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William Bostick

Ph.D. ·

Oak Ridge, Tennessee
chemistry
analytical chemistry
environmental analytical laboratories
laboratory operations
administration
project management
program development
business development
building and start-up of fixed based, mobile and on-site laboratories
management of field analytical and sampling services
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instrumentation development
separation science
spectroscopy
bioanalytical chemistry
hazardous and radiological waste treatment
waste stabilization
thermal treatment technologies
regulatory and compliance issues
waste management program
recycle electrode-less nickel plating baths
uranium and technetium chemistry
in-situ stabilization
nuclear waste treatment
design of mobile laboratories
personnel management
laboratory management
coordinating analytical analyses
monitoring needs
startup of waste treatment and chemical pilot plants
ASTM standards
method development for organic pollutants
compliance testing
determination of dioxins/furans
testing of emissions from waste treatment and manufacturing processes
analysis of hazardous pollutants in waste materials and environmental media
testing of specific emissions from incinerator trial burns
Clean Water Act
CERCLA
Resource Conservation and Recovery Act (RCRA) methods and analyses
laboratory information management systems
quality assurance programs
EPA, DOD, DOE, NELAC, NQA-1, and ISO 17025 quality assurance programs
mineralogy
igneous and metamorphic petrology
geochemistry
structural and field geology
thermodynamic modeling
polarized light microscopy
scanning electron microscopy
electron microprobe
transmission electron microscopy
X-ray spectroscopy
X-ray diffraction
atomic absorption spectroscopy
ICP/MS
wet chemistry
material and waste characterization
identification of unknowns
performing industrial hygiene analyses for asbestos
corrosion evaluation
evaluating nanoparticles and carbon fibers
planning and conducting pilot plant evaluations from the laboratory phase to field demonstration
decontamination methods for radioactive materials
systems design for use with highly toxic, corrosive, and potentially explosive chemicals
sampling of hazardous gasses
full-scale decontamination of radioactive waste water
lab-scale vapor-liquid equilibrium experiments
microscopy
materials characterization and analysis
optical microscopy
x-ray fluorescence

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