Raymond S. Craft, Pe Email & Phone Number

Beaverton, Or, Us

Hillsboro, Oregon, United States

SSOE, Inc. - Master Chemical Engineer (Various Roles)LAM ResearchEngineer of record for sustaining and facility improvement projects for Lam Research facilities in Tualatin, Oregon and Fremont, California. Projects include process equipment, utility systems, waste transfer and storage, and a new chemical storage building.Amgen B18N RO System Upgrades, Thousand Oaks, California• Engineer of Record for Amgen B18N RO System Upgrades SSOE for detail design for installation of new RO equipment and Process systems for uninterrupted RO production. Ferrotec, Hangzhou, China• Senior review and project oversight for this greenfield wafer fabrication project at Ferrotec’s new site in YiPeng, China, Raymond was responsible for the Process team which included facility utilities including bulk gas, specialized gases, ultrapure water, process cooling water, and oil-free air systems. Semiconductor Client, Northwest USA • Senior engineer direction and review for sustaining projectsSemiconductor Client, West USA • Assisted in maintaining regulatory compliance for waste tank systems on multiple campuses by utilizing my expertise in creating RCRA Hazardous Waste tank system certification reports. Provided PE assessments for hazardous waste tank systems for conformance with design standards and compliance with regulations for federal and State hazardous waste storage tank systems. Established an internal compliance system for certifying new work and record retention required for these systems.

Us And International Operations

Representative Experience:• Engineering / Design Manager – Intel Module A, Dalian, China. Led team of engineers and designers for design and construction of Bulk Gas and Compressed Air systems for new 200,000 sq. ft. fabrication facility. BG systems included UN2, HPN2, HPAr, HPO2, HPHe, HPH2, CO2, Construction Argon, and Breathing Air (source delivery from existing Fab 68 and existing and new gas pads, pressure control, purification, filtration, and distribution). Compressed Air systems included Oil-Free Air, High Pressure OFA, Specialty HPOFA, Instrument Air and Bearing Air (centrifugal and screw compressors, dryers, filtration, control, and distribution). Design-Build project based on accelerated design and construction schedule. Featured early tool installation based on 25% of lateral/distribution and full build-out during over-lapping tool install/tool-ramp.• Engineering Manager for Landfill Biogas Upgrading Project, Multiple sites throughout United States. Included procurement specifications and design/performance requirements for procurement of major equipment and process engineering for integrating equipment into an overall process for purification and pressurization for off-site sale as a commercial product. Purification processes included sulfur removal, dewatering, and removal of nitrogen, oxygen, carbon dioxide, and other constituents. Managed team of consultants and discipline engineers (process, mechanical, electrical, instrumentation, civil, and structural engineers• Project Engineer for Precious Metals recovery project. Provided senior engineering review and completion of engineering design for construction. Developed strategy for abatement of nitrogen dioxide (NOx) emissions. Recommended novel approach for abatement using chlorine dioxide and vapor phase treatment process for point of connection (at tool) and central control systems which saved client over $3 million over capital cost compared to traditional liquid-phase treatment approach.

Hillsboro, Or

Provides technical estimating support for large capital estimates, feasibility studies, gaming estimates, cost models, market analysis, benchmarking, risk evaluations, project bid analysis to award contractors, and claims assistance. Action; Volunteered and led team that identified and developed TI contracting approach for TI installation projects with the potential savings of >30% total capital and >50% total MH for IPD projects using targeted pricing strategy. Developed and implemented capacity-based cost model that correlates capital costs with demand and capacity increases by equipment and unit operation. Results; Model predicts delta capital costs as a function of technology-driven capacity increases and will be used by Estimating for VLRP planning, gaming, and WIF estimates. Coordinated with estimating teams, analysts, and site managers to survey and evaluate fab and clean room capital costs and develop key metrics for benchmarking and to identify potential opportunities for future cost savings.

Tempe, Arizona

Consulting engineering, including projects for water and wastewater treatment, water reuse, plant expansion, facility upgrades, chemical and waste management systems, air pollution control, soil and groundwater remediation, environmental compliance, and permitting.- Water/Wastewater Treatment System Design - Water Recycling & Reuse- Greenfield Plant Construction & Plant Expansion- Semiconductor Process and Facilities Engineering- High-Purity Water and Advanced Treatment Processes- Industrial Water/Wastewater Treatment- Process Utility System Design, and Equipment Facilitation- Construction Oversight and Inspections- Groundwater/Soil Remediation- Environmental Compliance/Permitting

Phoenix, Arizona Area

Senior/lead engineer in support of the Process Discipline, including coordination, design and construction of process piping systems for wafer fabs, nanotech facilities, university research laboratories, biopharmaceutical facilities and other facilities. Utility space management activities on key projects, performing load calculations and equipment sizing, physical system layout, preparation of specifications and design drawings, and coordination of process system interfaces. Supported the development of process flow diagrams (PFD’s), process and instrumentation diagrams (P&ID’s), data sheets, sizing and preparing specification for Equipment & Instruments and performing process QA/QC, and process engineering studies, reports and calculations. My role also included permitting, air pollution dispersion modeling and the application of EPA regulations and appropriate States regulations for projects requiring air and/or wastewater permits. Also contributed to the development of the MWG Technology Group Knowledge Center and the application of industry codes and standard practices.

