Laserfiche WebLink
Tor! Mug PE <br />Hydraulics <br />6 years of experience - Pasadena, California <br />Tori is a multifaceted environmental engineer with six years of experience in water resources planning, <br />management, and governance; drinking water and potable reuse treatment design; and conveyance design. <br />From engineering design to holistic support for water system sustainability, Tori focuses on helping communities <br />harness their strengths and build partnerships with neighbors to work toward water resiliency and climate <br />adaptation. <br />EDUCATION <br />MS, Environmental Sciences and Engineering, <br />University of North Carolina at Chapel Hill, Chapel <br />Hill, North Carolina <br />BS, Environmental Engineering, Cornell University, <br />Ithaca, New York <br />CERTIFICATIONS & TRAINING <br />Technology of Participation (ToP) Facilitation <br />Methods, Institute of Cultural Affairs, Los Angeles, <br />California <br />REGISTRATIONS <br />Professional Engineer#C90697, California <br />PROJECT EXPERIENCE <br />City of Santa Ana Wellhead PFAS Treatment Design j <br />Orange County Water District (OCWD) I Santa Ana, <br />California I Process Engineer <br />Tori is supporting the design of four ion exchange <br />drinking water treatment systems for treating <br />perfluorooctanoic acid (PFOA) and perfluorooctane <br />sulfonic acid (PFOS) with cartridge filters as <br />pretreatment, with flow rates ranging from 2.000 to <br />5,700 GPM. Many of these systems also have onsite <br />hypochlorite generation for which the Stantec team <br />are designing modifications as needed. Tori is leading <br />hydraulic analysis and supporting process treatment <br />design and design coordination. This design work is <br />through an OCWD on -call services contract for <br />pre-treatment (and PFA) design, and Stantec has <br />worked closely with both OCWD and City staff on <br />design and engineering services during construction. <br />Progressive Design -Build Services for San Fernando <br />Groundwater Basin Remediation I Los Angeles <br />Department of Water and Power j Los Angeles, <br />California I Process Engineer <br />The Stantec-Kiewit team is designing and building <br />two groundwater treatment systems to remove <br />contaminants including VOCs and 1,4-dioxane from <br />Basin groundwater. This projects use of the Basin as <br />this natural resource benefits and supports the <br />Departments goal of restoring flows to nearby pump <br />stations. The groundwater treatment systems consist <br />of granular activated carbon and ultraviolet advanced <br />oxidation processes (UVAOP), the systems are <br />organized in units to cater to the suite of <br />contaminants found in sets of wells to optimize <br />treatment and minimize capital and operations and <br />maintenance (O&M) costs. Tori leads the hydraulic <br />design for the treatment systems and coordinates <br />between process, civil, mechanical. and structural <br />disciplines to make key hydraulic design decisions. <br />Hyperion 2035 Program Management Support <br />Services I Los Angeles Sanitation & Environment <br />Los Angeles, California I Process Engineer <br />Tori is supporting Hyperion 2035 Program <br />Management Support Services Task Directive 49, <br />which consists of informing technical studies, <br />enabling projects sensing, and preliminary concept <br />planning to recycle 100 % of the flow through the <br />Hyperion Water Reclamation Plant by 2035. Hyperion <br />2035 aligns with the City's water sustainability goals <br />as per the City Green New Deal. The project will <br />include conversion of secondary treatment to <br />membrane bioreactors, addition of an advanced water <br />treatment train of ozone, biological activated carbon <br />filters, reverse osmosis (RO). and UVAOP. Tori is <br />conducting analysis to inform design of the <br />intermediate pump station replacement, fine <br />screening, and primary flow equalization. <br />Broadway Road Water Campus Pilot Study and <br />Design I City of Buckeye 1 Buckeye, Arizona j <br />Process Engineer <br />Tori supported a pilot study to assess different RO <br />configurations and operating conditions. The City s <br />groundwater was brackish with widespread <br />contamination of both nitrate and arsenic. Tori <br />investigated the upper limits of recovery for a <br />conventional RO and a closed-circuit RO system <br />and analyzed pilot data to form inform design of the <br />full-scale system to remove nitrate and arsenic from <br />the groundwater. Given the challenge of brine <br />disposal for inland RO systems, Tori analyzed brine <br />minimization options and calculated costs of brine <br />disposal alternatives available to help inform the City <br />of the full-scale treatment system sustainable options. <br />`denotes projects completed with other firms <br />City of Santa Ana On -Call Engineering Design Services for PFAS Treatment Systems RFP NO, 22-133 A-33 <br />