Comprehensive Guide: 5 Steps for Job Safety Analysis

Comprehensive Guide: 5 Steps for Job Safety Analysis

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Step 1: Choose a Job to Analyze for Job Safety Analysis

Every effective safety program starts with identifying and addressing hazards before incidents occur. Ideally, you will want to perform a job safety analysis (JSA) for every task performed at your worksite—but safety managers and employees have limited time to analyze all of the various jobs associated with their operations, so it’s important to analyze the most critical jobs first. Follow these 5 steps to a successful job safety analysis to ensure a safer work environment.

OSHA recommends prioritizing jobs for analysis according to the following criteria:

  • Jobs with the highest injury or illness rates
  • Jobs with the potential to cause severe or disabling injuries or illness, even if there is no history of previous accidents
  • Jobs in which one simple human error could lead to a severe accident or injury
  • Jobs that are new to your operation or have undergone changes in processes and procedures
  • Jobs complex enough to require written instructions

Step 2: Identify Job Site Needs and Task Breakdown

Once you have decided on a specific job to analyze, you should break down the job into a list of tasks to be performed. You will want to list every necessary step from start to finish.

For example, operating a piece of equipment may include:

  • Preparing for the job
  • Turning on the device
  • Performing the task
  • Shutting down the machine
  • Completing any necessary cleanup

Doing this sort of breakdown and analysis may seem time-consuming, but because each step requires different safety measures and personal protective equipment (PPE), it is vital to paint a detailed picture of what hazards could be present during a job.

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Step 3: Determine Hazards and Risks in Job Safety Analysis

Now we come to the focus of any JSA—identifying the potential hazards associated with a job. Once you’ve broken down the job into individual steps, you can more easily see the risk present in each task. Many safety managers will even identify hazards in tandem with the task breakdown, as this will help them become more aware of the environment and potential risks associated with every step.

As you proceed through the sequence of tasks for a job, it is important to address the following questions:

  • What type of hazard is present?
  • What is the risk level of this hazard?
  • How probable is this hazard?

The answers to these questions can vary depending on the potential hazards and work environments associated with a job. Consulting with employees who regularly complete a job is a solid way to properly identify hazards, as well as using established checklists and resources from digital safety solutions.

Step 4: Develop Preventative Controls

Reducing risk and preventing incidents on a job comes down to taking proper preventative measures. While types of prevention depend on the potential hazards, they can generally be broken down into five categories:

  • Elimination: Physically remove the hazard from the environment.
  • Substitution: Replace the hazard with a safer option.
  • Engineering controls: Isolate your team from the hazard.
  • Administration controls: Change the way people work to avoid the hazard.
  • PPE: Protect your team with personal protective equipment.

Step 5: Document and Share Job Hazard Analysis Reports

Once a JSA has been completed, the related reports should be documented and made available to your employees. Every worker who performs a job needs to be aware of the associated hazards and what preventive measures will help keep them safe.

This means making sure reports are easy to access and understand. When a worker is training for a particular job, the related JSAs should be provided to them, and they should be required to confirm that they received and read all relevant documentation. This helps keep your team safe and ensures accountability if an incident were to occur on a job.


Looking for a safety solution that covers every step of an effective job safety analysis? GoCanvas Compliance & Safety includes pre-built digital forms so you can collect accurate and complete information for every job. Established PPE checklists, environment photo capture, and hazard analysis tables mean you get the vital details every time, so you can focus on taking the appropriate actions to keep your team safe.

Ready to revolutionize your job safety analysis process? Schedule a free demo with GoCanvas today and see how our tools can streamline your workflow.

About GoCanvas

GoCanvas® is on a mission to simplify inspections and maximize compliance. Our intuitive platform takes care of the administrative tasks, freeing our customers to focus on what truly matters – safeguarding their people, protecting their equipment, and delivering exceptional quality to their customers. 

Since 2008, thousands of companies have chosen GoCanvas as their go-to partner for seamless field operations.

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Oil and Gas Worksite Safety: Fire and Explosion Risk Mitigation

Oil and Gas Worksite Safety Explosion Risk Mitigiation

Oil and Gas Worksite Safety: Fire and Explosion Risk Mitigation

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The oil and gas industry, which is fraught with inherent hazards, places the utmost importance on protecting workers from fire and explosion. As a vital part of the global economy, this sector acknowledges that every safety decision has wide-reaching implications. The industry’s integration of mobile technology in safety management is not just a leap toward operational efficiency but also a significant step in creating a more cohesive and secure working environment.

