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<br />teaching graduate courses in Desalination and Membrane Systems, Aquatic Chemistry,
<br />Treatment Processes, and Wastewater Treatment and Reclamation.
<br />Water/Emerging Contaminants
<br />Wastewater/Stormwater
<br />Litigation Support
<br />Regulatory Compliance
<br />Technology/GIS
<br />During his 38 years of professional experience, Dr. Dennis Kasper has provided technical
<br />advice and supervised the planning and implementation of major national and international
<br />environmental engineering projects. These projects include municipal, private, and
<br />industrial water supply and water/wastewater treatment with an emphasis on membranes,
<br />ion exchange, activated carbon, water quality, water chemistry, water treatment and
<br />cling. His experience includes assessing water
<br />ettective water treatment processes, and designing tacilities to achieve clients'
<br />requirements. Dr. Kasper is also an Adjunct Professor at Loyola Marymount University
<br />Physical and Chemical
<br />Dr. Kasper holds a Ph.D. in Environmental Engineering and an M.S. in Civil Engineering from Caltech, Pasadena, CA
<br />and a B.S. in Civil Engineering from Loyola Marymount University, Los Angeles, CA. His areas of expertise include:
<br />Water Treatment Processes, Desalination, Membranes, Wastewater Reclamation, Island Water Supplies, Water
<br />Treatment Chemistry, and Distribution System Water Quality.
<br />PROFESSIONAL EXPERIENCE
<br />Selected Water Quality and Water Treatment Systems
<br />Santa Ana. Owner's PFAS Representative providing expert consulting services related to PFAS contaminated groundwater
<br />and PFAS treatment systems at City wells. Trained City operators on treatment systems.
<br />• Dubai. UAE Responsible for water quality considerations in the Dubai Water Supply Master Plan and evaluation of
<br />corrosion control to mitigate problems resulting from blending multiple water sources in their distribution systems.
<br />Muscat, Oman. Evaluated reverse osmosis desalination system and evaporation processes as expansion alternatives in
<br />Muscat, Oman. Key consideration is blending with the existing groundwater supply which is experiencing seawater
<br />intrusion. Evaluated compatibility of distribution systems with alternate sources of water.
<br />• Water Quality Specialist, Southern Nevada Water Authority, Las Vegas, NV. Served as Water Quality Specialist on multiple
<br />projects including ground water and surface water treatment. A 60 mgd Virgin -Muddy River System which would use
<br />pretreatment, first stage RO, interstage lime softening, second stage RO, brine recovery and brine evaporation.
<br />Responsible for developing process evaluation plan, process selection, and preliminary design.
<br />• San Gabriel Valley, CA. San Gabriel Basin Water Quality Authority — Technical Director for the preliminary design of a
<br />groundwater treatment system and preparation of the Environmental Impact Statement for the Baldwin Park Operating
<br />Unit, a 20-million gallon per day groundwater treatment system. Worked with the Water Quality A treatment system
<br />consisting of air stripping with off -gas carbon adsorption followed by liquid phase carbon adsorption was designed and
<br />costed. Project components consist of source water wells, piping and manifolds to deliver the water to the treatment
<br />plant, product water disinfection, and product water delivery to local potable water systems.
<br />• El Segundo, CA. Edward C. Little Water Recycling Facility, Phase V Design Build, West Basin Municipal Water District, El
<br />Segundo, CA. Serves as technical director for process engineering for the design and construction of the Phase V facilities
<br />consisting of ozone pretreatment of a secondary effluent, microfiltration, reverse osmosis, and AOP (UV and peroxide).
<br />The expansion increases Title 22 production used for irrigation and industrial cooling, two stage RO used as a high purity
<br />boiler feedwater and MF-RO-AOP used for direct injection into a seawater barrier without blending with a potable water
<br />supply.
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