TagPollution Control Hearings Board(1532)

Final report prepared by S.S. Papadopulos & Associates, Inc. for Port Of Seattle, dated February 15, 2002, analyzing water quality and contaminant transport from embankment fill materials used in the Seattle-Tacoma International Airport Third Runway construction. AR 053402. Covers embankment fill soil criteria, water-quality criteria, chemical analysis of soils, adsorption capacity, Synthetic Precipitation Leaching Procedure

Pollution Control Hearings Board (PCHB) response filed in Thurston County Superior Court case No. 01-2-02386-9, Port Of Seattle v. State of Washington Pollution Control Hearings Board, Airport Communities Coalition, and State of Washington Department of Ecology. Filed February 14, 2002, hearing set February 22, 2002 before Judge Richard D. Hicks. Addresses Port Of Seattle’s Motion

Fax cover sheet and analytical lab reports sent by Rick Poulin of Smith & Lowney, P.L.L.C. (Seattle, WA) to Peter Eglick and Kevin Stock at Helsell Fetterman LLP on February 14, 2002, transmitting water sample lab results for Case 2, Site Visit Day 2. Enclosed letter from Analytical Resources, Incorporated (ARI), dated February 11, 2002,

A February 14, 2002 letter from Jason Kelley, paralegal at Marten Brown law firm, to Kevin Stock at Helsell Fetterman transmitting Excel spreadsheets containing Elizabeth Clark’s notes regarding fill sources, related to the case ACC v. Port of Seattle et al. The attached spreadsheets summarize cumulative fill sources for the Draft Third Runway project phases

EPA Integrated Risk Information System (IRIS) QuickView pages for Antimony (CASRN 7440-36-0) and Arsenic, inorganic (CASRN 7440-38-2), accessed February 14, 2002. Antimony oral RfD is 4×10-4 mg/kg-day based on LOAEL of 0.35 mg/kg-day from Schroeder et al. 1970 rat chronic oral bioassay; confidence rated Low. Arsenic oral RfD is 3×10-4 mg/kg-day based on NOAEL of

A fax from Water Resources Consulting LLC to Rick Poulin dated February 13, 2002, presenting tables showing the effect of increasing water hardness on fresh water acute water quality standards for copper and zinc, referencing WAC 173.201A.040. The document includes calculated values for hardness levels ranging from 19 to 110 mg/l and corresponding water quality

This fax document from Water Resources Consulting LLC, dated February 13, 2002, presents calculations showing the effect of increasing hardness on fresh water acute water quality standards for copper and zinc, referencing WAC 173.201A.040. The document includes tables showing hardness values, exposure calculations, and WQC (Water Quality Criteria) values at various hardness levels for both

Curriculum vitae of John A. Strand, Ph.D., an internationally recognized fisheries biologist with 30 years of experience specializing in environmental impacts on aquatic resources. The document outlines his education, employment history, certifications, and experience in areas including resource management, regulatory compliance, environmental impact assessment, and aquatic toxicology. Selected publications and presentations are included, covering topics

Draft guide (AR 027607) authored by Clifford D. (Doug) Rushton, Water Resources Program, Washington Department of Ecology, issued February 11, 2002. Intended for use by watershed planning groups developing instream flow recommendations for water bodies in Washington State. Discusses selected approaches to instream flow setting, potential environmental effects at different flow levels, and common assessment

A cover letter from Analytical Resources, Incorporated to Richard A. Poulin of Smith & Lowney, P.L.L.C. transmitting nine water sample analytical results for Case 1, accepted January 28, 2002. The package includes a Chain of Custody record and organics analysis data sheets for glycols (ethylene glycol and propylene glycol) by GC-FID, with quality control results.