Maintaining safety in the oil and gas industry is a complex challenge, given the nature of the work and the environments in which it takes place. Fire and explosion hazards are among the most significant risks, requiring constant vigilance and robust safety measures. Notably marked by incidents such as the Deepwater Horizon disaster, the industry’s history serves as a continuous reminder of the potential consequences of avoidable safety oversights. These events have catalyzed the industry to re-evaluate and strengthen safety protocols, ensuring they are comprehensive and responsive to the complexities of modern oil and gas operations.

Developing a comprehensive safety plan in the oil and gas industry demands a multifaceted approach that intertwines passive and active protection measures. Passive measures are foundational to this strategy, encompassing structural fire-resistant designs and the strategic segregation of high-risk areas to mitigate potential incidents. These measures are essential in creating a safe baseline environment and minimizing risks even before they arise.

Active measures, on the other hand, are dynamic: They involve continuous worker training, regular emergency response drills, and stringent maintenance protocols. Their aim is to ensure that personnel are not only aware of potential hazards but also adequately prepared to respond effectively in emergencies.

The integration of mobile technology plays a pivotal role in tying these elements together by supporting the effective implementation, monitoring, and ongoing refinement of safety protocols. By leveraging mobile technology, real-time data collection and analysis become possible, thereby enhancing every level of the decision-making processes.

Mobile technology has significantly changed safety management in the oil and gas industry, replacing paper-based methods with dynamic digital solutions. This shift enables rapid adaptability to changing conditions—a critical feature in an environment where safety needs are constantly evolving. Real-time data processing and communication are central to this change, enhancing hazard management and emergency responsiveness.

Technological advancement also deepens the industry’s safety culture. It simplifies safety procedures, making them more accessible and encouraging wider participation across all workforce levels. This collective engagement is pivotal for a sustained commitment to safety.

The ability of mobile technology to collect, analyze, and effectively utilize data in the form of analytics transforms the way safety risks are handled. With this approach, safety managers can proactively identify potential hazards and implement targeted preventive measures. Employing data in this manner moves the industry’s risk management from a reactive stance to a proactive approach, significantly reducing the likelihood of accidents while enhancing overall worksite safety.

Consistent training and regular emergency response drills are integral to maintaining high safety standards in the oil and gas industry. Mobile technology enhances these training programs by streamlining the organization and execution of sessions and drills. It offers an efficient means to track participation and evaluate the effectiveness of each activity, ensuring both systematic and comprehensive training.

Mobile technology also plays a crucial role in assessing the success of safety training. It allows for the collection of feedback and analysis of drill performance, pinpointing areas for improvement. This ensures that personnel are not only familiar with the latest safety procedures but can also apply them effectively in real-world scenarios. 

Traditionally, recordkeeping and safety inspections in the oil and gas industry have been labor-intensive and prone to errors. However, the introduction of mobile data collection apps has revolutionized these aspects of worksite safety. The use of technology streamlines processes and lays a solid foundation for enhanced recordkeeping and inspections. 

Fire inspection software platforms like GoCanvas facilitate efficient, accurate, and real-time management of safety procedures. The reliability, accessibility, and timeliness of safety records—which are crucial for upholding high safety standards in the face of oil and gas worksite hazards—are significantly improved in dynamic and hazardous environments.

One significant advantage of mobile technology over traditional methods is its ability to improve communication. In remote areas where clear and consistent communication is crucial, mobile technology offers reliable connections. This capability is essential for maintaining safe and efficient operations, especially in areas where traditional communication methods are inadequate or nonexistent.

The ability to instantly access accurate safety data is a critical advantage of mobile technology. In emergency situations where rapid decision-making is required, having the latest safety rules and information available on mobile devices is invaluable. This capability significantly reduces risks and enhances the management of incidents, making mobile technology a game-changer in risk mitigation.

The integration of mobile technology into fire and explosion risk management marks a turning point in the oil and gas industry. This evolution is more than a step toward enhancing worker safety; it’s a leap in operational efficiency and adaptability. As the industry navigates new challenges and continues to evolve, mobile technology is positioned to be a key player in elevating safety standards and is expected to serve an increasingly vital role in the industry’s future. This technology is not just keeping pace with industry needs but shaping a safer, more efficient future for oil and gas operations worldwide.

Our e-book, “5 Common Hazards in Oil and Gas Extraction and How to Address Them,” is packed with insights to help prevent fire and explosion risks at your worksite and ensure the safety of your workers.

What will you find in this e-book?

  • In-depth analysis of the most prevalent safety hazards in the oil and gas industry
  • Guidance on evaluating the safety design of your rig or well, with an emphasis on safety training and equipment maintenance
  • Practical tips for leveraging mobile technology to analyze and enhance your existing safety systems

This e-book is an essential resource for anyone looking to fortify their safety measures in the oil and gas sector. Don’t miss out on valuable insights — download your copy now and take a significant step toward a safer, more technologically advanced worksite.

About GoCanvas

GoCanvas® is on a mission to simplify inspections and maximize compliance. Our intuitive platform takes care of the administrative tasks, freeing our customers to focus on what truly matters – safeguarding their people, protecting their equipment, and delivering exceptional quality to their customers. 

Since 2008, thousands of companies have chosen GoCanvas as their go-to partner for seamless field operations.

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What You Should Know About Job Safety Analysis

What You Should Know About Job Safety Analysis

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Safety is a vital part of the construction industry. Your construction company has to put measures in place to ensure the safety of workers at the construction site. This requires you to implement the Job Safety Analysis (JSA), which ensures all workers observe all the stipulated safety measures.

Here is everything you need to know about JSA, and why it’s important to the construction industry.

JSA, or Job Safety Analysis, is a step-by-step procedure that splits each job into manageable training tasks, identifies the safety components in each task, and trains employees on how to avoid safety hazards.

Job safety analysis pinpoints specific areas that have potential safety risks and helps you keep your workers safe. It also helps your company become compliant with safety guidelines thus reducing your employee turnover and instilling trust in your customers. JSA is sometimes referred to as Job Hazard Analysis or JHA.

Job safety analysis works by deconstructing jobs into simple tasks and analyzing the safety concerns in each task. It requires you to compile a JSA report using a series of steps. These steps make fulfilling JSA requirements quick and easy.

Once the report is complete, you can train your employees on laid down safety procedures and make sure they stay safe. This will greatly reduce the risk of injuries during construction.

Since a job safety analysis is a step-wise procedure, there are five steps to get a successful JSA.

An effective job safety analysis starts by identifying a job and noting the hazards and injuries associated with it. It is important to point out the hazards before they occur. You will need to perform a job safety analysis on every task done on the construction site.

There may be several tasks to be accomplished and a limited time to analyze the safety hazards in each of them. It is important to prioritize the jobs to analyze first using the criteria below:

  • Accident frequency: You need to perform a job safety analysis on tasks that are prone to accidents or illnesses.
  • Accident severity: Jobs with fatal or near-fatal accidents need immediate safety attention. They include jobs with high risks of falling from great heights, handling hazardous materials, or risky machinery.
  • Jobs prone to human error: These are tasks that have complex written instructions, or where one simple human error can cause injury, permanent disability, or death.
  • New jobs: Jobs that are new to your operation or that have undergone changes in processes and procedures need to undergo a job safety analysis to determine their necessary safety procedures.

After you choose the job to analyze, you will need to break it down into a series of tasks that need to be accomplished for the job to be done. You need to list each task from the beginning of the job to the end.

An example of a job is hoisting construction materials to a high floor using a crane. This job can be broken down into several tasks as follows:

  • Preparing for the job by collecting the equipment you need.
  • Turning on the crane.
  • Loading the building materials to be carried by the crane.
  • Turning off the machine.
  • Cleaning up.

This may seem like a laborious process to complete for every job on the site but it is crucial for analyzing the risks associated with using a crane. It will let you compile the safety measures needed and PPEs associated with the job. It is vital to analyze each of the steps that make up a job and get a full picture of any hazards that could occur before they do.

This is the main aim of a job safety analysis. Once you’ve determined the steps required to complete a task, you can see the risks in each step. It is important to examine the entire environment to determine the existence of any possible hazard. This means that dangers exist in the task being performed and in the environment in which they are performed.

When assessing hazards, you need to determine the risk and degree of injury associated with each safety hazard. You can do this by addressing the following questions:

  • What type of hazard is present?
  • What is the level of risk in this safety hazard?
  • What is the probability of this hazard occurring?
  • Can this hazard cause injury?
  • If yes, how severe can the injuries get?

To get answers to these questions, you can consult employees with extensive field experience. Some professionals use software for risk assessment to determine the levels of risk with each task.

This step involves you coming up with ways to prevent the hazards that you previously outlined. This involved documenting any personal protective equipment needed and measures to mitigate the risks involved with a job.

Once these are taken into account, you need to conduct another risk assessment of each task to find any residual risk or amount of risk remaining. This can be achieved by using the methods you used before to determine the initial risks.

If you see that you cannot eliminate risks, you can try to change the job procedure to limit the risks as much as possible. This includes providing Safety Data Sheets or SDSs that give information on safety protocols and give details on a possible hazard.

Once all risks and residual risks have been compiled, you will be able to determine the overall risk associated with a job. This information will help you identify the jobs that pose the biggest risks to your workers even with preventive measures.

The data collected on this exercise will help you see if additional preventive measures are necessary to further reduce the risk of injury.

Once you complete a job safety analysis, it is important to compile, document, and share your findings with your employees in a report. Every worker associated with the job must be made aware of the risks associated with it and the measures they should take to ensure their safety.

The report should be accessible to every worker and easy to understand. When an employee is training for a specific job, the JSA report associated with the task should be given to them.

The company should confirm that the worker has read and understood the report. This will ensure that the employee knows what to do to avoid injury and provide accountability in case of any incident.

A successful JSA ensures consistent and safe work methods. The safety measures stipulated by a job safety analysis make the job site safe for workers and site visitors. It also makes employees feel confident while working because they know all the risks associated with their jobs.

It reduces the risk of injuries to construction workers by helping them know how to best perform a task without the risk of injury. A JSA form provides official documentation that regarding an employee’s knowledge of the safety protocol associated with a job.  

Construction companies need job safety analysis more than any other industry because of the many safety and health hazards at construction sites. Here are reasons construction companies need JSA:

A job safety analysis lets companies meet safety standards stipulated by the Occupational Health and Safety Industry. In addition to keeping your workers safe, a JSA makes your company compliant with national safety standards and helps you avoid negative legal and financial repercussions.

A JSA helps construction companies improve communication through multiple levels of leadership. This is because it needs input from representatives in multiple levels of your employee team.

The review and comment process allows the company to have open communication and get feedback from all its employees. It also lets the company see any safety issues they may have overlooked.

Job safety analysis helps train new employees. When you hire a new worker, you need to orient them to the job as soon as possible. A JSA is a quick way to get a new employee accustomed to all your safety procedures. This will greatly reduce human error due to inexperience because of the teaching aids created by the JSA process.

A job safety analysis lets a construction company avoid dangerous work conditions as much as possible. It prevents accidents on a construction site. While OSHA standards help avoid many dangerous incidents, they are not enough to avoid every potential hazard on the work location.

The job safety analysis mobile form is designed for construction companies. It covers wide aspects of safety procedures on construction sites, including personal protective equipment, safety training, and machinery safety. The construction safety analysis can be customized to suit your unique company needs.

If you are looking to streamline your processes and push your business to greater levels of growth, you may consider partnering with us at GoCanvas for innovative technology solutions. We will help you to work safer and smarter while saving more through our automated data collection tools that integrate seamlessly with your existing systems.

Sign up for a free trial today and see how GoCanvas can impact your business.

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About GoCanvas

GoCanvas® is on a mission to simplify inspections and maximize compliance. Our intuitive platform takes care of the administrative tasks, freeing our customers to focus on what truly matters – safeguarding their people, protecting their equipment, and delivering exceptional quality to their customers. 

Since 2008, thousands of companies have chosen GoCanvas as their go-to partner for seamless field operations.

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3 Reasons to Digitize Your Safety Data Sheets (SDSs)

3 Reasons to Digitize Your Safety Data Sheets (SDSs)

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You’re required to have safety data sheets if your business handles hazardous chemicals. OSHA’s Hazard Communication Standard states that “Employers must ensure that the SDSs are readily accessible to employees for all hazardous chemicals in their workplace.”

Most safety management solutions on the market today have the ability for your business to digitize their safety data sheets. More companies are implementing digital programs for safety management, bringing this information online using cloud-based tools. Continue reading this article to learn the top reasons why you should go digital with your safety management programs.

Digitizing your SDS sheets and your larger safety management programs can benefit your business by providing greater accessibility for employees. The safety management system becomes a central solution for employees when they need to take action. This makes it easy for employees to find the resources they need, for example when they go to find an SDS sheet, file an incident report, or attend a safety meeting. Having all of these resources available in a software tool for safety will benefit employees by having clearly documented processes, in a digital format that can be easily completed from anywhere on a mobile device or tablet.

All of this goes to build an organization’s culture of safety. By providing easy access to safety programs in a digital format, employees are encouraged to follow best practices and there is a clear investment in employee safety. Robust safety programs managed digitally help to promote employees’ well-being and ensure that accidents and incidents are avoided. If an accident does occur on-site, SDS sheets and other important safety documentation are easy to find when needed and the appropriate response can be taken.

Another important factor for implementing digital safety management systems is greater visibility for management. With a distributed workforce, across many different job sites and locations, it can become difficult for companies to effectively track safety compliance. Specifically for SDS sheets, it’s hard to know with paper sheets if they are being accessed in the field. Are employees viewing the documents? Is the latest or updated version available on site?

With digital documentation, management has a greater understanding of how documents are being used and can ensure compliance across job sites. Digital systems provide the ability to keep records of who has viewed the safety document, giving companies the insight needed to take action and avoid potential safety and compliance issues.

Going digital provides real-time job site visibility and analytics that can enable management and operations teams to spot safety trends and make data-informed decisions. A recent study found that 96% of data in the engineering and construction industry goes unused, suggesting that harnessing there’s potential for organizations to leverage their data to have an impact on key outcomes like safety and productivity. Safety management solutions help build better data processes for the business and enable faster reporting to make that information actionable and available to anyone that needs it.

As mentioned throughout the article, compliance with OSHA is a requirement for businesses, and failure to comply will inevitably lead to fines, penalties, and negative outcomes for the business. 

Digital tools for safety management and SDS sheets will help to ensure that your job sites are always prepared in the case of an OSHA inspection. Most safety management solutions today will allow you to store the SDS sheets digitally for easy access, as well as hosting your other safety programs to stay in compliance. 

This includes things like hazard management, incident reporting, job safety analysis, inspections, audits, and more. Having a central and cloud-based system for safety management in place will make it easier to track compliance and be prepared in case of an on site inspection with OSHA.

About GoCanvas

GoCanvas® is on a mission to simplify inspections and maximize compliance. Our intuitive platform takes care of the administrative tasks, freeing our customers to focus on what truly matters – safeguarding their people, protecting their equipment, and delivering exceptional quality to their customers. 

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Simple Guide to Electrical Inspection Checklists

Simple Guide to Electrical Inspection Checklists

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A checklist is essential for keeping everything organized. It’s a useful tool for task management, project management, and workflow optimization. Investing in checklist apps can be a game-changer for enhancing your productivity. Thanks to advancements in technology, you can today leverage mobile devices (Apple/iOS or Android devices) with customizable checklists for specific purposes, such as an electrical inspection checklist.

An electrical inspection checklist app allows you to start from templates and customize them to suit your needs. You can input due dates, automate tasks, create subtasks, collaborate with co-workers, and take advantage of other advanced features. 

An electrical inspection checklist serves numerous purposes. When buying a new home, you must ensure that the electrical wiring is not faulty or dangerous. An electrical inspection checklist can help you verify the safety of the electrical installation. A licensed electrician can use an inspection checklist to verify the health of the electrical wiring. If you did major home renovations with the potential to change the configuration of your electrical components, it’s vital to have an electrical inspection done. The same applies if you’re adding a new home appliance or replacing an existing one. 

Additionally, periodic electrical inspections of an older house ensure that the electrical system is functioning properly. Homes built before 1940 may have outdated lighting technologies, such as knob-and-tube lighting. By conducting an electrical inspection, you can know whether or not to replace obsolete fixtures and whether they are working as they should.

Having an electrical inspection saves you money by reducing electricity bills each month. Through an electrical inspection, your electrician can easily tell if your current electrical system is inefficient. This is particularly true for older houses with knob-and-tube wiring. Upgrading your electrical wiring will not only cut your monthly electricity spending but also help reduce your carbon footprint.

