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Eight Steps to Increase and Maintain the Safety of Employees Working Alone.

3/2/2023

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Blackridge
Working alone has been an increasing concern among businesses over the last few years. The safety of those employees who work by themselves is of utmost importance. Here are eight steps to increase and maintain the safety of employees working alone.


​
1. Establish and Enforce Policies

Establishing and enforcing clear safety policies for employees who work alone is important.
These policies should be communicated to all staff and regularly reviewed. This will help
prevent accidents and ensure that employees follow the rules while working.

2. Provide Regular Training

Regular safety training should be provided to all staff who work by themselves. This will ensure
that they are educated and aware of any hazards. It will also help to build workers' confidence
so that they feel comfortable with the tasks they are given.

3. Use Technology

Modern technology can help to ensure the safety of employees working alone. For example,
cameras or security systems can act as an extra layer of protection and help deter any would-be
criminals or disgruntled employees. Cameras can also be used to monitor activity throughout
the premises.

4. Utilize Emergency Response Systems

An emergency response system is essential for employees who work alone. This can include
fire alarms, panic buttons, and discreet personal alarms that alert local authorities in an
emergency.(Work Alone Safety devices)

5. Provide Personal Safety Equipment

It is important to provide employees who work alone with personal safety equipment. This could
include pepper spray, safety whistles, or other self-defence items. This helps ensure that the
employee can defend themselves in an attack.

6. Offer Regular Check-Ins

Regular check-ins with employees who work alone can help ensure their safety. This is best handled by an employee wearing a safety device with an off-site (i.e.: server) timer that will alert the employee when it is time to check-in. This will help ensure they are safe, secure, and able to contact help if needed.

7. Make Use of Monitoring Services

Using safety monitoring devices that will automatically alert a Monitoring Center or individual when assistance is required while working alone. By receiving an employees GPS coordinates, along with the type of alert (i.e.: Emergency, Silent, No Motion, Fall Detection or Missed Check-In), the Monitoring Center has the ability to dispatch 9-1-1 to the employees exact location for immediate assistance.

8. Assess Workplace Hazards

It is important to think about the potential risks that could arise in the workplace. This could
include potential safety risks like fire, electrocution, slips and falls, or chemical exposure.

Ultimately, assessing the workplace situation is essential to keeping the workplace safe and
efficient. It is vital to have an in-depth understanding of all aspects of the workplace and to take
steps to mitigate potential risks. This will help ensure the employee's safety and make the
workplace a better place to be.

Conclusion

Adopting these eight steps will help increase the safety of employees working alone. It is
important to ensure that all safety policies are clearly communicated to staff and that regular
training is provided.

Utilizing technology, emergency response systems, and personal safety equipment will also
help to ensure the safety of employees who work alone. Finally, requiring regular check-ins and
monitoring services can help further protect those employees working alone.

Need dependable lone worker safety solutions? Look no further than BLACKRIDGE Solutions!
We provide superior lone worker safety and gas detection devices proven to minimize the risks
your business and employees are exposed to.

Contact us at [email protected] for more information.

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Top 7 Features Every Lone Worker Safety Device Should Have

2/23/2023

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As a business owner, employee safety is paramount. Many companies are turning to lone-worker safety devices to ensure workers feel safe and secure while on the job. These devices are designed to provide protection and monitoring for lone workers working in vulnerable or dangerous situations.

When shopping for a lone worker safety device, there are a number of features to consider.Here are seven top features to prioritize when selecting a lone worker safety device.

1. Emergency Alerts

One of the most important features of a lone worker safety device is its ability to send out
emergency alerts. In the event of an emergency, the device should be able to send out an alert
to designated contacts or emergency services. Look for devices that offer a variety of alert
options, such as text, email, and voice calls.

2. GPS Tracking

Lone worker safety devices should also include a built-in GPS tracking system. This will allow
you to track the location of your employee in real time, ensuring that they can be located if they
become lost or injured. Look for devices with a wide range of tracking capabilities so that you
can monitor their location no matter where they are.
Many safety devices will also alert you if the lone worker strays too far from the designated work
area, allowing you to take action if necessary.

3. Battery Life

It is also essential to consider the battery life of the lone worker safety device. Look for devices
that offer long battery life, as this will ensure that the device will always be powered and ready
to send out alerts or track location.

