Expert in Surfactant Formulations, Microemulsions, Colloidal Dispersion, Improved Oil Recovery, etc.
Expert ID: 724923 Oklahoma, USA
Expert has been involved in using chemical flooding for soil and ground water remediation in the last fifteen years. He has conducted pioneering research in designing and successfully implementing this technology for more than two dozens full-scale site remediation tasks. He also holds several US patents related to use of chemical flooding for site remediation. His recent chemical flooding interests also includes applying for improved oil recovery.
Expert's research interests include studying the colloid particles, formation, and their dispersion. He was involved in developing iron/iron oxide particles (sub-micron size), surfactant precipitates and behaviors, and recently dispersion of nano-scale iron particles. He also uses this knowledge to resolve well plugging issues as a result of soil clay mineral dispersion by the change of water chemistry and surfactant injection. He has one US pending patent on dispersion of nano-iron particles for environmental cleanup application.
Expert's understanding of colloid and interface chemistry play a crucial role on his responsibilities of acting as a senior engineer to design environmental remediation system for soil and ground water remediation. He had developed several patented technologies by successfully modify the surfactant system to achieve the desired performances for remediation both technically and economically. His interest also include microemulsions (thermodynamically stable), their behaviors and formulations. His background also helps his clients to resolve some colloidal dispersion issues and surface modification for innovative applications, such as materials science, ceramic materials and environmental remediation.
Expert has investigated use of a series of soap for various applications in last two decades. Although he has worked on mainly anionic soaps, his research also includes use of mixed anionic/non-ionic, anionic/cationic/non-ionic soaps. His study involved most food-grade (direct or in-direct) soaps in particular for environmental remediation, while he is also familiar with soaps for consumer products applications and petroleum use, such as improved oil recovery. In recent years, he had developed several unique surfactant system approaching CMC level to significantly reduce the project cost by chemical saving.
Expert has studied the interactions between the surfactant and cosurfactant, the role of cosurfactants in formulation of microemulsions. His research interest is focusing on improving the performance of key surfactant by reducing the dosage of surfactant, minimizing the recovered water treatment while in the presence of cosurfactant. His research focused on those biodegradable, low toxic cosurfactants for environmental application.
Expert has more than fifteen years experiences related to environmental cleanup and cleanup technologies. Before going back to academia in '08, he was in charge of developing the core remedial technologies for soil and ground water contamination at a private sector. He holds several US patents related to surfactant flush which have been successfully used in removal of non-aqueous phase liquid and dissolved phase organic pollutants. He also involved in designing remedial processes for inorganic pollutants such as chromate and nitrate. His research interests included both abiotic and biotic processes for site remediation.
Expert has been involved in engineering design for environmental cleanup efforts for more than fifteen years. His background are closely related to in situ remedial system, above ground water treatment system, and physical-chemical processes for water and wastewater treatment.
Expert has very strong background on liquid and solid wastes treatment. His research interest is mainly on applying physical-chemical processes to solve the challenging questions for handling hazardous wastes. He has conducted research directly or indirectly related to most organic pollutants and some limited experiences on inorganic contaminants, but not radionuclides or biological wastes.
Conducted two dozens full-scale field projects using surfactant flushing technique at industrial sites (Wyoming, MI, Golden, OK, Taiwan, Japan) and DOD sites (Hill AFB, NAVY Alameda Point, McClellan AFB, Dover AFB, Tinker AFB). Developed an innovative permeable reactive barrier system for treating inorganic contaminants such as nitrate and Cr(VI) for a U.S. EPA funded project. Designed a unique methodology to characterize the performance of redox reactions in the PRBs. Developed low concentration chemical oxidation system for remediation of dissolved phase contaminants.
Expert may consult nationally and internationally, and is also local to the following cities: Oklahoma City, Oklahoma - Tulsa, Oklahoma - Norman, Oklahoma - Lawton, Oklahoma - Broken Arrow, Oklahoma - Edmond, Oklahoma
|Year: 1995||Degree: PhD||Subject: Civil Engineering||Institution: The University of Oklahoma|
|Year: 1992||Degree: MS||Subject: Civil Engineering||Institution: The University of Oklahoma|
|Year: 1990||Degree: MS||Subject: Chemical Engineering||Institution: The University of Oklahoma|
|Year: 1983||Degree: BS||Subject: Chemical Engineering||Institution: Chung-Yuan Christian University|
|Years: 2005 to 2008||Employer: The University of Oklahoma||Title: Affiliate Assistant Professor||Department: School of Chemical, Biological and Materials Engineering||Responsibilities:|
|Years: 1999 to 2008||Employer: Surbec Environmental, L.L.C||Title: Director of Surfactant Technology & Senior Project Manager||Department:||Responsibilities:|
|Years: 2002 to 2004||Employer: The University of Oklahoma||Title: Adjunct Instructor||Department: School of Civil Engineering and Environmental Science||Responsibilities:|
|Years: 1997 to 1999||Employer: ManTech Environmental Research Services Corp. Ada||Title: Senior Scientist||Department:||Responsibilities:|
|Years: 1996 to 1997||Employer: The University of Oklahoma||Title: Research Associate||Department: School of Civil Engineering and Environmental Science||Responsibilities:|
|Years: 1995 to 1996||Employer: The University of Oklahoma||Title: Visiting Research Associate||Department: School of Civil Engineering and Environmental Science||Responsibilities:|
|Years: 1991 to 1995||Employer: The University of Oklahoma||Title: Research Assistant||Department: School of Civil Engineering and Environmental Science||Responsibilities:|
|Years: 1988 to 1990||Employer: The University of Oklahoma||Title: Research Assistant||Department: School of Chemical Engineering and Materials Science||Responsibilities:|
|Years||Country / Region||Summary|
|Years: 1983 to 1988||Country / Region: Taiwan||Summary: Shan Institute of Science and Technology, Lung-Tan:
Research Assistant and promoted to Assistant Research Associate
|Associations / Societies|
|American Chemical Society;
National Ground Water Association (AGWSE);
Chi Epsilon (National Civil Engineering Honor Society)
|Licenses / Certifications|
Remediation Consultant: Oklahoma Corporation Commission, Petroleum Storage Tank Division – No. 1672
|Publications and Patents Summary|
|Numerous publications and presentations.
Four patents: 2 pending
1. In-situ Surfactant and Chemical Oxidant Flushing for Complete Remediation of Contaminants and Methods of Using Same.
Fields of Expertise
adsorption, chemical flooding, colloid, colloid and interface chemistry, interfacial tension, common soap, detergent, micelle, surfactant chemistry, cosurfactant, environmental cleanup, environmental cleanup technology, environmental remediation, environmental restoration, oil environmental contamination process, site remediation, soil remediation, water remediation, environmental engineering, hazardous waste remediation, oilfield, waste remediation, particle formation, improved oil recovery, heavy fuel oil, core sample, alkaline flooding, polymer flooding, fine-particle technology, bathroom cleaner, oil removal, anionic detergent, oil spill response, aqueous suspension, colloid technology, interfacial tension measurement, household cleaning product, organic liquid analysis, hazardous waste emergency response material, hazardous waste emergency response equipment, hazardous waste treatment, chemical compound absorption, particle suspension (mixture), emulsion (mixture), particle dispersion (mixture), sorption, Superfund Innovative Technology Evaluation, chelating, bioremediation, chemical sequestration, absorption application, containment equipment, surface chemistry, defoaming, enhanced oil recovery, dispersion technology, crude oil recovery, containment, cleaning