Applications

General Reference Tables

• Table of Ionization Potentials of Selected Chemicals
• Tables of LEL, TLV, UEL, IDLH of some common toxic and combustible chemicals

• TO-17 - Determination of Volatile Organic Compounds in Ambient Air Using Active Sampling Onto Sorbent Tubes
• DryCal Comparison Summary, Bubbles vs Dry
• Definition of a Primary Standard

• Verification of One Year Shelf Life on Bacharach Type 1 Phosgene Badges
• Comparison Between a Passive Organic Vapor Monitor (OVM) and a Charcoal Tube for Monitoring Benzene, Ethyl Benzene, Toluene and Xylene
• Direct-Read Monitoring System for Carbon Monoxide
• Response Time and Interchangeability Effects on the Tube-Like and the Badge-Like Passive Direct-Read Monitors
• Personal Monitoring in the Workplace

• Low Cost, Self Checking Carbon Monoxide Gas Detection System for Industrial Plants and Warehouses that Use Internal Combustion Forklift Trucks for Loading and Unloading Delivery Trucks
• Statement on Verification of Calibration for Direct Reading Portable Gas Monitors Used in Confined Spaces by the Industrial Safety Equipment Association
• Cost Comparison of Cylinder Gas vs. Cal 2000 Calibration Gas Generator
• What is a Photo Ionization Detector?
• PIDs as a Hazmat Response Tool
• Guide to Atmosphere Testing in a Confined Space
• PIDs as an Arson Investigation Tool
• PIDs for Continuous Monitoring of VOCs
• Correction Factors, Ionization Potentials and Calibration Characteristics of Rae PIDs
• Rae PIDs for Soil Headspace Measurements
• MiniRae 2000 & MultiRae Pre-Programmed Compound Library
• Using PIDs in Terrorist Chemical Attacks
• Using PIDs in Cladestine Drug Lab Investigations
• Using PIDs for Assessment of Exposure Risk in Unknown Environments
• Using PIDs for Indoor Air Quality Surveys
• Confined Spaces and the Construction Industry
• Carbon Monoxide & Natural Gas Detection for fire Department Engine Companies
• Environmental Applications for PIDs
• Facility and Venue Protection
• Nerve Agent Measurement by PIDs
• Decontamination Procedures for Monitors Exposed to Chemical Warfare Agents
• Basics of Nuclear Radiation
• Basics of Wireless Security
• First Response Guide for Carbon Monoxide Safety
• Indoor Air Quality Concerns

• Tips for Better WBGT Readings
• Heat Stress Monitor Determination & Mitigation
• WBGT Indoor Versus WBGT Outdoor Application
• How Hot Is It?

• Measuring the Level of Polymeric MDI Vapors in the Workplace using Scott/Bacharach MDI Monitors
• Procedures for the Generation and Verification of Diisocyanate Atmospheres and the Calibration of Scott/Bacharach Autostep Plus Monitors
• Calibration of a Direct Reading Airborne MDI Monitor for Monitoring HDI Biuret and HDI Isocyanurate Aerosols

• Table of NIOSH Prohibited Cartridges