5 Ways to Keep Your Welders Safer With Digitized Checklists and Form Templates

5 Ways to Keep Your Welders Safer With Digitized Checklists and Form Templates

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Welding carries a significantly high risk to both welders and end users. Whether they are facing ultraviolet radiation or excessive exposure to toxic fumes from welding, the need to keep welders safer can never be understated. Welders, like any other human resource, are integral to the success of your organization. Guaranteeing their safety also means better working standards for your team and, by extension, increased productivity and high-quality outputs. This is where the importance of digitized checklists and form templates comes in.

Read on to discover how to keep your welders safer with digitized checklists and form templates.

We’ve come a long way as a society. After all, there was a time when young kids swept chimneys without any form of personal protective equipment (PPE) and hazardous materials were frequently used in beauty and personal care items.

Today, the need to continually enhance safety practices is no longer debatable. There’s plenty of evidence on how working with hazardous materials can severely affect a person’s health. In fact, this sometimes leads to chronic conditions or, worse, fatalities.

That aside, welding products are everywhere in our lives, with almost any implement, tool, or machinery having some welded parts. When welders work under unsafe conditions, it’s only a matter of time before someone overlooks a critical procedure, and the results can be disastrous.

Beyond harming workers, the effects of unsafe conditions can boomerang back to involved companies or firms. The Occupational Safety and Health Act demands all employers/firms provide employees with sufficient PPE and ensure they work in safe environments.

Fail to do this and you’ll be looking at major lawsuits from aggrieved employees and, in some cases, end consumers. Thus, it’s important to prioritize enhanced safety for your welders and everyone on your team.

Digitized checklists and form templates are a way to ensure your welders stay safe while performing their jobs. 

As the name suggests, they’re digital versions of traditional paper forms and checklists that can track the tasks, inspections, and certifications required to keep your welders safe. They provide a simple, organized method to ensure all safety precautions are taken before and during welding operations.

Digitized checklists and form templates are typically hosted online or in a mobile format. This allows quick and easy access from any device. These tools usually have customizable fields that can be tailored to meet the specific needs of your welding operations. 

The ability to customize means that your team can create forms and checklists tailored to the type of job required. Thus, making it easier for everyone on the team to stay up to date on safety regulations and best practices. Additionally, the online platform makes it easy for supervisors and managers to review results and quickly provide feedback as needed.

Working with the right digital platform can save time and free up your team to focus on other important elements of production.

There are many digitized checklists and form templates that cut across industries. The following are among the most valuable for enhancing the safety of your welders:

This serves to ensure your team has all safety protocols and procedures in place. Ideally, it should cover all materials and equipment, safety measures, and PPE/clothing.

As the name suggests, this checklist is used while welding to ensure all operations go as planned and are in line with safety procedures. It also helps to forestall any problems with the weld early on.

This checklist serves as a blueprint for effective welding. More specifically, the WPS features an expertly drafted document that ensures your welds repeatedly and consistently follow all established codes and industry production standards.

Before developing a WPS, you’ll have to draft a Procedure Qualification Record, which forms the basis of your WPS and enables you to test your procedures and materials before going into full-scale production.

4. Post-Weld Inspection Checklist

The post-weld inspection checklist comes immediately after production. Its purpose is to ensure the weld complies with your WPS and other firm/industry-specific standards and procedures.

This checklist is optional, but it can be instrumental in ensuring the quality of your welding products and identifying any defects or policy violations.

Ideally, your quality control checklist should include visual inspections and measurements to verify the quality of welds. This can also double up as the post-welding inspection checklist.

Here are a few tips to get the most out of digitized checklists and form templates:

  • Create checklists for each job. Every welding job is different and has its own set of safety considerations, so it would be wise to create customized checklists for each job. This will ensure that your welders know all the potential risks associated with the task at hand.
  • Ensure your checklists are up to date. Technology is constantly changing, and it’s essential to ensure that your checklists reflect any new equipment or safety regulations. Keeping your checklists current will also help ensure that your welders stay safe and your welds align with ever-evolving industry/regulatory standards.
  • Utilize form templates. Form templates can save time by automatically filling fields with relevant data. This helps ensure the collection and organization of all necessary information for easy reference.
  • Have your welders review the digitized checklists and forms. Make sure that your welders know all the safety protocols they need to observe. One way to ensure this is to require checks before, during, and after welding.

