AMBIENT MONITORING STATION SITE DOCUMENTATION

Similar documents
IMPROVE STANDARD OPERATING PROCEDURES. SOP 126 Site Selection. Date Last Modified Modified by: 09/12/96 EAR

Ambient Air Quality Monitoring

Example Airshed. Sample 2018 Annual Ambient Air Quality Monitoring Report

2.0.4 SITING CRITERIA FOR CRITERIA POLLUTANTS

Potential Impact of Biomass Burning on Urban Air Quality: Case-study of Chiang Mai

Title: Standard Operating Procedure for the Continuous Measurement of Ambient PM using a Beta Attenuation Monitor

IMPROVE s Evolution. Data Tools Publications Special Studies Education Activities.

Alberta Real-time Ambient Air Data Submitter s Guide

Air Quality Assessment of the Canadian Pulp and Paper Industry. Gregory Crooks, M.Eng., P.Eng. July 14, 2009

Yukon Air Zone Report 2014

An Overview of the NARSTO Emission Inventory Assessment: Improving Emission Inventories for Effective Air-Quality Management Across North America

WBEA Standard Operating Procedure

Salton Sea Air Quality Monitoring Project

Air Quality Monitoring

NADP Site Information Worksheet, Revised Version 1.6. NADP Site Information Worksheet

LINN COUNTY PUBLIC HEALTH DEPARTMENT

Fraser Valley Regional District Highlights of Air Quality and Emissions Trends ( )

Mobile Monitoring to Locate and Quantify Open Source Emission Plumes

MacAleese Lane Air Quality Report Monitoring Program

Comments on Hi-Test Sand PSD Modeling Protocol Submitted by Kalispel Tribe of Indians October 2017

Pearl River Tower. Guangzhou, China. AEI Professional Project Awards January 2014 PHOTO CREDIT: TIM GRIFFITH

Northeast Air Quality Monitoring Assessment: Analysis of Results

LOCAL STATIONS AS A NEW GAW CATEGORY

Meteorological Information Needs For An Early Site Permit Application

Northwest Territories Air Quality Report

Pasadena Citizen s Advisory Council 2018 Ambient Air Monitoring Report

Waterview Operational Air Quality Monitoring Report November 2017

Appendix B National Core (NCore) Multi-pollutant Monitoring

APPENDIX C: Bakersfield-Golden AMS Closure and Replacement

Waterview Operational Air Quality Monitoring Report January 2018

Personal Sampling Overview

Gila River Indian Community 2016 AMBIENT AIR MONITORING NETWORK REVIEW

Roadway Traffic Noise Assessment Montreal Road. Ottawa, Ontario

Annual Monitoring Network Plan for the North Carolina Division of Air Quality. Volume 1 Addendum 2

HAZ-SCANNER. Model HIM Complete Air Monitoring Station

WestConnex M4-M5 Link Ambient air quality monitoring results

Mohsen Nazemi, P.E. Deputy Executive Officer South Coast Air Quality Management District

Title: Peak Event Analysis: A Novel Empirical Method for the Evaluation of Elevated Particulate Events

2012 AMBIENT AIR MONITORING NETWORK PLAN

Method No.: 8.06/2.0/M Effective Date: January 4, 2012 Location: ###

Annual Monitoring Network Plan for the North Carolina Division of Air Quality. Volume 1 Addendum

OUR BRANDS. RENT TO BUY: a smarter solution.

Particulate Monitors and Samplers

Roadway Traffic Noise Assessment Chapel Street. Ottawa, Ontario

Air Quality Near Railway Lines Used by Coal Trains

Environmental Monitoring. Solution Snapshot. ecotech.com

Evaluation of Options for Addressing Secondary PM 2.5 and Ozone Formation. Bruce Macdonald, PhD Jason Reed, CCM

PM Distance Decay Evidence from CA. Zhu, et. al.

Aeroqual AQY 1. micro air quality monitoring station

WBEA Standard Operating Procedure

Environmental Monitoring. Solution Snapshot ECOTECH Europe. ecotech.com

An Environmental Scan of Built Environment Data Related to Walkability & Environmental Exposures in Urban Ontario

What we do. About our facility. About Weir. Why what we do is important

Ambient Air Monitoring Systems

APPENDIX D MODELING AND DEPOSITION ANALYSIS

1 INFORMATION 1.1 Response / Operation: 1.2 Government counterpart: 1.3 Assessment team: 1.4 Date: 1.5 Prepared by:

BARON WINDS SOUND MONITORING AND COMPLIANCE PROTOCOL

3.5.1 Outdoor Living Areas (OLAs) Indoor Sound Levels... 8

An Introduction to Air Quality

Chapter 7. Passive Solar Contents

Northwest Territories Air Quality Report 2015

Beachville, Oxford County Particulate Matter Sampling. Contact information:

