Liberty CEO, Chris Wright, shares his top 10 reasons to love oil and gas.
Determining the proper well spacing in shale development is a multi-million dollar question. Dr Mike Mayerhofer shows how Liberty can help with calibrated frac and reservoir modeling tools
Senior Technical Sales Engineer, Kyle George, gives a brief overview of the methodology Liberty uses to evaluate friction reducers and how we select them from each job.
In this video, Liberty’s Engineering Manager, Ben Poppel, addresses the preconceived notions that both ultra-low polymer cross-linked gels and high viscosity polyacrylamide fluid systems are difficult to work with or damaging to formations. While all these systems, or combinations of these systems (hybrid designs), are used around the globe in various formations, it seems all…
Liberty’s wide range of engineering services help our customers “spiral up” from data to value. Our VP of Engineering, Leen Weijers, walks you through the tools we use to help our customers reduce their $ per barrel of oil produced.
A new whitepaper from Roy Aune, Chris Wright, and Madison Hollaway that analyzes a parallel shift towards natural gas’ growing role in powering hydraulic fracturing fleets. In the electric power sector, the rise of natural gas has been displacing coal. In the frac fleet world, natural gas is displacing diesel either through dual fuel engine…
Liberty Hazard Communications Specialist Anita Stelly explains how we use a chemical additive rating program based on Global Health Systems to help make greener selections as we continue to refine our fluid systems.
A DFIT provides vital anchor points for Liberty’s frac design recommendations. Liberty’s Director of Technology Mike Mayerhofer explains why.
Ever wondered about the Modified Mayerhofer analysis in a DFIT evaluation. Oracle Doctor Mayerhofer himself explains Liberty’s DFIT analysis strategy. y.
Lindsey Moore, Liberty Staff Engineer, reviews Liberty’s unsurpassed library of regained conductivity test (as conducted by PropTester), helping us to recommend and utilize fluid systems that minimize potential reservoir and frac damage.