Other benefits of conducting an electrical inspection include:

The primary purpose of an electrical code is to ensure safety. Having a licensed electrician inspect your home’s wiring helps prevent hazards such as electrical fires. It also ensures that your home’s electrical wiring is functioning correctly. It’s a reassurance that no mistakes were made during the installation, preventing future mishaps due to faults with your electrical system. System malfunctions and fires are the most common threats posed by faulty electrical components.

Electrical inspections ensure that your house is not in violation of any federal or local electrical codes. Most local electrical codes follow the National Electrical Code (NEC) implemented by the National Fire Prevention Association (NFPA). When national and local codes conflict, the local code typically takes precedent over the federal code. A local electrician should be well-versed with your local electrical codes and should be able to tell whether or not your home’s electrical system is violating any local or national code.

Electrical inspectors, property managers, and property owners can use an electrical inspection checklist to execute electrical system inspections for residential or commercial properties. The key purpose of the checklist is to ensure that the electrical system complies with NEC electrical safety guidelines. It also helps identify any electrical hazards such as electrical fires. Besides, you can use the checklist to check whether the equipment is in correct condition and working as it should.      

 

An electrical inspection checklist includes the items that ensure your home or workplace adheres to National Electrical Code electrical safety standards. It’s a guidance document that helps in conducting electrical safety inspections for any property. The NFA 70 or NEC is a standard for the safe installation of any electrical wiring or equipment in the U.S. It’s published by the National Fire Protection Association (NFPA). During an electrical inspection, the following parameters of your electrical wiring are checked:

During an inspection, your electric meter will be checked for possible defects. Other than ensuring the electrical meter is logging the correct wattage, your electrician will also check if the meter is installed properly or if its mechanisms have become defective over time due to wear and tear. Your electrician will also look out for rust and other signs of water damage. If there is a leakage, water can easily seep from the meter through to the main electric panel.

Another critical step during an electrical inspection is to check whether or not the circuit breaker is working as designed. Your electrician will also check if the circuit is at risk of overload, an integral consideration for electrical safety. Electricians primarily inspect if the circuit breaker can maintain electrical currents at safe levels. Additionally, they can determine if there is any water damage, corrosion, or structural and mechanical issues that might trigger sparks or fires.

Electrical wires that are fraying, dangling from walls or ceiling, popping out of their protective coating, or exposed to damp or wet areas can pose hazards. Your electrician should look out for such issues and make the necessary adjustments. They should not leave any space unexamined but check all wires encased in plain sight and those looped through tight nooks and crannies. Where wiring could become unsafe, the electrician should recommend the right fixes.

Ground fault circuit interrupters (GFCIs) are electrical devices installed on power outlets to cut appliances off from the power supply whenever there are irregularities. These irregularities may include water or moisture infiltrating the outlet or strange objects other than plugs. Overall, GFCIs are essential to home safety. Your electrician will double-check that these devices are in correct working order.

An electrical inspection checklist app or software simplifies the whole process of electrical inspections. It enables electricians to quickly and efficiently conduct routine electrical inspections using mobile devices rather than regular pen and paper. You can use the app to take pictures that are automatically linked to the inspection record to document all system issues and share the results in real-time.

Check out GoCanvas’s free templates for electrical inspections. Schedule time with one of our product experts to see what GoCanvas can do for your business.

About GoCanvas

GoCanvas® is on a mission to simplify inspections and maximize compliance. Our intuitive platform takes care of the administrative tasks, freeing our customers to focus on what truly matters – safeguarding their people, protecting their equipment, and delivering exceptional quality to their customers. 

Since 2008, thousands of companies have chosen GoCanvas as their go-to partner for seamless field operations.

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How to Be Prepared for Commercial Motor Vehicle (CMV) Inspections and Avoid Fines

How to Be Prepared for Commercial Motor Vehicle (CMV) Inspections and Avoid Fines

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Operating and managing commercial vehicles requires consistent maintenance check-ups for the safety of the driver and others on the road. Since businesses are becoming more focused on delivering goods directly to consumers, commercial drivers are logging more miles and are therefore more likely to experience an inspection check. The failure of an inspection can put a vehicle or a driver out of commission, hurting your business’s ability to operate. Being prepared for CMV inspections is essential for any business with commercial vehicles to operate efficiently.