New Westminster Air Quality Monitoring Study. November 2011

Jordan Sands, LLC Mankato, MN Ambient air monitoring results: August 29, 2014 August 29, 2017 (Final)

FIGURE ENVIRONMENTAL ASSESSMENT OF THE CAPITAL REGION RESOURCE RECOVERY CENTRE LEGEND NOTE REFERENCE

Challenges for a New Air Quality Directive: The Role of Monitoring and Modelling Techniques

ROOTY HILL REGIONAL DISTRIBUTION CENTRE MONTHLY ENVIRONMENTAL MONITORING REPORT Air Quality, Construction Noise and Meteorology

6. Significant Unavoidable Adverse Impacts

Open Path FTIR Deployment at Fort McKay Station in 2014

WestConnex M4-M5 Link Ambient air quality monitoring results

Observation of Liquid-filled Window without Presence of Liquid in Test Chamber

TITLE 800 AIRPORT CORPORATION. Introduction 800 RICR CHAPTER 10 OPERATIONS SUBCHAPTER 00 N/A. PART 3 Air Quality Monitoring Work Plan

Standard Operating Procedure (SOP) for. Completing the Annual Network Review. for the. North Carolina Division of Air Quality (DAQ) SECTION 2

WBEA s Community Odour Monitoring Project

Indoor Building Survey and Product Inventory

Lecture 4 Air Pollution: Particulates METR113/ENVS113 SPRING 2011 MARCH 15, 2011

Air Monitoring Directive Chapter 4: Monitoring Requirements and Equipment Technical Specifications

High-Quality Passive Sampling of NO-NO x, NO 2, SO 2, O 3 and NH 3 in Indoor or Outdoor Environments

SUMMARY OF COMMENTS/RECOMMENDATIONS

Site-Specific PM 10 Ambient Air Monitoring Plan

High-Quality Passive Sampling of NO-NO x, NO 2, SO 2, O 3 and NH 3 in Indoor or Outdoor Environments

Noise Control Study. for. Avalon Public School Portobello Boulevard at Stormwind Avenue in Ottawa, Ontario. Revision 1

BEST MANAGEMENT PRACTICES PLAN FOR FUGITIVE DUST Greenwood Aggregates Company Limited Violet Hill Pit > Town of Mono, ON

Ramp Requirements Worksheet

APPENDIX D EXISTING ROADWAY NOISE, AIR QUALITY AND GROUND VIBRATION ANALYSIS

Study of microscale urban air dispersion by ADMS - Urban

BAE 820 Physical Principles of Environmental Systems

Satisfying the Corrective Action Requirements of the Refinery Sector Rule

ZONING CLEARANCE PERMIT APPLICATION

Table of Contents... ii 1. Introduction... 1

Contents. Preface to the Third Edition Preface to the Fourth Edition. Part I Air Pollution Essentials

Investigation of Fine Particulate Matter Characteristics and Sources in Edmonton, Alberta

MOUNTAIN HOUSE SPECIFIC PLAN II

PM2.5 Designations: Evaluating Contribution of Multiple Pollutants Using the Weighted Emissions Score

Essar Steel Minnesota LLC. Supplemental Environmental Impact Statement Notice of Preparation - Public Information Meeting

Sensor Compatibility. wasp

CHECKLIST FOR ECOLOGICAL ASSESSMENT/SAMPLING

ENVIRONMENTAL MONITORING REPORT

Noise Assessment Report

Proposed Terms of Reference for EIA studies

Transcription:

WBEA Network and Site Documentation AMBIENT MONITORING STATION SITE DOCUMENTATION 2018

WBEA Network and Site Documentation Table of Contents WBEA Network... 3 Station Details... 6 General Site Information... 6 Area Topographic Map... 7 Aerial Photo... 8 Site Photos... 9 Equipment Inventory... 15 Wind Rose... 16 Plan View Sketch... 17 Tables and Figures Table 1.0 Ambient Air Monitoring Parameters in WBEA Network...4 Figure 1.0 WBEA Monitoring Network Sites... 5 Table 2.0 General Site Information... 6 Table 3.0 Local Source Information... 6 Figure 2.0 Area Topographic map showing Station... 7 Figure 3.0 Aerial photo showing AMS 22 Janvier Community Station... 8 Figure 4.0 Exterior of monitoring station... 9 Figure 4.1 Exterior of AMS 22 looking north... 10 Figure 4.2 Environ looking north... 10 Figure 4.3 Environ looking south... 11 Figure 4.4 Environ looking west... 11 Figure 4.5 Environ looking east... 12 Figure 4.6 Outdoor Sample Inlet & Indoor Sample Manifold will be provided.... 13 Figure 4.7 MET tower... 13 Figure 4.8 Instrument rack... 14 Figure 5.0 Fort Hills AMS Wind Rose... 16 Figure 6.0 Plan view sketch around the Fort Hills station... 17

