improved Oil/Water Separation” was recently published in SPE Production & Operations.

A case study based on an actual produced water pump application evaluating the operational and economic benefits of low shear and coalescing pump types is now available.

Meet Typhonix in Pau, France, April 8 - 10, where we present the development of the Low Shear Polymer Valve.

An article discussing how Low shear valves simplify separator debottlenecking is now available on Low Shear School

Rune Husveg successfully defend his Ph.D. thesis “Tracking Maximum Produced Water Treatment Efficiency Using a Variable Speed Coalescing Centrifugal Pump.”

Friday February 22, Rune Husveg will defend his thesis “Tracking Maximum Produced Water Treatment Efficiency Using a Variable Speed Coalescing Centrifugal Pump” for the PhD-degree at the University of...

Total has chosen sampling technology from Typhonix. The sampler will be a part in the process of improving their sampling routines to obtain more representative measurements. Typhoon multiphase sampl...