Blog Archives

Connected Gas Detection: Total Cost of Ownership

6/29/2023

Connected Gas Detection Safety Solutions play an essential role in ensuring workplace safety
and reducing the Total Cost of Ownership (TCO). The TCO is the sum of all costs associated
with owning, operating, and maintaining a gas detection system over its entire lifespan. These
costs include the initial purchase price, installation and commissioning costs, ongoing
maintenance and calibration, and replacement of sensors and parts.

By implementing Connected Gas Detection Safety Solutions, organizations can significantly
reduce their TCO while ensuring the safety of their employees and the environment. If you want
to learn more about this, then we've got just the thing for you. Today, we will be exploring how
Connected Gas Detection Safety Solutions reduce TCO and improve workplace safety.

Improved Reliability and Accuracy

Connected Gas Detection Safety Solutions utilize advanced sensor technologies and software
to detect and measure the concentration of gases in the air. These sensors are highly reliable
and accurate, providing real-time data that can be used to identify and respond to potential
hazards quickly. The use of advanced sensors reduces the need for frequent maintenance and
calibration, reducing the overall TCO of the system.

Remote Monitoring and Management

Connected Gas Detection Safety Solutions allow for remote monitoring and management of gas
detection systems. This remote access enables authorized personnel to monitor gas levels and
system performance from any location, reducing the need for onsite visits and minimizing
downtime. Additionally, remote access provides real-time data, enabling operators to respond
quickly to potential gas leaks or other hazards.

Predictive Maintenance and Replacement

Connected Gas Detection Safety Solutions utilize advanced algorithms and predictive analytics
to monitor system performance and predict when maintenance or replacement of sensors and
other components is required. This predictive maintenance approach reduces the need for
routine maintenance and replacement, reducing the TCO of the system while ensuring it
remains reliable and accurate.

Reduced False Alarms

Connected Gas Detection Safety Solutions utilize advanced algorithms to reduce the likelihood
of false alarms, which can be costly and disruptive to operations. By reducing the number of
false alarms, the system can be relied upon to provide accurate and timely alerts when actual
hazards are present, reducing the risk of workplace accidents and injuries.

Increased Visibility and Control

Connected Gas Detection Safety Solutions provide increased visibility and control over gas
detection systems. Operators can monitor system performance, identify potential issues, and
make informed decisions about maintenance and replacement. This increased visibility and
control reduce the TCO of the system by enabling operators to optimize performance and
maximize the lifespan of the system.

Integration with Other Safety Systems

Connected Gas Detection Safety Solutions can be integrated with other safety systems, such as
fire detection and suppression systems, emergency shutdown systems, and ventilation systems.
This integration provides a comprehensive safety solution that reduces the TCO of each
individual system while improving overall workplace safety.

Real-Time Alerts and Notifications

Connected Gas Detection Safety Solutions provide real-time alerts and notifications when gas
levels exceed predefined thresholds. These alerts can be sent via email, SMS, or other
communication channels, enabling operators to respond quickly to potential hazards. By
providing real-time alerts, Connected Gas Detection Safety Solutions reduce the risk of
workplace accidents and injuries, improving workplace safety while reducing the TCO of the
system.

Conclusion

Ultimately, real-time alerts and notifications, as well as increased visibility and control over gas
detection systems, lessen the risk of workplace accidents and injuries, leading to improved
workplace safety and reduced TCO of the system.

Discover the unparalleled expertise of BLACKRIDGE Solutions, the foremost authority on lone
worker safety and gas detection solutions. Our cutting-edge lone worker devices are second to
none. Equipped with state-of-the-art technology and developed in collaboration with leading
manufacturers in the industry, our machines ensure the well-being of your employees, even in
the most challenging environments. Get yours now! info@blackridgesolutions.com

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Lone Worker Safety Device: What You Should Know About It

6/22/2023

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Lone workers are employees who work alone or without direct supervision. They may work in remote locations, at night, or in hazardous environments. As a result, it is essential to have an effective lone worker safety program in place to protect their safety and well-being. One of the critical components of such a program is lone worker safety devices.

This article will explore what you should know about lone worker safety devices. So read on to learn more!

What are Lone Worker Safety Devices?

A lone worker safety device is a small and inconspicuous instrument, app, or service that
permits communication with employers or emergency services in more severe cases.

Employees are protected by lone worker safety equipment while they travel, work, or encounter
unknown persons alone. These devices are wearable or mobile applications that enable lone
workers to signal for help in an emergency. These are designed to provide quick and efficient
communication between the lone worker and their employer or emergency services.