4. Durability

When selecting a lone worker safety device, it is important to consider its durability. Look for
devices that are designed to withstand the elements, such as rain, snow, and extreme
temperatures. This will ensure that the device will remain operational even in harsh conditions.

5. Two-Way Communication System

This will allow the lone worker to communicate with their supervisor or designated contact in the
event of an emergency. This feature can also be used for daily check-ins, ensuring that the lone
worker is always safe and secure.

The two-way communication should also be easy to access and have a strong signal range so
that it can work even in areas with poor cellular service.

6. Panic Button

A panic button allows the employee to quickly and easily alert their supervisor or the authorities
in case of an emergency. The panic button should be easy to access, so it can be used quickly
in an emergency situation. Additionally, it should have a strong signal range so that it can work
even in areas with poor cellular service.

7. Price

Look for devices that offer a variety of features at an affordable price. This will ensure that you
get the most value for your money and that your employees are adequately protected.

When shopping for a lone worker safety device, it is important to consider these seven features.
Prioritizing these features will ensure that you select a device that offers the most protection and
value for your money.

Conclusion

Lone worker safety devices are an invaluable asset to any business or organization that
employs lone workers. There are many features to consider when choosing a lone worker safety
device. Still, the top features to prioritize are emergency alerts, GPS tracking, battery life,
durability, a two-way communication system, panic buttons, and price.

By prioritizing these features, companies and organizations can ensure their lone workers have
the best safety and security measures in place.

With BLACKRIDGE Solutions’ lone worker safety devices and services, you can be sure that
your employees are safe and secure while on the job. This comprehensive security solution
provides invaluable peace of mind and helps ensure that every worker goes home safely at the
end of the day. So if you need lone worker safety devices, don't hesitate to contact us to learn
more! [email protected]

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Gas Detection Safety 101: Proper Calibration and Bump Testing

2/17/2023

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Gas detection is one of the most important measures taken to keep employees and workplaces
safe from dangerous levels of dangerous gases. Gas detectors are designed to detect the
presence of hazardous gases and alert users when harmful levels are present in the
atmosphere. It is essential that gas detectors are properly calibrated and bumped tested to
ensure that they give accurate, repeatable readings. This article will provide an overview of gas
detection essentials, including an explanation of proper calibration and bump testing to ensure
lone worker safety.

What is Gas Detection Safety?

Gas detection safety, also known as combustible gas detection or atmospheric monitoring, is
the process of monitoring combustible or toxic gases, vapours, and oxygen levels in the
atmosphere. Monitoring the atmosphere for these dangerous gases is essential to ensure the
safety and health of workers and prevent hazardous conditions.

Calibration of Gas Detectors

Calibrating a gas detector is the process of ensuring that the detector is working correctly and is
able to detect dangerous gas levels accurately and reliably. Proper calibration is essential for
ensuring the safety of workers and ensuring the accuracy of the readings.
Calibration should be done on a regular basis, depending on the type of detector and the
manufacturer’s recommendations. Generally speaking, a gas detector should be calibrated at
least once a year. Calibration kits are available and should be used to calibrate the gas
detector.

Bump Testing of Gas Detectors

Bump testing is another essential part of gas detection safety. Bump testing is the process of
testing a gas detector’s ability to accurately detect dangerous gases. Bump testing is performed
by exposing the detector to a known concentration of the gas that the detector is designed to
detect.

The detector’s response is then measured to ensure that it is responding correctly and
accurately detecting the gas. Bump testing should be done regularly, such as before use or at
the beginning of each day, to ensure that the detector is working correctly and can accurately
detect dangerous gas levels.

Why is Gas Detection Safety Important?

As far as lone worker monitoring systems go, gas detection safety is essential for protecting
workers from potential health and safety hazards associated with combustible or toxic gases.

Exposure to combustible or toxic gas levels can lead to a variety of health problems, such as
asphyxiation, nausea, vomiting, dizziness, headaches, and irritability. In some cases, exposure
can even be fatal. Therefore, having the proper gas detection safety measures in place is
essential for protecting workers and preventing hazardous conditions
.
Conclusion

Gas detection safety is essential for ensuring a safe, secure, and healthy work environment.
Proper calibration and bump testing of gas detectors are an integral part of maintaining a safe
workplace. This article discussed the importance of gas detection safety, as well as providing a
guide to proper calibration and bump testing. Following these guidelines can help to ensure the
safety of workers and prevent hazardous conditions.