Upholding safety is a crucial concern when it comes to welding. However, having policies and procedures is only one part of the puzzle. 

The only effective way to enhance safety for your welders is to create a systematic and easy-to-follow process to ensure everyone on your team follows established safety protocols and industry-accepted standards.

This is where digitized checklists and form templates come in. They allow everyone to stay organized and maintain uniformity while ensuring effective documentation of safety procedures.

But it doesn’t stop at that; digitized checklists and form templates can also enhance safety in other vital yet risky manufacturing processes like laser cutting and grinding.To learn more about how GoCanvas can help you uphold safety standards and maximize efficiency, schedule a demo with us today.

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 Steps Every Manufacturer Should Take On the Journey to ISO 9001 Certification

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4 Steps Every Manufacturer Should Take On the Journey to ISO 9001 Certification

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For manufacturers, being ISO 9001-certified is a great milestone in a rather competitive business world. In addition to helping manufacturers retain customers, ISO 9001 certification plays a vital role in winning more clients. Not only does the certification improve a manufacturer’s ranking, but it also serves to create trust in most clients, as the process is based on gauging the manufacturer’s level of customer focus and ability to continuously improve products. As a manufacturer, ISO certification is a measure of your worth in your area of specialization.

So, what is ISO 9001 certification, and what does the process look like for manufacturers? If you are wondering what you need to do to obtain the certification, this guide is for you. Read on to learn more.

This international standard is used to measure an organization’s ability to offer satisfactory products and services. Published in 1987 by the International Organization for Standardization, ISO 19001 sets the requirements for a quality management system (QMS) that acts as an organization’s measure of product suitability across the world.

As a manufacturer, you need to prove that your products or services meet set standards. ISO 9001:2015 is available for use by organizations in any field, whether large or small. 

Organizations that are ISO-certified enjoy numerous benefits, including:

  • The ability to continually improve their products or services to meet customer expectations 
  • Enhanced performance due to improved efficiency in various processes 
  • Organized processes that make operations easy and effective 
  • Consistency, especially in repetitive tasks
  • Improved productivity that helps increases profit 
  • The ability to win new customers while also being able to retain existing ones 
  • The ability to identify areas of weakness and address existing gaps

Through the implementation of the ISO 9001 QMS, you can identify gaps in your processes. This will help you install and maintain measures that boost your business productivity while saving time and resources. You also get to engage your employees in a manner that will help you improve productivity.

As a manufacturer, getting ISO certification helps open new doors for your business growth. Besides getting a QMS that is ISO-compliant, you will need to involve experts who will verify that the system is functional. You also need to set up an external audit to ensure that your system employs the best practices based on the nature of the industry. 

While this may sound like an overwhelming task, the process is rather straightforward. If you need to get certified, you can use any of the following methods:

You can get certified in-house if you own a small company and need a cost-effective way of acquiring ISO certification. With the help of a DIY kit that offers guidelines on how to get certified even without prior knowledge, your employees can complete the setup and have the company certified within three to six months. The toolkit is efficient and eliminates bureaucracy, making the process almost hassle-free. 

If you need to get the job done within the shortest time possible, you can choose to outsource the service to a reputable company. At GoCanvas, we offer reliable services that not only help increase business efficiency and productivity but also let you get certified pretty fast. While you cannot incorporate your staff into the process, our team has the technical know-how and experience required to help your company get certified and improve its efficiency. 

Combining the DIY method with outsourcing to experts can be an ideal solution that will still be cost-effective. While you may want to participate in some elements of the process, you can hire specialists to help you with specific aspects.

You can approach a consultancy firm and discuss the specific roles you want your in-house team to play, then leave the rest to a team of experts. Combining the two approaches helps you allocate more technical and time-consuming areas to experts while your staff gets to concentrate on other equally important elements.

If your time is limited, you can get a comprehensive guide that will help you achieve your goal within a stipulated timeframe. Additionally, this approach helps you get the most out of the system. For instance, a consultancy firm can perform a comprehensive review of your processes and identify any risks and improvement opportunities to help your company become more competitive. 

