 Rob Williamson Dantherm Filtration Technical Director Visit Website |
Rob Williamson is currently the Technical Director of Dantherm Filtration. His educational background includes a Bachelor of Science degree in Engineering from North Carolina State University and a Masters of Business Administration from Wake Forest.
Rob has 15 years of practical experience providing solutions for dry air pollution control for industrial applications. He has held positions within the Dantherm organization, including: Senior Project Manager, Regional Sales Manager and now their Technical Director. He also leads Dantherm’s U.S. Service Division.
Rob’s experience includes the successful planning and completion of industrial filtration projects involving fabric filters, cartridge filters, centrifugal separators, pipe systems, energy management systems and explosion and fire safety systems. His current work includes assisting clients in meeting new regulations on combustible dusts and lowering the cost of ownership of air pollution control systems, as well as, overseeing the implementation of an ATEX Certification Process at the US Manufacturing Facility in NC.
Dantherm Filtration is a world leader in the design, manufacture, installation and service of industrial air pollution control equipment. Dantherm currently has locations in the U.S., Brazil, China, Denmark, Finland, France, Germany, Poland, Russia, Sweden, Thailand, Ukraine and the United Kingdom.
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Dust Collection & Pollution Control Q&A
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We are considering installing a venturi scrubber as a final polish on our incinerator. We are also considering electrostatic precipitation. Any thoughts on which of these methods may be better for this type application?Answered March 30th, 2010 by Expert:An engineer will need to know more about the incineration application (hazardous waste, medical waste, solid waste, biomass?) before a case could be made for either technology. The composition of the products of combustion, the applicable emission requirements, the temperature and flow rate of the gas at the inlet are some of the information required to make an analysis of the two technologies.
Below is a general comparison:
