Ronald E. Sweatman

发表

First High-Temperature Applications of Anti-Gas Migration Slag Cement and Settable Oil-Mud Removal Spacers in Deep South Texas Gas Wells

J. J. Nahm, Dean S. Porter, Ronald E. Sweatman, 1995 .

Acid-soluble magnesia cement; New applications in completion and workover operations

Ronald E. Sweatman, W. Chrys Scoggins, 1990 .

Understanding the long-term chemical and mechanical integrity of cement in a CCS environment

Ashok K. Santra, Ronald E. Sweatman, 2011 .

Shale Gas Well Fracturing Technologies Help Address HSE Concerns

Ronald E. Sweatman, Amit D. Nakhwa, Ken Huggins, 2013 .

The Key to Successfully Applying Today's Lost Circulation Solutions

Hong Wang, Donald L. Whitfill, Ronald E. Sweatman, 2005 .

New Lab Tests and Models Improve Planning for Complex Cementing Jobs Offshore New Zealand

Ronald E. Sweatman, Iain Parr, Stuart Edmund Lee, 2009 .

Increasing the Wellbore Pressure Containment in Gulf of Mexico HP/HT Wells

David Allen Traugott, Ronald E. Sweatman, Randal Anthony Vincent, 2007 .

New Approach and Technology for CO2 Flow Monitoring and Remediation

Glenn R. McColpin, Ronald E. Sweatman, Scott Douglas Marsic, 2010 .

Industry Experience With CO2-Enhanced Oil Recovery Technology

Michael Edward Parker, Ronald E. Sweatman, S. Crookshank, 2009 .

Outlook and Technologies for Offshore CO2 EOR/CCS Projects

Ronald E. Sweatman, S. Crookshank, R. Sweatman, 2011 .

Best Practice in Understanding and Managing Lost Circulation Challenges

Mohamed Y. Soliman, Donald L. Whitfill, Brian F. Towler, 2008 .