Although ISO certification is industry-specific, there are general requirements that any industry should comply with. They include: 

  • Documented information for the QMS
  • Managerial responsibilities 
  • Information on resource management 
  • Product realization strategy 
  • Internal audits 
  • Counteractive and preventive actions to help identify risks and opportunities for growth

QMSs use evidence-based decision-making strategies to help achieve a flawless process. 

To get started, you need to obtain a copy of ISO 9001:2015. Here is a step-by-step guide to help you get ISO certification:

Prepare relevant documentation to help define the QMS. You need to contact an ISO 9001 management representative and get sufficient training on certification standards as well as managing the system once it’s verified and implemented.  

This step involves letting employees adapt to a new way of doing things. You may also incorporate a management review that helps establish the QMS. This works best when the system is user-friendly and non-bureaucratic.

Completing an internal audit helps verify that the QMS meets all the specifications and standards for ISO. You can have your in-house team perform the audit or use management software to make the process less tedious. Such software also helps you maintain quality in addition to ensuring that you meet the ISO requirements and are in compliance. 

Your manufacturing company may require an audit from an independent third party that follows a full internal audit and provides reliable records to help verify the effectiveness of your QMS. 

Your company may also require follow-ups to countercheck and correct any issues that may arise along the way. Keep in mind that you will need to formulate an improvement plan to help effectively manage your QMS once implemented. 

At GoCanvas, we understand how important ISO 9001 certification is to your manufacturing business. That’s why we offer resources and services that will help you improve productivity and make your business more profitable. For more information, get in touch with our team of tech professionals and schedule a demo so we can discuss your unique business needs. 

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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5 Ways to Streamline Online Order Forms to Shorten Lead Time

5 Ways to Streamline Online Order Forms to Shorten Lead Time

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The digital transformation of how customers and companies interact has had a huge impact on modern businesses. Ordering processes that used to take days can now be done in a fraction of the time. From browsing and selecting products to placing orders and receiving shipments, the entire process is now simpler and faster than ever before. Nowadays, many manufacturing companies are relying on online order forms to take their businesses to the next level. However, the transition from traditional paper-based orders to online order forms can be challenging. Many companies find themselves unable to keep up with customer demands and are faced with longer lead times.

As manufacturing companies shift from traditional order forms to online ordering, it is important to ensure that the process is as efficient as possible. To do this, having an organized workflow for handling online orders is essential. In this blog post, we will discuss five tips for streamlining your workflow to shorten the lead time when processing online orders. From automatically routing orders based on key inputs to developing systems that generate alerts if an online form isn’t responded to promptly, these tips will help you get the most out of your online order forms.

Manufacturing companies that are transitioning to online order forms can implement a system that automatically routes orders based on key inputs. This helps streamline the process and allows customers to have an easier ordering experience. Automating order routing also helps companies increase efficiency, reduce time and labor costs, and easily scale as they grow.

  • Create rules for routing orders using specific criteria such as product, customer location, or shipping method
  • Allow customers to track their orders in real-time to ensure delivery is on time and to the correct destination
  • Automatically route orders to the most efficient fulfillment centers to reduce lead times
  • Implement an alert system notifying staff when orders need additional attention or require special handling

By implementing automated order routing, manufacturing companies can ensure that customers receive their orders quickly and efficiently. Additionally, it helps reduce time and labor costs associated with manual order processing, allowing companies to scale with ease. Automation also gives staff more time to focus on other tasks and helps ensure that customer service is up to the highest standard.

Manufacturing companies that rely on online order forms to process customer orders can benefit from implementing a system to alert them if an online form isn’t responded to or processed promptly.

  • Setting up automated notifications for when orders aren’t responded to or processed promptly
  • Creating alerts for specific order types that need attention or may require extra processing time
  • Monitoring order completion rates and identifying areas requiring attention; will require a system for tracking and responding to customer inquiries quickly

Setting up automated notifications can help build customer loyalty and boost profits over time, as it can reduce the time it takes to process orders and provide better customer service.

When transitioning to online order forms or rethinking your current approach, adding certain fields to forms can expedite shipments by reducing back-and-forth communication. Adding fields with options to upgrade is a great way to inform customers of available features and benefits to add to their transactions. 