BLACKRIDGE Solutions is an industry leader when it comes to lone worker safety and gas
detection solutions. Our solutions combine advanced tracking technology with intuitive user
interfaces to deliver real-time monitoring, location-based alerts, and remote supervision. Our
range of products can be tailored to meet the needs of any industry, ensuring that workers are
safe and protected at all times. Contact us today to learn more about our lone worker safety protection devices and gas detection solutions. ([email protected])
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Connected Safety Solution

2/9/2023

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Industrial companies such as those in oil and gas production, involve many steps, from the
extraction of raw materials to refining and distribution. To maintain safety throughout the
process, real-time monitoring is essential. This monitoring helps protect everyone from harm,
from workers to facilities and equipment. By having this immediate visibility, we can make sure
everyone is safe when they finish their work.

As technology advances and more devices connect to the Internet, safety solutions have been
improved to be more proactive instead of just following regulations. This has reduced the risks
of accidents or incidents occurring in facilities and for people, making them safer.

What Is a Connected Safety Solution

Connected safety is an important and increasingly popular technology that is helping to reduce
risks to both facilities and workers. In a connected safety system, equipment, machinery, and
other assets are connected to a single network. By utilizing emerging technologies, such as the
Internet of Things (IoT), sensors, and analytics, connected safety solutions enable organizations
to reduce workplace accidents, improve safety compliance, and reduce the cost of safety-
related incidents
.
At its core, a connected safety solution is a system that connects safety-related data from
multiple sources. This data is then analyzed, monitored, and managed to create a
comprehensive view of a company’s safety performance. By leveraging the power of the IoT
and connected sensors, connected safety solutions can enable companies to monitor the safety
of their employees and control the conditions of their workplace in real time. This can help them
identify potential hazards and take proactive steps to reduce the likelihood of an accident.

How Connected Safety Reduces the Risks to Workers and Facilities

There are many ways in which connected safety solutions can reduce risks for both workers and
their facilities. Here are some of the ways:

Identify and Address Potential Safety Issues

The main advantage of connected safety is that it allows managers and workers to identify and
address potential safety issues before they become serious. By monitoring conditions in real-
time, connected safety systems can detect changes in conditions before they become
dangerous. This allows managers and workers to take preventive measures to ensure the
safety of the facility and its workers.

Monitor Safety Conditions

Connected safety systems can be used to monitor a number of different safety conditions. For
example, they can be used to detect hazardous conditions, such as the presence of hazardous
substances, unexpected temperature changes, or excessive vibration. Connected safety
systems can also be used to monitor worker's safety, such as the use of personal protective
equipment or compliance with safety protocols.

Track Safety Compliance

Connected safety solutions also enable organizations to track safety compliance. By collecting
data from various sources, connected safety solutions can help organizations identify areas
where safety protocols are not being followed. This data can then be used to develop targeted
safety training programs and ensure that safety regulations are being followed.

Reduce the Cost of Safety-Related Incidents

Connected safety solutions can help organizations reduce the cost of safety-related incidents.
By leveraging the power of analytics, connected safety solutions can help organizations identify
potential risks and take steps to reduce the likelihood of an incident. This can help organizations
reduce the cost of insurance premiums, medical costs, and other safety-related costs.

Track and Analyze Safety Incidents

Finally, connected safety systems are also advantageous because they can be used to track
and analyze safety incidents. This allows managers to identify patterns in safety incidents and
develop strategies to minimize the risks. Additionally, connected safety systems can be used to
provide feedback to workers on their safety performance. This helps to ensure that workers are
aware of the risks and are taking appropriate measures to stay safe.

Conclusion

Connected safety technology is an invaluable asset for reducing risks to both workers and
facilities. It provides enhanced visibility, improved communication, and heightened security. With
connected safety, businesses can monitor and control their environment in an efficient, cost-
effective manner. So, to all those looking to reduce risks and maximize safety, connected safety
is the way to go!

At BLACKRIDGE Solutions, we believe that no one should ever be left alone and unprotected in
a hazardous environment. That’s why we offer our lone worker safety devices to help protect
your workers and keep them safe. With our connected safety technology, you can rest assured
that your workers are always monitored and secure. Our lone worker safety devices are
designed to provide enhanced visibility, improved communication, and heightened security for
businesses. Let us provide an extra layer of protection and peace of mind to those who need it
most! Browse through our list of connected safety devices today!

For more information, contact ​BLACKRIDGE Solutions at (778) 686-5799 or [email protected]
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6 Important Do's and Don'ts for Proper Lone Worker Safety

2/3/2023

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Lone workers are more vulnerable to accidents and injuries than those who work in pairs or
groups. This is because they often have to work in difficult or dangerous conditions without the
benefit of having someone else there to help them out.

Lone worker safety is important not only for the individual workers themselves but also for their
employers. This is because accidents and injuries can lead to costly worker's compensation
claims, as well as potential legal action.

Thus, proper safety precautions can help to minimize the risks associated with working alone.
By taking the time to ensure that lone workers are properly protected, employers can help to
create a safer workplace for everyone.

Here are some important do's and don'ts when it comes to proper lone worker safety:

1) Provide Your GPS Location

When a person is working alone, it is important to use technology that will provide an accurate GPS location of their current location. This way, if anything happens to them, the person in charge
will know where to find them quickly. This is especially important when a lone worker is in an area
where they cannot be easily seen or heard by other people.

2) Don’t Go for Complete Isolation

In conjunction with the point above, a lone worker should not go into complete isolation. After
all, if a worker is completely isolated, it will be quite difficult for anyone to come to their aid
should an accident or emergency occur. Instead, a lone worker should try to work in areas
where there are other people nearby who can help if needed.

3) Do Have a Panic Alarm Device

If a lone worker does find themselves in a situation where they need help, it is important that
they have a way to quickly and easily request assistance. This is where a panic alarm device
comes in. With a panic alarm, a lone worker can send out a distress signal to their supervisor or
the project manager so that help can be sent as quickly as possible. This includes automatic alerts like No Motion, Fall Detection and Missed Check-Ins

4) Don’t Assume Safety or Invincibility

Just because you are working alone does not mean that you are safe or that you are invincible.
Accidents can happen at any time and in any place, even if you are working alone. This is why it
is quite important to be vigilant and alert, instilling the proper safety precautions to avoid having
your lone workers stumble into potential accidents and injuries.

5) Do Assess Surroundings and Check In

Even if a lone worker has previously stated their initial location, it is a good idea to always
assess your surroundings and be aware of any potential hazards that may be around. This is
especially important when working in an area that is unfamiliar to you. 

6) Don’t Forgo Instincts and Increase Risks

When a lone worker feels like something is wrong, it is important to listen to their instincts and
go with their gut feeling. This may mean that they have to leave their job behind and call for
assistance to ensure that they are safe. There's no need to increase the amount of risk a lone
worker takes, so encourage them to prioritize their safety.

Conclusion

Companies should take steps to ensure the safety of their lone workers. This should include
providing them with proper training, ensuring that they have the proper safety equipment, and
having a system in place to check in on them regularly.

In need of lone worker devices? BLACKRIDGE Solutions is the leading authority on lone worker
safety and gas detection solutions, offering a unique product portfolio to minimize risks. Protect
employees today!
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G6 Gas Detector - Transforming Single Gas Detection

9/21/2022

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Picture
What makes G6 truly unique is its long-lasting connectivity, which outlasts the competition. This means industrial organizations can fully harness real-time vital safety data for the first time in scenarios where disposable, traditional beep-and-flash detectors are commonly used.

A fully connected and intuitive solution that leverages the latest in Internet of Things (IoT) cellular connectivity, G6 delivers expanded benefits such as longer battery life, lower cost of ownership and fewer false alarms. More importantly, it gives safety professionals access to the trusted data they need to manage their safety protocols, processes, and ongoing compliance more effectively and efficiently.
 
“With this new technology, we’re bringing unprecedented levels of connectivity to industrial workplaces, helping to reduce the risk of injury, boost productivity and bring proactive safety management to a new level,” said Cody Slater, CEO and Chair, Blackline Safety. “We’re responding to a direct need in the market, giving safety managers higher performing technology to access reliable, actionable data at their fingertips.”
 
Built-in capabilities of G6 include:
 
Connectivity
  • Proven direct-to-cloud cellular connectivity that works straight out of the box.
  • Complete safety management through the Blackline Live software portal, with the ability to view an entire fleet of devices from a single screen and deliver automatic, over-the-air firmware and configuration updates.
  • Improved incident response time supported by real-time notifications and GPS mapping to quickly locate workers and devices and understand what’s happening on the ground as incidents unfold.

 
Trustworthy gas detection and powerful analytics 
  • Sensor options to quickly alert workers to exposure of toxic gases, including hydrogen sulfide (H2S), carbon monoxide (CO), oxygen (O2) and sulfur dioxide (SO2).
  • Higher precision short-term exposure limit (STEL) monitoring.
  • More accurate data that reduces false alarms and drives powerful reporting and analytics to get ahead of safety risks.


Longest-lasting device life
  • Long-life rechargeable battery that lasts up to one year.
  • Ability to quickly locate devices when lost or stolen.
  • Device life of up to four years, double the life span of competitive models.
 
According to a 2022 survey by Priority Metrics Group, 75 percent of North American environment, health and safety (EHS) managers see significant value in gas detectors with expanded features. They’re also looking for a simpler, more integrated solution when it comes to using the data generated from gas detection systems to make better informed decisions.
 
“G6 fills a current gap in the market. We have customers who are looking to replace their beep-and-flash detectors with a connected device with more safety features, but still need a device that requires minimum upkeep and is easy on time and resources,” said CJ Gregg, CEO, of a Western US-based distributor of safety supplies. “G6 delivers on all fronts.”
 
Ideally suited to large industrial organizations in the oil and gas, petrochemical, manufacturing, utility, and renewable energy sectors, G6 allows users to access important single-source data from anywhere, at any time, on any Web-enabled device, and then analyze it through Blackline’s advanced reporting, visualization and data analytics software. This means safety managers can glean critical data insights that help them stay ahead of potential risks and make daily operations more efficient. At the same time, they have state-of-the-art technology and cloud-connectivity at their fingertips to respond to incidents quickly and confidently in real-time when they do happen.

“Today’s safety and operational leaders are looking for connected solutions that support their number one goal, which is to protect workers from hazards, so they arrive home safely at the end of the day,” said Slater. “Our customer-driven approach to innovation is helping to build a world where adaptive, proactive safety programs are the norm, making it possible to reduce workplace injuries and increase productivity at the same time.”
 
G6 comes with a full warranty and flexible purchase options that include the ability to own or lease to maximize CAPEX or OPEX budgets. 

​For further information, contact BLACKRIDGE Solutions at:  (778) 686-5799 or [email protected]

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G6: Transforming Single-Gas Detection

6/14/2022

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G6
Coming Soon! .... The new standard for single-gas detection, harnessing the proven dependability and connectivity of our established portfolio of connected safety wearables.

Fast Emergency Response
  • Accurate incident and worker location to enable quick and informed action

Low Cost of Ownership
  • Reduce spend and increase operational efficiency with less lost devices, false alarms and IT infrastructure.

Trustworthy Data and Instant Insights
  • Easy-to-read visuals that help you act quickly on low compliance or high alarm rates.

Unmatched Device Life
  • Long-lasting design with the over-the-air updates to future proof your investment.

For more information, contact BLACKRIDGE Solutions at: (778) 686-5799 or [email protected]


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Lone Worker Safety: When Only The Best Will Do

5/17/2022

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​When analyzing a work alone safety solution, first determine the potential risks by not implementing one. Organizations always promote their employee safety, yet few set aside a healthy budget to ensure they deploy the best solution available to them.  

Businesses allocate and reallocate investments and resources into various areas, with an expectation for each department to achieve more with less, leading to difficult decisions in order to achieve business goals. One key area where there can’t be any compromise is protecting workers from accidents, injuries and illnesses while they’re on the job.

Working in Isolation

When creating a safety plan for lone workers, companies often need to broaden their definition of what a lone worker is. There are some clear situations where an employee qualifies as a lone worker, such as people who work independently in remote locations or who frequently drive alone between worksites.

However, more employees qualify as lone workers than one might imagine. Over 53 million people are designated as lone workers in Canada, the United States and Europe. These extremely vulnerable workers account for about 15 percent of the total workforce in those countries. As a critical component keeping businesses moving towards their goals, the unique safety challenges of lone workers must be addressed.

Here are four main types of lone working scenarios to help your company comprehensively identify your lone workers:

Indoors

A general rule of thumb: a lone worker is one working out of sight or sound of a colleague or other qualified individuals. From warehouses and laboratories to large skyscraper construction sites and underground water treatment plants, many employees are considered to be working alone while indoors, even if there are others working in the building.