The current leading solutions are the Loner MOBILE safety app, the G7 safety monitoring device and the ZOLEO satellite communicator.

How Do Lone Worker Safety Devices Work?

1. Two-Way Communication

Integrated communications capability elevates a lone worker monitoring system to the next level
by making it useful daily. By adding those communication features, the push-to-talk functionality
on these gadgets reduces the bother, range constraints, and expense of two-way radios.
Lone workers can utilize it to swiftly and efficiently communicate with other staff when needed.
Combining all of these capabilities into a single device can save businesses thousands of
dollars over the life of their devices. Knowing they can quickly connect with their employees
regardless of location also gives them peace of mind.

2. GPS Tracking

GPS tracking is a feature that allows the lone workers location to be monitored in real-time. This feature is typically enabled on devices with a GPS receiver or through a mobile application.
It allows employers to keep track of their workers movements and ensure their safety while
working alone.

If a worker is distressed, their location can be quickly identified, and help can be dispatched to their exact location. GPS tracking also helps employers ensure that workers are where they are supposed to be and can help them respond quickly to any deviations from their schedule.

3. Fall Detection

Fall detection benefits lone workers who operate in hazardous environments or may suffer from
medical conditions that increase their risk of falling. This device can automatically distinguish
between the movements related to a fall and those associated with acts.

It may be tailored to match activity levels and staff tasks, with powerful micro-electromechanical
sensors continuously monitoring a lone workers motion. A pre-determined alert reaction is
triggered if a fall is reported and the employee does not deactivate the alarm to check their well-
being.

4. Man-Down Detection

Man-down detection is similar to fall detection but designed to detect when a worker is in a
prone position for an extended period. This feature is handy for workers in hazardous
environments where they may be exposed to toxic fumes or gases that can cause them to lose
consciousness.

Conclusion

Lone worker safety devices are essential to any lone worker safety program. They provide quick
and efficient communication between the lone worker and their employer or emergency
services. This enables rapid response in an emergency.

If you employ lone workers, investing in a suitable lone-worker safety device is essential to
ensure their safety and well-being.

Discover the unparalleled expertise of BLACKRIDGE Solutions, the foremost authority on lone
worker safety and gas detection solutions. Our cutting-edge lone worker devices are second to
none. Equipped with state-of-the-art technology and developed in collaboration with leading
manufacturers in the industry, our solutions ensure the well-being of your employees, even in
the most challenging environments. Get yours now!

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Understanding Gas Detectors: How They Work and Keep You Safe

6/15/2023

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Gas detectors are crucial safety devices that are used in various industries to protect people
and property from hazardous gases. They work based on the principles of catalytic combustion
and infrared absorption and are available in portable and fixed configurations.

Understanding how gas detectors work can help prevent accidents and save lives. In this article,
we will delve deeper into the working of gas detectors and their importance in ensuring safety in
hazardous environments.

Gas Detection Principles

Gas detectors work based on two primary principles: the catalytic combustion and infrared
absorption. Catalytic combustion sensors are used for detecting combustible gases, while
infrared detectors are used for detecting toxic gases.

Catalytic Combustion Sensors

Catalytic combustion sensors detect combustible gases such as methane, propane, and
hydrogen. These sensors consist of two platinum wire coils that are heated to high
temperatures, typically around 500°C. One coil is coated with a catalyst material that promotes
the combustion of gases.

When a combustible gas comes into contact with the catalyst, it oxidizes and releases heat,
causing a rise in temperature on the coated coil. The other coil acts as a reference, measuring
the baseline temperature. The difference in temperature between the two coils is proportional to
the gas concentration and is measured by the detector.

Infrared Sensors

Infrared sensors are used for detecting toxic gases such as carbon monoxide, nitrogen dioxide,
and sulphur dioxide. These sensors work based on the principle of infrared absorption. Each
gas has a unique absorption spectrum in the infrared region, which means that it absorbs light
at specific wavelengths.

The detector emits an infrared beam of light that passes through the air and is reflected back to
the detector by a mirror. The gas molecules in the air absorb some of the infrared light, reducing
the amount of light that reaches the detector. The detector then measures the amount of light
absorbed and calculates the gas concentration.

Types of Gas Detectors

There are several types of gas detectors, including portable fixed detectors, and universal gas
detectors.

1. Portable Gas Detectors

Portable gas detectors are handheld devices that are used to detect gas leaks or concentrations
in the air. These devices are compact and lightweight, making them easy to carry around. They
are battery-operated and have a digital display that shows the gas concentration in parts per
million (ppm) or percentage of the lower explosive limit (LEL).

Portable gas detectors are commonly used by firefighters, gas utility workers, and emergency
responders.

Currently, the award-winning G7 gas detectors from Blackridge Solutions are recognized as the industry leader in portable gas detectors.

2. Fixed Gas Detectors

Fixed gas detectors are installed in a fixed location and are used to monitor gas concentrations
in an area continuously. These detectors are connected to a control panel that receives signals
from the detectors and activates alarms or shut-off valves if gas concentrations exceed a
predetermined level.

Fixed gas detectors are commonly used in industrial settings such as chemical plants, oil
refineries, and manufacturing facilities.

Currently, the award-winning EXO Area Monitor from Blackridge Solutions is recognized as the industry leader in fixed gas detectors

3. Ultrasonic Gas Detectors

Ultrasonic gas detectors use high-frequency sound waves to detect gas leaks. Ultrasonic gas
detectors work by emitting high-frequency sound waves that bounce off surfaces and are
reflected back to the detector. When a gas leak occurs, the sound waves are altered, and the
detector can detect the change in the frequency of the sound waves.

Ultrasonic gas detectors are commonly used in large industrial facilities, such as chemical
plants and oil refineries, where gas leaks can be catastrophic. These detectors are also useful
in detecting gas leaks in hard-to-reach areas or locations where other sensors may not work
effectively.

Conclusion

Gas detectors are essential safety devices that protect people and property from hazardous
gases. They work based on two primary principles of catalytic combustion and infrared
absorption. Catalytic combustion sensors detect combustible gases, while infrared sensors
detect toxic gases
.
Portable, fixed gas and universal gas detectors are the three main types of gas detectors, with
each having its specific applications. Understanding the principles of gas detection and how gas
detectors work can help keep you safe in hazardous environments.

Blackridge Solutions offers a variety of personal safety devices for lone workers. Our portable
gas detection devices are the perfect solution for those who want to keep their safety and
security a top priority. Contact us today to learn more about our products and how we can help
you keep your workplace safe and secure. info@blackridgesolutions.com or (778) 686-5799

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4 Key Factors to Ensure a Successful Shutdown or Turnaround

6/8/2023

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Shutdowns and turnarounds are an essential part of any industrial operation. These
planned events allow companies to perform maintenance, inspect the equipment, and
repair. When executed correctly, these events can improve plant safety, increase efficiency,
and extend the lifespan of the equipment. However, shutdowns and turnarounds can also
be costly and disruptive. Therefore, it is essential to consider the following four key factors
to ensure a successful shutdown or turnaround.

1. Planning

Effective planning is critical for a successful shutdown or turnaround. The planning process
should start well before the event and involve all stakeholders, including management,
maintenance personnel, and contractors. The first step is to create a detailed schedule
outlining the work that needs to be completed, the resources required, and the timelines.
The schedule should be realistic and flexible enough to accommodate unforeseen issues
and delays.

The next step is to identify potential risks and develop mitigation strategies. For example, a
risk assessment may reveal that equipment needs to be shut down and isolated before
maintenance work can occur. In this case, a plan should be developed to ensure all
isolation procedures are followed and the equipment is safely shut down to prevent
accidents or damage.

2. Communication

Effective communication is essential during a shutdown or turnaround. All stakeholders
should be informed of the events progress and any issues that arise. This includes internal
and external stakeholders, such as suppliers and customers who may be affected by the
shutdown.

Regular communication can help build trust and ensure everyone is working towards the
same goals. It can also help to identify and resolve issues more quickly, minimizing
downtime and reducing costs.

3. Safety

Safety is paramount during a shutdown or turnaround. The event provides an opportunity to
carry out maintenance work and repairs but poses significant risks to personnel and
equipment. Therefore, developing a comprehensive safety plan that includes all necessary
procedures, training, and equipment is essential.

The safety plan should be communicated to all stakeholders, and everyone should be
trained to follow the procedures and use the equipment correctly. Regular safety
inspections should also be conducted to identify potential hazards and ensure safety
protocols are followed.

4. Execution

Execution is the final key consideration for a successful shutdown or turnaround. The
events success depends on the ability to execute the plan effectively and efficiently. This
requires a skilled and experienced team of professionals who are capable of carrying out
the work to a high standard.

The team should be led by a project manager who has experience in managing shutdowns
and turnarounds. They should ensure that the plan is executed correctly, that all
stakeholders are kept informed, and that any issues are addressed promptly.