By adding fields to forms that automate the process, manufacturers can reduce back and forth between departments—such as billing and shipping—and shorten lead times for orders. Streamlining this process not only ensures that things are run more smoothly and efficiently but also creates an environment of accountability and transparency, which will ultimately lead to better results for customers.

Adding fields for optional add-ons (such as expedited shipping, gift wrapping, and delivery insurance) to online order forms can help inform customers about features and services that they may not have been aware of. Offering upgrade options can raise revenue by increasing average dollars per sale.

Automation helps free up time that can be spent focusing on important matters such as developing new products and services or improving customer service. For instance, the platform could autofill certain information like billing address, shipping address, phone numbers, and email addresses from customer records already on file. Not only does this make it easier for customers to place orders, but it also ensures accuracy—which, in turn, saves businesses valuable time and effort.

Having a system that not only captures customer data but keeps it all in one place can be extremely beneficial. Orders are made and processed quickly and accurately by retaining billing and shipping addresses, and by collecting and analyzing data, you can study customer behavior and predict future trends.

By studying these trends, businesses can identify any changes that may improve the customer experience. Having all the customer data in one place allows for more efficient marketing campaigns. Data duplication can also be eliminated if customer data is kept in one place that is accessible by all departments. Similar to retaining addresses, having one centralized database reduces the possibility of human error and the need for departments to request data from other departments. This also ensures that all departments have the most up-to-date information possible.

For manufacturing companies that are transitioning to online order forms or want to rethink their current approach, it’s important to review and update processes regularly. A well-maintained process will help your team stay organized and efficient as you transition to or manage online order forms.

One way to do this is by using a digital platform like GoCanvas that provides an intuitive, user-friendly workflow system to capture all customer data in one place. This way, your team can create, store, and share documents quickly and accurately. 

By reviewing and updating your process regularly, you can keep your team focused on providing quality customer service. And with a comprehensive workflow system in place, you can rest assured that your online order form is running smoothly and efficiently.

GoCanvas is the leading mobile forms platform that helps businesses of all sizes simplify their digital transformation. Our platform is designed to help you streamline operations and eliminate tedious paperwork by turning paper forms into easy-to-use mobile apps. With GoCanvas, you can capture data, generate automated reports, and access your data in real time. Schedule time with a product expert today!

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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8 Ways Digitizing Your Manufacturing Equipment Maintenance Checklist With a Template Can Save Time

8 Ways Digitizing Your Manufacturing Equipment Maintenance Checklist With a Template Can Save Time

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Many businesses still rely on paper-based checklists to complete equipment maintenance and other tasks in their facilities. However, this outdated format severely limits efficiency and quality across all tasks. If you want to ensure your teams effectively complete all tasks the right way and on time, there are certain advantages of using a digital manufacturing equipment maintenance checklist to replace your paperwork.

Today, around 89% of companies have prioritized digital transformation to improve the efficiency of operations and reap its other benefits. Converting to digital checklists is a great way to facilitate this transformation.

The following are some of the principal advantages of switching to digital manufacturing equipment maintenance checklists.

One way you can save time on equipment maintenance with digital checklists is by ensuring teams complete all required tasks as needed. You can easily share your checklist with the designated maintenance staff and include all necessary items and details in a centralized, easily modified checklist, which will enable maintenance teams to access these checklists conveniently on mobile devices while in the field and see each task through to its completion. Team members can then make updates to the checklist accordingly and send it back to superiors for confirmation and approval.

Maintenance crews can also benefit from visuals uploaded to a manufacturing equipment maintenance checklist, including diagrams or photographs of inspected equipment and worn or damaged components. These images will go a long way in further increasing the efficiency of maintenance tasks. This can also help eliminate any potential confusion when field workers begin preventative maintenance, repairs, or replacements. 

In addition to helping maintenance staff complete their designated tasks, digital checklists help inspectors and managers with streamlined processes.

Inspectors won’t need to devote as much of their time to administrative tasks. This allows them to collect meaningful data in the field with ease. Using digital forms also improves standardization capabilities, allowing users to easily submit accurate information using a combination of drop-down menus and form fields. All data also appears in comprehensible fonts, eliminating the risk of illegible handwriting causing confusion among teams and staff members.

