XSPOC vs Harbison

XSPOC is a comprehensive well management system that fully integrates all of Theta's software. It uses modern communication technologies to link real-time data to Theta's powerful diagnostic and design tools. XSPOC is not just for pump-off controllers anymore. It now supports other wellhead devices including submersibles and flow controllers. Other devices are being added all the time. Just take a quick look at the powerful features of XSPOC for the iPhone/iPad: *Licensing and login provided to protect your data and set user permissions for well control *Search all your groups to find the exact well you want to analyze *See the well name, pumping unit type, communication status, run status, and last good scan of all wells before you load the Well Status screen *Scanning any well to view live data for your POC, rods, wellhead pressures, loading and efficiency percentages, and a number of other important values for multiple different pumping unit types (Conventional, PCP, ESP, Mark 2, Air Balance, Rotaflex, and Hydraulic) *See your surface, downhole, POC, and Predicted cards by selecting a date and adding it to a graph to compare what's happening with your system *View graphs of your data history by selecting a date range, zooming, and manually changing the high and low values of any controller *Control your wells from anywhere in the world by starting, stopping, idling, enabling, disabling, and clearing the alarms right from your iPhone or iPad XSPOC is an essential tool for any engineer or oil industry professional that wants to control their oil fields whether they are in the office or in the oil field. Contact Theta Oilfield Services to find out how you can get this truly revolutionary mobile application!

With the Harbison-Fischer production calculator app, you can dynamically adjust the sucker rod pump parameters and calculate output easily! Just ‘dial-in’ the Pump Size, Stroke Length and Strokes Per Minute and instantly view the estimated production output in imperial or metric units. It also lets you know when the maximum linear stroke velocity could exceed the fall speed of the sucker rods.