The Synergist

A Magazine Serving Occupational and Environmental Health and Safety Professionals

Readers of The Synergist monthly magazine receive in-depth news and information about the occupational and environmental health and safety fields and the industrial hygiene profession.

The Synergist focuses on:
  • Industry Trends and News
  • Government and Regulatory Activities
  • Key Issues Facing the Profession
  • Technical Information
  • News on Association Events and Activities
  • Association News
If you would like to subscribe to The Synergist or receive a free copy, email the editors.

The Synergist archives are available to AIHA members in the Member Center (login required).

Permission Requests

Requests for permission to republish Synergist articles are handled by Copyright Clearance Center. You can request permission via the link below.

Get Permission



August Issue

The full Synergist is available to AIHA members via the Member Center.

Pure Management

How to Apply Risk-Based Thinking in Laboratories
ISO/IEC 17025 introduces the concept of "risk-based thinking," a management model that places responsibility for defining and organizing a laboratory's policies and procedures directly on laboratory management. How should labs implement risk-based thinking to meet the standard's requirements?

Sampling for Drugs in Uncontrolled Environments

Assessing Hazardous and Highly Potent Drug Exposures in Nontraditional Workplaces
Illicit manufacture and use of opioids have led to concerns that workers in uncontrolled environments as well as the general public are at risk for potential exposures. What can we learn from the pharmaceutical industry about assessing exposure risks to hazardous drugs, including illicit drugs, in these uncontrolled environments?

A New Method for Whole-Air Sampling

NIOSH Method 3900 for Sampling Volatile Organic Compounds Using Evacuated Canisters
Whole-air sampling into evacuated canisters requires no prior knowledge of air concentrations. Canisters can handle chemical air concentrations ranging from sub-part per billion to part per million, and the technique is amenable to a wide range of compounds.