An Introduction to OSHA Weld Fume Regulations

CWA National Seminar 2017

March 16, 2017 CWB Group Nisku Learning Centre 206- 19th Ave Nisku Industrial Park Nisku, AB T9E 0W8 Canada

Canadian Emissions Regulations

Rebates Help Canadian Manufacturers Meet Environmental Regulations by Duncan Beaumont New environmental regulations with stricter air pollution standards are pushing manufacturers in Ontario and other provinces to reduce emissions of eight common industrial contaminants. Is your facility in compliance? If you are still using an exhaust and makeup air system as your only solution to … Continue reading "Canadian Emissions Regulations"

6 Source Capture Options for Weld Fume Extraction

Which Method Is Right for You? There is a variety of source capture weld fume extraction equipment available today, and it can be difficult to know which specific type is best for you. We broke down the six most popular types, including pros and cons, and one method you should absolutely avoid. 1.     Backdraft Hoods … Continue reading "6 Source Capture Options for Weld Fume Extraction"

Proper Weld Fume Extractor and Welder Positioning

Proper Weld Fume Extractor and Welder Positioning for Source Capture Maximizing Indoor Air Quality for Your Welders To get the best results from a source capture system, proper positioning of both the weld fume extractor and the welder are an important, but often overlooked, consideration. To maximize effectiveness and get the most from your investment, … Continue reading "Proper Weld Fume Extractor and Welder Positioning"

HomeResourcesBlogsAn Introduction to OSHA Weld Fume Regulations

An Introduction to OSHA Weld Fume Regulations

As crucial as welding is to your business, your health and your employee’s’ health are far more important. Weld fumes are toxic and can create long-term health issues in your biggest asset: your welders. And OSHA has something to say about this. The good news is you can mitigate the damaging effects of weld fumes. Welding ventilation systems are constantly being improved upon. No matter how small or large your welding facility is, there is a ventilation system for you.

OSHA bases its weld ventilation regulations on three primary factors: the number of welders in your facility, the type of metal they weld, and the size of the space they weld in.

Hands down, weld fume exhaust control is your best ally in creating a better environment, complying with OSHA air quality regulations, and increasing the efficiency of your welder work force. Systems for venting and refreshing the air your welders are breathing can be as involved as full enclosures, as flexible as shrouds, or as simple as individual respirators. Regardless of where your team welds or how many welders you have on a line, the onus is on you to keep their air quality up to OSHA standards.

Factor 1: Number of Welders

According to section 1910.252(c)(2)(i)(A) in OSHA’s bylaws, a minimum requirement of 10,000 cubic feet per welder is necessary for optimum air-flow. This means that adding welders significantly increases the need for weld fume exhaust control. Respirators are sufficient for the welder using the device, but ambient air quality is still an issue. Adjacent workers or other employees can succumb to the weld fumes the welder himself is protected from.

When it comes to ambient air quality concerns like these, and to ensure your system meets OSHA weld ventilation standards, you might want to consider using Vent Mapping software to get a handle on the bigger picture of what you’re breathing.

Factor 2: Type of Metal

OSHA weld ventilation guidelines are fairly comprehensive about the types of metals and their various toxicities. The most common byproduct of welding in the U.S. is hexavalent chromium. Hexavalent chromium is most often released when welding stainless steel or any alloy containing chromium metal. This is considered to be one of the most prevalent and dangerous chemicals in weld fumes.

Factor 3: Size of Space

According to OSHA, the space where welding takes place must be vented if there is a ceiling height of less than 16’. For optimum air quality, however, weld venting should occur no matter the height of the room. Ambient air can accumulate weld fumes to toxic levels through the course of a single work day in any space where the air is not circulating.

Air movers like fans or blowers work well if your space is larger. For smaller spaces, consider using a source capture system for your fumes.

Don’t wait until OSHA fines force changes in your facility. Contact RoboVent today for more information about what can be done to protect your business from weld fumes and hefty OSHA fines.