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system studies that included load
<br />flow, short rlrouft and arc flash
<br />calculations, and Integration with
<br />the city's SCADA system.
<br />Elizaboth Reservoir, Booster
<br />Pump Station and Well No.
<br />29, City of South Gate, South
<br />Gate, CA. Engineering design
<br />services for a water storage tank
<br />and booster pump station and
<br />a water well with disinfection
<br />equipment. Electrical engineering
<br />services Included three new
<br />12$ horsepower booster pumps
<br />and adding and Installing new
<br />conduits end wires to the new
<br />pumps, Responsible for preparing
<br />plans, specifications, and load
<br />calculation to modify the facility's
<br />extensive distribution system, Site
<br />Investigations were conducted
<br />to verify ratings, settings, and
<br />locations of equipment. Working
<br />with utility company to provide
<br />new service to the project.
<br />Pyrite Canyon Treatment
<br />Facility, State of California,
<br />Department of Toxic
<br />Substances Control, Glen
<br />Avon, CA, Performed design of
<br />electrical power and distribution
<br />system for a new treatment
<br />facility, The design included sizing
<br />solar system to feed the new
<br />plant, sizing power equipment
<br />like inverters, step up and step
<br />down transformers, overhead
<br />and underground distribution,
<br />switchboard, MCC and cable trays,
<br />performing load flow and short
<br />circuit studies using ETAP power
<br />modeling software.
<br />Maxine Lift Station Bypass
<br />Connection Project, City
<br />of Santa Ana, Santa Ana,
<br />CA. The purpose of the Maxine
<br />Lift Station Bypass Connection
<br />Project was to install a connection
<br />on the existing force main that
<br />would allow the City to bypass
<br />sewer flows around the existing lift
<br />station utilizing a portable pump
<br />from the existing wet well to the
<br />force main. Managed the electrical
<br />power system studies which
<br />included load flow, short circuit,
<br />and arc flash calculations.
<br />Burris pump Station, Orange
<br />County Water District,
<br />Fountain Valley, CA. Electrical
<br />Engineer for the de»sign of the
<br />new Burris Pump Station which
<br />consists of four 1,750 horsepower
<br />vertical turbine pumps delivering
<br />a maximum flow rate of 200
<br />efs to the Santiago Basins from
<br />Burris Basin. Work consists of
<br />reviewing the Burris Pump Station
<br />construction phase shop drawings,
<br />performing design revision, and
<br />providing answers to RFIs.
<br />Donald C. Tillman Water
<br />Reclamation Plant Electrical
<br />Modifications, City of
<br />Los Angeles, Bureau of
<br />Engineering, Van Nuys, CA.
<br />Project Manager responsible for
<br />preparing electrical engineering
<br />design that include plans,
<br />specifications, and cost estimate
<br />to modify the facility's medium
<br />voltage power distribution system.
<br />The pro Ject consists of upgrading
<br />old medium voltage switohgears
<br />with two new 4160V, 3000A ones
<br />and converting loop system to
<br />dual radial system and providing
<br />power redundancyfor the whole
<br />plant„ The project also included
<br />site investigations to verify'
<br />ratings, settings, and locations
<br />of equipment and performing
<br />electrical power system studies
<br />that include load flow, short circuit
<br />and are flash calculation using
<br />ETAP software. Project is currently
<br />In construe-tion phase,
<br />Carlsbad Seawater Desalter
<br />Conveyance Pipeline,
<br />Poseidon Resources
<br />Corporation, Carlsbad, CA.
<br />Man -aged electrical design for
<br />52,000 linear feet of pipeline that
<br />serves the product water from
<br />the planned 50 mgd desalination
<br />plant In the City of Carlsbad.
<br />Pipeline diameter is 544noh'
<br />welded steel pipeline operating at
<br />a maximum pressure of 500 psi.
<br />The pipeline Is routed through the
<br />cities of Carlsbad, San Marcos,
<br />and Vista, The electrical de -sign
<br />Included designing power for
<br />cathodic protection system at
<br />multiple locations
<br />Santa Ana River interceptor
<br />Relocation Project, Orange
<br />County Flood Control District,
<br />Santa Ana, CA. Provided
<br />preliminary and final electrical
<br />design services for relocation of
<br />19,500 linear feet segment of
<br />54•Inch trunk interceptor, 6,000
<br />linear feet of 15- and 18-inch
<br />sower mains, flow metering
<br />station and the decommissioning
<br />of the existing trunk Interceptor
<br />segment. The project included
<br />the Installation of two separate
<br />siphons below the Santa Ana River
<br />using microtunneling construction
<br />method while complying with
<br />multiple environmental and per-
<br />mitting constraints.
<br />San Lorenzo Sewage Lift
<br />Station, City of Santa Ana,
<br />Santa Ana, CA.' San Lorenzo
<br />Sewage Lift Station Im-
<br />provements include a wet well,
<br />dry well, three variable frequency
<br />drive pumps, aboveground CMU
<br />block control room, emergency
<br />generator, hardscape and
<br />landscape Improvements, and
<br />approximately 1,300 linear feet of
<br />new sewer main. As the Electrical
<br />Engineer Mr. Kassar preformed
<br />electrical power system studies
<br />that included load flow, short
<br />circuit, and arc flash calculations.
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