Outdoors

Potentially dangerous work sites outdoors can include oilfields and power plants, logging facilities, mine sites and more. A worker can be alone for extended periods of time or for the entire workday, often in challenging environmental conditions. If they were to be struck by equipment or another object, become fatigued, are electrocuted or otherwise become vulnerable or are injured how will they call for help? And who will be on the other end of the line to deploy the response they need? The way businesses address these questions could be the difference between a rescue or a recovery.

Driving

From long haul truck drivers to individuals who drive out to remote sites, employees can find themselves in dangerous conditions while on the road. So much so that one in five fatalities is caused by travelling hazardous roads for workers employed as drivers. The challenges and dangers of this work are compounded after a long day on the job when the driver is fatigued or when weather conditions are poor. If the worker is on the clock, the company is responsible for their safety — and if an accident occurs, the clock starts and doesn’t stop until help arrives.

Remote

When satellite technology is the only means of communication for workers, it qualifies as remote or lone work. These roles include biologists conducting research in mountains or on rivers, oilfield operators and maintenance personnel, land surveyors and more. Many situations these workers find themselves in require equipment that connects them to emergency help while also actively monitoring their environment for hazards so they can focus on the task at hand.

Lone Worker Protection and Workplace Stress

Workplace stress is the top source of stress for American adults, according to the American Institute of Stress, and this can have a significantly negative impact on safety. Meanwhile, another report by the National Institute for Occupational Safety and Health, shows these results:

40 percent of workers say their job is very or extremely stressful 25 percent consider their jobs to be the top stressor in their lives. This is problematic for workers because stress can have a negative impact on a person’s ability to work safely when they are unable to focus on the task at hand.

Feeling part of a team can go a long way towards alleviating stress. Because lone workers are more physically isolated than people who work in groups, they can experience their own unique levels of high stress because of their workplace separation.

Providing a lone worker with a connected safety device gives them a lifeline to others should an accident occur. Reliable connectivity can also provide reassurance that their safety is accounted for, no matter how remote their work may be. Lone workers can focus on their jobs without worrying that their call for help could go unanswered.

Current lone worker safety technology can combine all the following benefits to protect those who are most at risk:

Lone Workers and Violence

“Workplace violence is any act or threat of physical violence, harassment, intimidation, or other threatening disruptive behavior that occurs at the work site. It ranges from threats and verbal abuse to physical assaults and even homicide.” (OSHA)

According to the National Safety Council (NSC), violence ranks as the second highest cause of death in the workplace, accounting for 17.7 percent of fatalities. According to the National Institute for Occupational Safety and Health, about 1.7 million workers are injured on the job from assaults in the United States alone each year. Add in the impact of sexual harassment and the number of victims is staggering.

Lone workers are, by definition, working alone away from other people that would be able to offer assistance if needed — which can make them even more vulnerable to violence.

Acts of physical violence can begin with verbal abuse, such as when a social worker goes to a client’s home or a government worker is in their office building during off hours. Sometimes, the verbal abuse escalates and can cross over into threats of violence — and then a percentage of them turn into acts of physical violence.

By providing lone workers with safety monitoring technology and a means to discretely communicate in real-time with personnel empowered to deploy emergency responses, the employee has the tools they need to help them feel safe when working. It’s also important to train these workers on when to reach out for help; meaning, before the situation turns into one of physical violence.

A new layer of lone worker safety

There are a wide range of unique dangers that threaten lone workers on the job. In 2019 there were a total of 5,333 lone worker deaths, according to the U.S. Bureau of Labor Statistics.

These included:

Transportation incidents – 2,122 (39.8%)
Falls, trips and slips – 880 (16.5%)
Exposure to harmful substances or environments – 642 (12.0%)
Fatalities due to fires and explosions – 99 (1.9%)

By establishing a proactive approach to safety, companies can help protect all their workers, whether they work alone or not, from potential harm. A key tactic when pursuing lone worker safety is to focus on connectivity. When coworkers are not physically present to look out for each other, being connected to monitoring personnel that are alerted if an incident occurs in real time is critical.

To find out which award winning lone worker safety solution is best for your organization, contact BLACKRDGE Solutions at (778) 686-5799 or [email protected]

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G7c: Work Alone Safety and Gas Detection - All-in-One Device

2/10/2022

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G7c is the world’s first 3G-connected gas detector with integrated lone worker monitoring and evacuation management tools, connecting workers to live monitoring personnel in real-time. Work-anywhere 3G connectivity is complemented by an industrial two-way speakerphone, text messaging and location tracking.