Conclusion

Shutdowns and turnarounds are essential for maintaining efficient and safe operation of
industrial plants. However, they can also be costly and disruptive if not planned and
executed correctly. Therefore, it is essential to consider the four key factors of planning,
communication, safety, and execution to ensure a successful event. By doing so,
companies can minimize downtime, reduce costs, and improve plant safety and efficiency.

BLACKRIDGE Solutions has established itself as a leading expert in ensuring the safety of
lone workers through our advanced lone worker system and gas detection solutions. Our
team has rigorously tested and carefully selected the top manufacturers and developers in
the industry to create an unparalleled and award-winning product portfolio. Contact us today
to learn more! info@blackridgesolutions.com or (778) 686-5799

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How Does a Lone Worker Alarm Ensure Safety and Peace of Mind?

6/1/2023

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In today's fast-paced work environment, many employees work alone or in remote areas where immediate assistance may not be readily available. While working alone can be an essential
aspect of certain jobs, it can also be a significant safety concern. A lone worker alarm system is
a crucial safety measure that can ensure the safety and peace of mind of employees who work
alone, providing them with 24/7 protection. This blog post will delve into the importance of a lone
worker alarm and how it can provide essential safety and peace of mind for those working in
isolated environments.

What is a Lone Worker Alarm?

A lone worker alarm is a portable device designed to provide immediate assistance to
employees who work alone or in remote areas. These devices typically include a panic button,
which, when pressed, sends an alert to pre-determined contacts, such as supervisors or
security personnel, notifying them of the workers distress. Some advanced systems also
include fall detection, no-motion detection, GPS tracking, and two-way communication features, ensuring that help is always available when needed.

How Does a Lone Worker Alarm Ensure Safety and Peace of Mind?

1. Immediate Assistance

One of the main benefits of a lone worker alarm is that it provides immediate assistance in case
of an emergency. When a worker is injured, threatened, or in distress, the panic button can be
pressed, and an alert is sent to the appropriate contacts. This immediate response can be
crucial when every second counts, such as medical emergencies or physical threats.

2. GPS Tracking

Many lone worker alarm systems include GPS tracking, allowing the workers location to be
pinpointed accurately. This feature is particularly useful when the worker is in a remote location,
making it difficult for emergency services or colleagues to locate them. GPS tracking also
enables supervisors to monitor the movements of their lone workers, ensuring that they stay
within designated safe zones.

3. Fall Detection / No Motion

Some advanced lone worker alarm systems include fall detection or no-motion detection technology. These features use sensors to detect if the worker has suffered a sudden fall, which could indicate injury or incapacitation or no-motion, which could indicate a possible heart-attack. If a fall is detected, the alarm system will automatically send an alert to the designated contacts, ensuring that help is sent even if the worker cannot press the panic button.

4. Two-Way Communication

Lone worker alarms that include two-way communication allow workers to communicate directly
with their supervisor, security personnel, or emergency services. This feature enables workers
to provide additional information about their situation and receive guidance or reassurance in
return, further ensuring their safety and peace of mind.

5. 24/7 Protection

A lone worker alarm system provides continuous protection, ensuring that workers have access
to help whenever they need it. This 24/7 protection is particularly important for those who work
in remote areas or during non-standard hours, such as night shifts, when assistance may not be
readily available.

6. Employee Confidence and Wellbeing

Knowing they have immediate access to help in an emergency can significantly impact a lone
workers confidence and wellbeing. This peace of mind allows employees to focus on their work without worrying about potential dangers, ultimately leading to increased productivity and job
satisfaction.

Conclusion

Ensuring lone workers safety and peace of mind is a vital responsibility for employers. A lone
worker alarm system is essential in achieving this goal, providing immediate assistance, GPS
tracking, fall detection, no-motion detection, two-way communication, and 24/7 protection. By investing in a lone worker alarm system, employers can create a safer work environment and give their employees the confidence and reassurance they need to perform their jobs effectively and efficiently.

BLACKRIDGE Solutions is committed to providing the best lone worker safety and gas
detection solutions in the industry. Our unique, highly respected, and award-winning product
portfolio is designed to keep your lone workers safe and secure, no matter where they work.
Contact us today to learn more about our lone worker alarm system and how it can benefit your
business. info@blackridgesolutions.com or (778) 686-5799

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Connected Gas Detection: Total Cost of Ownership

Lone Worker Safety Device: What You Should Know About It

Understanding Gas Detectors: How They Work and Keep You Safe

4 Key Factors to Ensure a Successful Shutdown or Turnaround

How Does a Lone Worker Alarm Ensure Safety and Peace of Mind?

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