Managers also benefit from these checklists through the increased ease of scheduling inspections and assigning checklists. Management staff can send reminders to complete inspections as needed and work together with teams using cloud-based solutions.

If you can more effectively address maintenance issues with comprehensive and accurate digital checklists, you can ultimately minimize potential breakdowns and costly downtime. In turn, this will enable you to significantly boost productivity as you keep your operations up and running more consistently. Maintenance teams will be more proactive in handling maintenance issues as they arise and ensuring all maintenance tasks are completed properly the first time. This, in turn, reduces the risk of delayed or faulty maintenance.

Increased productivity also comes from the elimination of manual tasks through increased automation. Teams and staff won’t need to spend as much of their time completing and submitting paperwork when they can do so instantly using digital forms.

Another advantage of a digital manufacturing equipment maintenance checklist is the ability to efficiently manage and centralize your internal audits. As you incorporate changes to equipment, facilities, and operations, you can easily make universal updates to your auditing procedure and protocols that will reflect across the entire system. Additionally, you can automate the reporting process and keep teams up to date on a regular basis with every audit.

You can integrate your digital manufacturing equipment maintenance checklist into an inventory management system that helps you manage spare parts. When you’re able to determine what you have and don’t have, you can ensure you’re fully stocked with the parts you need for each critical piece of equipment. This way, you’ll always have what you require to help prevent equipment breakdowns before you can obtain the necessary parts. 

As inspectors, managers, maintenance crews, and others complete various tasks, they can update their statuses and notify the next person down the line. In the process, your business can track all activities from initial inspections and scheduling of maintenance to the completion of each maintenance task. As a result, nobody will be in the dark about which step in the maintenance process requires completion. You’ll ensure that every activity is on track and hold the assignees of each task accountable for completing it properly and in a timely fashion.

Once you’ve streamlined the maintenance process, you can save reusable templates in the most efficient format to make future inspections and repairs easier to complete. As operations go through various changes and updates, you can update corresponding aspects of your templates. In the end, this will save you save more time and optimize recordkeeping. 

Using cloud-based software and forms, any changes that people make will automatically update in real time. This helps in keeping all people with access to these forms up to date with the latest information. In fact, you’ll no longer need to have individuals make manual updates to reflect changes across all forms. This maximizes the efficiency and accuracy of information for everyone with access. At the same time, you can keep all forms consistently secure on these digital platforms, preventing unauthorized parties from accessing the forms or making unaccountable changes.

Digital checklists are essential for maintaining efficient and cost-effective operations for various reasons, including those listed above. Ultimately, the right digital forms will help you save more time and effort. This will enable you to maximize productivity among all teams and operations. The key is to find the ideal tools to help you simplify manufacturing equipment maintenance in your facilities. With the help of GoCanvas digital forms and mobile apps, you can simplify the maintenance process and streamline all activities. Discover how GoCanvas can transform maintenance and other tasks by requesting a demo or free trial today.

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 Revise Your Online Order Forms for Custom Components and Assemblies

How to Revise Your Online Order Forms for Custom Components and Assemblies

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Offering custom components and assemblies to customers can be a great way to drive engagement and sales. Whether you’re in a B2C or B2B industry, customization and configuration are invaluable strategies. At the same time, you might wonder how you can ensure customization capabilities don’t negatively impact the processes and staff you currently have. To prevent potential errors and misunderstandings in order fulfillment, manufacturers should ensure their online order forms use the kind of language and formatting that staff can easily understand, effectively translating customer orders based on each custom option.

One of the best ways to do so is to optimize online order forms with a comprehensive bill of materials.

If you want to ensure all orders go through and your engineers and other staff can fulfill your customers’ custom orders, you must have a bill of materials (BOM) that includes all necessary details in a format your staff can understand.

This should include an in-depth list of all components, parts, assemblies, and materials needed to complete the manufacturing process. If you implement a reliable BOM, customers can order custom configurations that your teams can put together without the risk of errors and overwhelming staff.

The key is to know how to approach your BOM for customization and configuration.

Manufacturers producing custom products will benefit from online order forms that effectively translate customer orders in a way that manufacturers can understand. Whenever customers choose different design elements and put the end product design together, a BOM can convert the information submitted into in-depth instructions on your end.

