1660252398377 Zz11

Safety under pressure

Feb. 25, 2004

Much has been written about compressor maintenance, operation and energy conservation. Equally important is a focus on their inherent risks. Compressor hazards include excessive pressure, flying objects, mechanical failures, fires, explosions, leakage of toxic or flammable fluids, and dangerous noise levels.

What steps can I take to ensure compressor safety?

A good starting point is the template self-inspection checklist developed by OSHA's Office of Training and Education. According to OSHA's 2003-2008 Strategic Management Plan, "Companies that participate in the Voluntary Protection Program (VPP) have 54% fewer injuries and illnesses than other companies in their industries."

Can you provide practical examples of compressor safety initiatives?

California Polytechnic State University (Cal Poly) has instituted a shop-area safety inspection checklist modeled after the OSHA template. It dedicates several pages of checkpoints to compressors and compressed air, compressed air receivers and compressed gas cylinders.

The CDC's Office of Health and Safety has compiled a manual on Engineering Services Safety. Guidelines for the safe use of compressed air sources are detailed within the General Shop/Work Area Safety section.

The University of Florida's Environmental Health and Safety office summarized general safety requirements for compressed air, and specific checkpoints for air receivers, air distribution lines, pressure regulation devices, air compressor operation and compressed air equipment maintenance.

What national standards address compressor safety?

ASME has published two safety standards specific to compressors: the Safety Standard for Air Compressor Systems (B19.1) and the Safety Standard for Compressors for Process Industries (B19.3). These standards address the construction, installation, operation and maintenance of air and gas compression equipment. Members can purchase both documents from the ASME Web site for less than $100. The standards are also generally available from NORMAS at a slightly higher price.

For more information, see:

http://www.osha.gov/SLTC/smallbusiness/chklist.html#Safety

http://www.osha.gov/StratPlanPublic/strategicmanagementplan-final.html

http://www.afd.calpoly.edu/Risk/pdf/shop.pdf

http://www.cdc.gov/od/ohs/manual/enginsaf.htm

http://www.ehs.ufl.edu/General/Shop/comp_air.htm

http://www.ilpi.com/msds/index.html

http://air.ingersoll-rand.com/AST/common.htm

http://members.asme.org/catalog/index.cfm

http://www.normas.com/ASME/pages/B19.html

Contributing Editor Sheila Kennedy is managing director of Additive Communications. E-mail her at [email protected].

 

Sponsored Recommendations

Enclosure Climate Control: Achieving the Ideal Temperature

March 28, 2024
There are several factors to consider when optimizing the climate inside your electrical enclosure. Download this white paper to learn more.

Find the ideal enclosure cooling solution for your application

March 28, 2024
Use the Climate Control Quickfinder tool to find the ideal climate control solution for your application in just three easy steps.

Smart Cooling Solutions: Reduce Your Energy Consumption with Advanced Technology from Rittal

March 28, 2024
Wall extension cooling units for external or internal mounting in doors and walls using standardized mounting cut-outs. Cooling output 0.3 – 5.8 kW. Also available in energy-efficient...

Arc Flash Prevention: What You Need to Know

March 28, 2024
Download to learn: how an arc flash forms and common causes, safety recommendations to help prevent arc flash exposure (including the use of lockout tagout and energy isolating...