Gilbert, Az

Engineering and environmental consulting services, specializing in water, wastewater, water recovery, environmental compliance and energy management. Specific experience includes:• Consulting engineering and Project Management.• Remedial Engineering related to RCRA/TSCA Waste Sites.• Tier 1 and 2 Reporting/SARA Title III and Form R Reports.• Spill Prevention Control and Countermeasure (SPCC) Plans.• Storm Water Pollution Prevention Plans (SWPPP).• Environmental Engineering and Compliance.• RCRA Management/Pollution Prevention/Environmental Management Systems'• Sustainability; Air Pollution; Emission Estimates/Modeling.• Drinking Water System and Operations Support.• Water/Water Recovery Engineering and Permitting.

At B&V, I specialized in water and wastewater projects for municipal and industrial clients. My expertise includes treatment plant capacity analyses, expansions, and upgrades; water reclamation and treatment, environmental compliance, permitting, and sustainability. I have experience in the design and operation of treatment facilities and permitting for aquifer protection, direct discharge, and pretreatment. I often liaises between water/wastewater utilities and state and federal funding agencies relative to the provision of technical assistance and financial aid for projects.

Project management and design of drinking water treatment systems for arsenic reduction. Included facility infrastructure and water distribution systems. Also performed Site Investigations, development of Corrective Action Plans, remediation engineering, and remediation system construction, and O&M for LUST and Superfund Sites. Prepared corrective action plans for multiple LUST remediation Sites in Arizona. Plans addressed soil, groundwater, and free-product recovery. Remediation technologies included dual-phase extraction, soil vapor extraction, air sparging, and natural attenuation.

Prepared designs for Semiconductor Fabrication facilities and tools. Included UPW water purification, bulk/spec gases, high-purity chemicals, planar (slurry) chemistry, water, wastewater treatment, and hazardous waste collection and storage. Coordinated special projects, including cost estimating, Failure modes and effects analyses (FMEAs), and plant safety inspections. Performed statistical analyses (SPC/Six Sigma), corrosion/deposition monitoring and prevention, plant-wide utility surveys, and utility efficiency analyses. Provided engineering oversight for major Fab expansion (>$500M), facility-wide engineering support/water treatment program oversight (>30 utility systems including open and closed loops, process cooling systems, and boiler feed water), and was lead Process Piping engineer for design and installation of High Purity Materials (HPM) facility.

Design of process and waste systems (chemical delivery systems, wastewater collection and treatment, solvent and hazardous waste collection and storage, hydrofluoric acid collection and treatment, and slurry waste collection and treatment) for a major semiconductor manufacturer. System expertise includes slurry and chemical delivery systems, wastewater collection and treatment, solvent and hazardous waste collection, and storage, hydrofluoric acid collection and treatment, and slurry waste collection and treatment for a major semiconductor manufacturer. Lead project engineer for design and installation of CMP slurry mixing/distribution system for major semiconductor manufacturer. Developed design for full-scale multiple-component powder and liquid blending system. Key feature included unique closed-loop slurry distribution and pressure control system.

Senior Chemical Engineer under the direction of Dr. Frank Stephenson.• Project team leader and design of 0.7 MGD advanced industrial water treatment and recycling facility for American Airlines. Extensive waste minimization effort to eliminate hexavalent chromium and TTO organics from combined waste discharge to deep injection well.• Evaluation of recycle/water reclamation alternatives (reverse osmosis, ion exchange, electro-dialysis) for wastewater containing organic nitrate explosives. • Design review of facilities for biological treatment of wastewater and a lake filtration plant (Manenggon Hills Water Reclamation Plant, Guam).• Design of a 1.5 MGD water softening plant utilizing reverse osmosis.Design support for Motorola's OU1 800 gpm groundwater treatment system. One of the most advanced applications of liquid and vapor-phase carbon organic recovery systems.

Ms Civil Engineering, Environmental Engineering

Activities and Societies: AWPCA/AZWA Note the years between my original degree and my masters degree. Since working on industrial.

Bsche, Chemical Engineering

Activities and Societies: Sigma Tau, Alpha Epsilon Chapter It was a tough challenge as I paid my way through school and worked the entire.