Why Headlamps Are Critical PPE

By supplying intrinsically safe lighting products, oil and gas facilities can enhance worker safety without worrying about dangerous settings

Whether upstream, midstream or downstream, oil and gas facilities have a duty to protect employees by providing a safe work environment and the personal protective equipment (PPE) required for the job. However, despite various PPE options, many oil and gas companies fail to supply or specify important lighting tools – namely headlamps. Unfortunately, the lack of suitable headlamps can lead to serious, even deadly accidents, in hazardous locations.

As a tool, headlamps are essential when hands-free lighting is required in low-light areas for a wide range of tasks, such as operating and maintaining machinery or assessing its condition. Headlamps are also necessary for safe, efficient personnel movement throughout a structure or facility, particularly in confined or restricted spaces. At sites with flammable gases, vapours, liquids, or materials on the premises or in the air, having a headlamp that does not generate a spark is critical.

However, despite meeting OSHA’s definition of PPE, “equipment worn to minimise exposure to hazards that cause serious workplace injuries and illnesses”, headlamps are often not included in corporate budgets for PPE. As a result, workers may be left to purchase their own headlamps from industry supply or hardware stores. Unfortunately, if they overemphasise price and choose products that lack necessary options, the units may be unsafe to use for some tasks, settings or conditions throughout the worksite. This could open the company to potential liability.

To protect personnel in any work environment and to defend against such liability, a growing number of safety officers in the oil and gas industry are including or specifying headlamps in the company budget, as PPE.

“It is safer for [oil and gas] plants to provide suitable headlamps upfront rather than leaving it up to employees to make their own purchases. However, department approval of only intrinsically safe products would handle the issue. Preventing even one serious injury, fire, or explosion would pay for any implementation,” says Scott Colarusso, general manager and co-owner, All Hands Fire Equipment & Training, a USA-based supplier of fire safety equipment to various industries.

Worker Protection
When companies supply intrinsically safe headlamps, which are specifically designed not to be a source of ignition in hazardous zones, this protects workers wherever they need to go in the plant from serious, even potentially lethal accidents. Essentially, everyone is covered, and the chance of mishap is eliminated.

“Without safety-certified headlamps appropriate for the application, facilities are exposed to potential liability if an incident occurs. By supplying workers with headlamps that are rated for any hazardous environment [that could be encountered in the plant], companies can prevent the problem,” says Colarusso.

Mandating Greater Safety
At oil and gas facilities and worksites, headlamps enhance personnel safety and efficiency since wherever they look the lighting goes with them, leaving their hands free. With multiple beam modes, these devices are designed to be easily operable even when workers wear heavy gloves. Typically, the units are waterproof and chemically resistant, ready for use in rugged surroundings, which may include getting thrown into a truck toolbox or dropped. Still, the devices must provide ample light for a sufficient “burn time” to last an entire work shift without a change of batteries.

However, typical headlamps can be a dangerous source of ignition if workers unwittingly enter a hazardous area or are exposed to flammable materials or conditions.

Safety considerations are particularly important considering OSHA’s recently issued standard for construction work in confined spaces (Subpart AA of 29 CFR 1926). The new standard recognises that such spaces can present physical and atmospheric hazards that can be avoided if recognised and addressed prior to entry. It is designed to eliminate potentially deadly hazards by requiring employers to determine what kinds of spaces their workers are in; what hazards could be there; and how those hazards should be made safe (including the use of headlamps, flashlights, and other lighting equipment that carry the proper safety ratings).

Therefore, in oil and gas production, processing or distribution settings where the environment is inherently volatile, headlamps should carry the proper certification for various classes, divisions, and groups of materials. When a headlamp is rated for all these options, it essentially means it is certified as safe for use in most hazardous environments.

As one example, the intrinsically safe Vizz II headlamp by Princeton Tec, meets the requirements (Classes I, II, III; Divisions 1,2; and Groups A-G). Princeton Tec is a producer of ETL and UL-approved lighting products and manufactures headlamps that meet strict global safety requirements.

“Whether for OSHA, Zone 0 or state standards, intrinsically safe products such as the Vizz II headlamp help safety officials ensure that all the bases are covered. So, there is nothing from the lighting that could spark a potential fire or explosion in a work environment,” says John Navarro, a purchasing agent for CWR Wholesale Distribution, a supplier to various industries including oil and gas. Previously, Navarro was a nationally registered paramedic and certified New Jersey state hazardous material technician.

Designed To Last
Because headlamps can be dropped or bumped in oil and gas settings, it is also important that the equipment is designed to reliably withstand rough handling.

In response, some manufacturers such as Princeton Tec now make headlamps with durable thermoplastic material designed to withstand drops and rough handling including being thrown into a truck bed. The units not only provide up to 10 hours of light without a battery change but also have superior resistance to common, potentially dangerous, industrial chemicals and solvents.

The latest models also offer anti-static properties and safety features, such as a mechanical locking mechanism that requires a tool to open the battery compartment. This prevents users from inadvertently opening the battery housing in a hazardous environment, which could not only result in electric shock, but also potentially ignition or explosion.

“Many of our corporate customers specify Princeton Tec headlamps and lighting products due to the reliability, longevity, price point and made in USA production,” says Navarro. “When intrinsically safe equipment matters, it is essentially the gold standard.”

According to Navarro, among CWR Wholesale Distribution’s range of customers, the motivation for budgeting and supplying intrinsically safe headlamps and lighting as PPE is to prevent potential liability.

“With an intrinsically safe headlamp, you are meeting the standard and enabling employees to work in the safest possible conditions with the most up-to-date equipment,” says Navarro. “Now the technology is at a better price point than it was five years ago. So, it is affordable for corporate safety budgets.”

Many of Navarro’s oil and gas customers are willing to spend a little more for higher rated, compliant, intrinsically safe headlamps. “Our customers want to know their plant personnel can safely use their intrinsically safe headlamps anywhere. Safety committees do not want to worry about where personnel may use the units, if it is safe to use under hazardous conditions,” concludes Navarro.

Although oil and gas production, processing and distribution carries some inherent risk, companies seeking to improve safety can do so by providing workers with ultra-safe headlamps that ensure compliance. So, as the need for safety only grows along with stricter regulation, facilities will increasingly make headlamps a mandatory part of any PPE budget or safety programme to minimise operational risk and liability.

This article is republished from EngineerLive under a Creative Commons license. Read the original article.

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