Commercial Motor Vehicle (CMV) inspections are safety inspections for commercial vehicles administered by the Federal Motor Carrier Safety Administration (FMCSA), an entity within the U.S. Department of Transportation. There are four main types of CMV inspections: daily driver inspections, periodic/annual inspections, roadside inspections, and on-site compliance reviews. Each of these inspections target different areas that could create hazards for your employees or for third parties, but the target among each test is the same: ensuring safety. The inspections range from the precision with which a driver has filled out a pre- or post-trip assessment or the safety standards for loading and unloading, to the operating standards of every system on the vehicle – from coupling devices to windshield wipers.

In the event that your vehicle is in violation of any of the CMV standards, a three-step process is applied:

First, if there are actionable violations, such as operating the vehicle without a valid license or a headlight out, the carrier will receive a citation. The fine will depend on the jurisdiction of the law enforcement making the stop.

Second, if the vehicle is deemed to be unsafe to continue, it will be placed Out-of-Service, meaning it cannot continue to be operated until the items have been corrected.

Third, the data collected from the inspection will be input into the Safety Measurement System (SMS). All violations are recorded in the SMS and a company will be given a score based on the number and type of its violations.

If a company’s SMS score exceeds any of the predetermined thresholds in any category, the company will be subject to a variety of penalties, including targeted inspections, company investigations, civil penalties, and even an order to cease operations.

One of the best ways to prevent CMV violations and the resulting penalties is to review drivers’ logs and inspections and immediately address any concerns that are uncovered. For most companies that operate commercial motor vehicles, this can be difficult, however. Due to the nature of the business, it can be tough to quickly aggregate and analyze driver’s logs and inspection reports, and subsequently remedy problems, before a violation is committed. This problem only becomes more exaggerated the bigger a company is and the farther its services reach.

Companies that use commercial motor vehicles need the tools in place to ensure that their drivers are able to quickly and efficiently log concerns and problems so they can be quickly addressed. If a company expects to keep up with the demands of its business, the only way it is going to achieve this goal is through the use of an effectively customized mobile form software. Mobile form software allows drivers to log problems with their vehicles and make the reports immediately available to every branch of your company that needs that information to solve the problem.

Faster and more effective digital analysis makes it easier to detect patterns and problems in your machinery, and coordination among teams who can simultaneously access the same reports makes for a much safer, and more efficient operation. The benefits that come from being able to immediately communicate, aggregate, and analyze inspection reports is essential, not only for preventing CMV violations but also for providing a safe working environment for your drivers.


Now you can easily modernize the way you are conducting inspections. Whether you are looking to improve your data handling processes or improve the safety of your field operations, we hope you consider using GoCanvas as your data collection tool. Sign up for GoCanvas free and give our platform a try today!

Interested in learning more? Check out our ebook on 4 Ways Mobile Inspection Forms Can Keep Your Trucks on the Road! 

About GoCanvas

GoCanvas® is on a mission to simplify inspections and maximize compliance. Our intuitive platform takes care of the administrative tasks, freeing our customers to focus on what truly matters – safeguarding their people, protecting their equipment, and delivering exceptional quality to their customers. 

Since 2008, thousands of companies have chosen GoCanvas as their go-to partner for seamless field operations.

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4 Hidden Dangers in Oil and Gas Extraction

4 Hidden Dangers in Oil and Gas ExtractionOf course you want your oil and gas employees working out in the field to stay safe and healthy. But that can be difficult given the hidden hazards and oil and gas extraction dangers that exist — not to mention the known hazards that frequently aren’t properly assessed and can go undetected in oil and gas extraction.

Here are four hidden dangers in oil and gas extraction to put on the radar of your oil companies, and some ways that you can harness the power of mobile technology to identify risk, measure exposure, and keep your workers safe from harm.

During oil drilling, fluids are circulated through the well and through systems that can be open, partially enclosed, or fully enclosed.

It’s well known that these fluids, when released into the environment, can cause groundwater contamination — so most companies have strict controls in place to prevent leaks. But these fluids, which often have trace amounts of hydrocarbons in them, can also cause health and safety issues among your workers.

Health effects from exposure to drilling fluids include dizziness, headaches, drowsiness, nausea, inflammation of the respiratory system, and even an increased risk of cancer.