Devices automatically watch over workers and call for help, even when the employee can’t. G7c delivers comprehensive gas coverage with an exclusive modular design, tailoring gas detection to every industry, application and scenario. Should a gas leak, fall or a no-motion incident be detected, assisted-GPS capability guides responders directly to the effected worker’s location.

G7c provides critical insights and situational awareness for optimized emergency responses, enabling teams to react with all the information necessary for rescues in complex, hazardous environments. Devices communicate all gas detection and safety incidents to live monitoring teams who can mobilize responders to an employee’s exact location or trigger evacuations in real-time when required.
​

If you are using G7c for gas detection, you can review your device’s bump test and calibration certificates here.

For further information, contact BLACKRIDGE Solutions at (778) 686-5799 or [email protected]

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Advances in Gas Detection Technology

1/14/2022

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Gas detection technology has continued to advance, with an important development occurring in the 1920s. That’s when Dr. Oliver Johnson of Standard Oil Company (now Chevron) created the catalytic combustion (LEL) sensor that relies upon pellet-resisters (or pellistors). These beads are the most commonly used system to detect combustible gases today.
 
 
About 50 years later, a patent was filed by Koz Ishida for a new gas detection system: non-dispersive infrared (NDIR) sensors. These sensors use infrared light shone through a gas sample at a specific wavelength. The returning wavelength is then analyzed. If weaker, this indicates the presence of hydrocarbon gases that absorb infrared light.
 
This type of technology has continued to advance, although the foundational principles remain the same. Both of these types of detection technologies — pellistors and NDIR — are used in today’s workplaces.
 
 
Until very recently, there have been no  significant developments in sensor technology. However, in October 2018, NevadaNano launched a breakthrough in the gas detection industry with the release of the Molecular Property Spectrometer (MPS™) sensor for combustible gases. This sensor is much more accurate than both pellistors and NDIR sensors, resulting in decreased costly and time-consuming evacuations from false alarms. The MPS sensor also detects an unprecedented 12 different combustible gases including acetylene and H2 and is immune from poisoning from substances like silicones (e.g. WD-40) that render other sensors useless. It can also classify the detected gas into various categories, indicating what type of combustible hazard you are dealing with so that proper responses can be initiated. 

G7 Cartridges For Complete Lone Worker Safety

G7 is expandable with interchangeable cartridges so you can completely customize your company’s lone worker safety program. The choice of the standard lone worker without gas detection, single-gas, multi-gas, or multi-gas with pump cartridges gives your employees the monitoring capability for every role they need to keep them safe.
 
Confined Space Gas Detectors

Confined spaces naturally tend to have reduced ventilation, which creates environments where toxicity-related dangers are higher. When workers need to enter a confined space, the G7 multi-gas pump cartridges, with a sampling hose of up to 99 feet, allows workers to check gas toxicity levels to ensure the space is safe to enter.  
Visibility into confined space entries around a worksite is also taken to the next level with assisted GPS technology. Each confined space would first be tagged for location mapping, which allows your company to see when and where a worker enters a mapped space. And with the use of location beacons in conjunction with floor plans, visibility of entries is retained even without a direct GPS signal and for different floors or levels. You can also see how long a worker remains in that space and their peak exposure to gas during that time.  

Lone Worker Monitoring

Standard G7 cartridges (without gas monitoring) provide your company with real-time situational awareness, functioning as lone worker monitoring devices that amplify personal safety. Team members with G7 wearables are wirelessly connected to the Cloud in location-enabled ways, with complete customization available to maximize lone worker safety. 
Uploaded data can easily be leveraged through Blackline Live for the full picture- visualization, record keeping, and analysis. 

Expandable Devices

With plug-and-play configurability, a lone worker cartridge without gas detection can be easily swapped for a G7 diffusion cartridge, turning the device into a personal gas detector, including the ability to go from a single-gas to a multi-gas detector for up to five gases.
 
Plus, the connectivity of this technology means that the device data and gas readings are automatically uploaded in real-time — allowing your workers to be confident that their safety is constantly being monitored. 
For more information contact BLACKRIDGE Solutions at (778) 686-5799 or [email protected]
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