Page 3 WBEA Network Network Background The WBEA vision is to operate a state of the art monitoring system that meets the needs of residents and stakeholders in the Wood Buffalo Region. WBEA s mission is to monitor air quality and air quality related environmental indicators, to generate accurate and transparent information which enables stakeholders to make informed decisions. Continuous ambient air quality and meteorological data are collected through a program administered by the WBEA s Ambient Air Technical Committee (AATC). The WBEA currently operates 20 continuous monitoring stations, each measuring from 5 to 15 continuous and intermittent air quality parameters. The continuously measured air quality parameters include SO2, H2S, TRS, O3, NOX, NO, NO2, NH3, CO, PM2.5, THC, NMHC, and CH4. All sites also measure temperature, wind speed, wind direction, ambient temperature and relative humidity. Selected sites measure barometric pressure, global radiation, precipitation, surface wetness, vertical wind speed, vertical temperature gradient, and visibility. The ambient air monitoring parameters for each station are summarized in Table 1. The WBEA also maintains and operates several portable monitoring stations, equipped to measure SO2, H2S, O3, NOX, NO, NO2, NH3, PM2.5, THC, wind speed, wind direction, temperature and GPS location. The unit is available to WBEA member companies for private, facility-associated monitoring, or can be deployed for public monitoring in areas of special need or interest. Since 1998 WBEA has maintained semi-continuous (intermittent) sampling for PM2.5, PM10, VOC and PAH. The sampling for intermittent monitoring has evolved with a better understanding of technology, analytical laboratory methods and sample deployment and collection methods. Intermittent samples in the WBEA ambient air monitoring network are taken every 6 days for a 24-hour period. The sampling schedule and procedures are consistent with Environment Canada's National Air Pollution Surveillance (NAPS) program. Since the planning process of the Joint Oilsands Monitoring Plan, additional sampling has been added at selected sites and has been included in the list in table 1.0. Some of the additional monitoring includes speciated ionic analysis and dichotomous sampling for coarse and fine particulate on a three day sampling schedule.

Page 4 Table 1.0 - Ambient Air Monitoring Parameters in the WBEA Network All the stations listed in table 1 are located throughout the Wood Buffalo Region. The map below shows the location of each station.

Page 5 Figure 1.0 WBEA Monitoring Network Sites

Page 6 Station Details General Site Information The Fort Hills Air Monitoring Station (AMS) is an industrial station to monitor the region of Suncor Fort Hills. It is situated by the South-West Raw Water Pond. Item Description Station ID AMS 23 Station Name Fort Hills General description The site is located North of the South-West Raw Water Pond. Community NA Station Coordinates 57 20'56.04" North 111 38'22.89" West Station elevation 283 Meters Station Address NA Station Type Industrial Initial Commission Date May 1, 2017 Area Land Use Mine Angle of elevation to nearby 20 buildings Average building height in 20 meters area Airflow Restrictions North no East No (yes/no) South no West No Nearest Tree Distance 20 meters Height 2 meters Sample Manifold Type Glass Meteorological Tower Height 10 meters Information Type Aluma crank-up tower Position Attached to West end of monitoring shelter Station Install Date April 17, 2017 Site Preparation Level dirt and gravel pad Table 2.0 General Site Information Localized Sources Type Distance Description Building 20 meters towards west Industrial Building Dirt road 20 meters East Side road Raw Water pond 15 meters South Water Holding Name Type Traffic Volume Distance (m) Description Roadway Main access Low 25 meters Dirt Table 3.0 Local Source Information

Page 7 Area Topographic Map Figure 2.0 Area Topographic map showing Station

Page 8 Aerial Photo Figure 3.0 Aerial photo showing Station

Page 9 Site Photos The following show photos of the station surroundings as well as the exterior and interior of the station itself. Figure 4.0 Exterior of monitoring station

Page 10 Figure 4.1 Exterior of AMS 22 looking north Figure 4.2 Environ looking north

Page 11 Figure 4.3 Environ looking south Figure 4.4 Environ looking west

Page 12 Figure 4.5 Environ looking east

Page 13 Figure 4.6 Outdoor Sample Inlet & Indoor Sample Manifold will be provided. Figure 4.7 MET tower

Page 14 Figure 4.8 Instrument rack

Page 15 Equipment Inventory For an up to date station inventory, please refer to the WBEA s Stock Management System at https://aqmdata2.ca/

Page 16 Wind Rose A wind rose will be provided from a nearby site. Figure 5.0 Fort Hills AMS Wind Rose

Page 17 Plan View Sketch 2 1 Obstacle # Description Direction from Station Distance from Station (metres) 1 Building East 60 35 2 Road West 50 Height of Obstacle (metres) Figure 6.0 Plan view sketch around the Fort Hills station