Employees can be exposed while working in a shale shaker room, when over or around a fluids pit system, while on the drill floor, and more. But one of the most common ways workers are exposed to chemicals in drilling fluids is through contaminated and/or inappropriate protective gear. For example, fabric gloves that get soaked with hydrocarbons expose an employee to more contaminants than if he or she had not worn any gloves at all and had been splashed with fluid and wiped it off.

To keep workers safe from hazardous exposures, it’s important for oil companies to establish clear safety protocols for the handling of drilling and fracking fluids and to provide training for all members of the team. Then, use mobile forms to create and maintain safety checklists that your team members can use on a daily basis. Scrupulous use of such checklists will enable you to identify — and address — hazardous exposures before they lead to harm.

Inhaling silica dust can cause silicosis, a lung disease that causes shortness of breath, severe coughing, weakness, and possibly cancer or death.

OSHA and the National Institute for Occupational Safety and Health (NIOSH) have identified seven sources of silica dust exposure during hydraulic fracking:

  • Dust ejected from thief hatches (access ports) on top of the sand movers during refilling operations while the machines are running (hot loading)
  • Dust ejected and pulsed through open side fill ports on the sand movers during refilling operations
  • Dust generated by on-site vehicle traffic
  • Dust released from the transfer belt under the sand movers
  • Dust created as sand drops into, or is agitated in, the blender hopper and on transfer belts
  • Dust released from operations of transfer belts between the sand mover and the blender
  • Dust released from the top of the end of the sand transfer belt (dragon’s tail) on sand movers

You can take steps to control dust exposure by improving existing engineering controls and safe work practices. In addition, it’s required by law that you monitor the air to determine your workers’ exposure to silica, provide respiratory protection as needed, and offer training and information about the hazards of silica and other chemicals. For more information, see NIOSH’s “A Guide to Working Safely With Silica.”

The earth naturally contains small amounts of radioactive materials. Normally these concentrations are low and relatively harmless, but oil drilling activities can reveal or create higher concentrations. OSHA says that oil field production waters have high concentrations of radium, and that the scale inside pipes and tanks is where that radium builds up. Workers who handle pipes or work in gas processing facilities are at risk of NORM exposure. Water handling equipment has also been shown to have the highest levels of NORM contamination. While the radiation levels of even concentrated NORMs are fairly low, chronic exposure can cause cancer.

Because NORM exposure tends to be chronic, medical testing alone is not effective for protecting your workers. “Therefore, while medical surveillance is a standard strategy that is often used, it must be emphasized that source control, exposure monitoring, worker education and safe operating practices are the most important strategies for preventing significant worker exposures,” according to the International Association of Oil & Gas Producers.

Exhaust fumes aren’t unique to the oil and gas energy industry, but they are a hazard anywhere heavy equipment or diesel generators are used. Short-term exposure to exhaust can cause eye, nose, and throat irritation. Long-term issues include cardiovascular problems and cancer.

Engineering controls are the best strategy to control exposure to exhaust. Use low-sulfur fuels and, if possible, restrict the amount of diesel-powered equipment in a work area. Also, regular maintenance of your equipment will prevent it from running too rich, which can result in excessive emissions.

By tapping into technology — especially mobile forms — to provide your workers with everything from equipment inspections and hazardous substance self-inspections to safety checklists and more, you can keep your employees safe from these hidden hazards and oil and gas extraction dangers.

In many cases, OSHA or other energy regulation organizations have published energy standards relating to exposure levels of these hazards. So knowing the legal limits is a first step. Use these published energy guidelines (and other sources referenced here) to create training guides and mobile safety checklists that your workers can take right into the field with them. And consider using a mobile PPE checklist — a good practice no matter what hazards you are trying to mitigate.

You can also tap into the power of mobile forms to keep detailed records of samples taken to monitor air quality — vital information to have whether you are monitoring concentrations of diesel emissions or checking levels of airborne silica.

To see how GoCanvas can help you harness the power of mobile form to identify, monitor, and prevent hazardous exposure on your site and drilling rig, give GoCanvas a try today and download a free app from our Mining, Quarrying, Oil, Gas & Chemicals Application Store!

About GoCanvas

GoCanvas® is on a mission to simplify inspections and maximize compliance. Our intuitive platform takes care of the administrative tasks, freeing our customers to focus on what truly matters – safeguarding their people, protecting their equipment, and delivering exceptional quality to their customers. 

Since 2008, thousands of companies have chosen GoCanvas as their go-to partner for seamless field operations.

Check out even more resources

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