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Timothy Gutkowski, P.E. <br />storm /process water management plan for the facility was provided along <br />with the design for an oil water collection and separation system. <br />Civil Lead, Maintenance Facility OSBL Utilities, Los Angeles, CA, <br />Valero Refinery, 2009: Responsible for the design of utilities outside the <br />battery limits of a new 6000 s£ maintenance facility. The new utilities <br />included a sewer line extension and a storm water collection system. <br />Design of the storm water system required calculation of storm runoff <br />quantities and sizing of a proposed lift station. The sewer design required <br />confirmation that the existing sewer capacity was adequate for existing <br />and proposed sewer flows. Scope of work also included permitting <br />activities for the site improvement plans through the City of Los Angeles. <br />Civil /Structural Lead, QA Laboratory OSBL Utilities, Torrance, <br />CA, Exxon Mobil Refinery, 2010: Responsible for the OSBL grading <br />and utilities for a new 8000sf QA Laboratory facility at the Exxon Mobil <br />Refinery. Engineering activities included grading of the areas around the <br />building and coordination of all utilities to the building. Interior drains for <br />the lab were segregated into two systems, one for sanitary wastes and the <br />other for process wastes from lab sinks. The design included a below <br />grade concrete vault housing two small tanks for the collection of process <br />waste. These wastes are pumped from the tanks through above grade <br />piping to an existing waste line about 500' away. All process waste from <br />the refinery discharge to LACSC facilities and a study of the refinery drain <br />systems was completed as part of the permit effort required by LACSD. <br />The study provided details of all process waste piping within the refinery <br />that discharge to the LACSD outfall. <br />25F -89 <br />