Some of the specific benefits of BOMs include:

  • A streamlined manufacturing process. Based on the information that customers provide, you’ll be able to generate an organized BOM that provides detailed production guidelines that are easy to comprehend and follow.
  • More insight into the final product. Design and production teams will be able to more clearly see how the final product will look based on each step of the production process. This helps ensure your teams align their vision with the customers.
  • Segmented production. Reliable BOMs only require each team to focus on what they know at each phase of production. This eliminates any need for them to go beyond their level of expertise throughout the production process. 

Whenever customers place an order through a product configurator or customization software, you should ensure the order is easy to complete based on the customer’s specifications. In online order forms, each part of the customer’s order should have a corresponding name or code that manufacturers can understand. This maximizes efficiency and accuracy as the order travels down the supply chain.

The following are some of the specific elements to include in the online order form fields for bills of materials:

The first item to consider is the BOM level. This will determine the order of each step of the entire manufacturing process to produce the end product. The level will appear in the form of a number indicating where each component or assembly fits within the process. 

Every part, assembly, and material used for custom products should have a unique name that your teams can recognize. This will mitigate confusion and ensure team members won’t need additional help identifying the correct part.

In addition to part names, part numbers that are unique to each component can facilitate identification. As with names, ensure all numbers only apply to the individual part to avoid confusion. If there are different variations of a particular part, these iterations should also have their own original numbers.

To further ensure manufacturing staff knows each part, it’s important to have detailed descriptions of part features and functions. This will make it even easier to identify parts as a supplement to names and numbers.

Indicate the specific stage that each part falls under during the manufacturing process. For example, some parts might be involved in the design process. Meanwhile, others with official approval will be implemented in production. Additionally, these phases will indicate the overall progress of the entire product, giving employees a better idea of the production timeframe.

Specify the measurements for each material and component required. This will ensure you purchase a sufficient amount of resources to complete the product. For instance, you might measure liquid materials in drops or ounces, while measuring solid materials in inches or pounds. 

Based on each product’s specifications, you’ll also need varying quantities of parts. If a product requires multiple parts or manufacture, include this information in another field within the BOM.

Once you’ve determined which parts you need to create your end product, you’ll need to determine the method of procuring all necessary resources. As an example, a product may require a combination of materials you can buy off the shelf, plus other materials manufactured to custom specifications.

Custom products may require more information during the production process. If you need to include this information, a notes section on the form could give ample space for additional details. For example, you might use the notes section to list alternative material specifications or suppliers if manufacturers cannot source or otherwise use the original options.

Do you want to put together bills of materials using simplified mobile forms? GoCanvas offers a bill of materials app that staff can easily access using their mobile devices. You can easily generate your BOM and save it electronically. This enables efficient production tracking of all components when manufacturing custom products. Using this app, you can track all parts, quantities, sales order entry details, and more to keep your teams consistently on track and on time. For more information about this app as well as other templates for online order forms that your business can use, request a GoCanvas demo today or try our platform for free.

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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Internal Audit Best Practices: How to Ensure Your Facility’s Process Checklists Comply With New OSHA Standards

Internal Audit Best Practices: How to Ensure Your Facility’s Process Checklists Comply With New OSHA Standards

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Job site inspection is a critical step for manufacturing, material storage, and other industries, especially if they want to maintain compliance with new regulatory requirements and standards. You might have checklists to help you conduct inspections of your facilities. However, you may worry that these checklists are becoming outdated and non-compliant. So how do you ensure your internal audit complies with the required standards?

It’s important to ensure your job site inspections are thorough and maintain a safe workplace to protect your employees, equipment, and products. This is particularly the case with the recent standards put in place by the Occupational Safety and Health Administration (OSHA) amid the COVID-19 pandemic. OSHA’s current guidelines for job site inspections appear under the 1926.20 standard. By taking the right steps, you’ll be able to comply with these and other requirements.

Not sure how to keep your inspection processes and checklists up to date? The following are some internal audit best practices for job site inspections and optimizing your checklists.

To avoid OSHA violations and other breaches, you should prioritize inspections and check different types of equipment at varying frequencies.

For example, you may want to conduct weekly inspections for the following areas:

  • Fall protection
  • Scaffolds
  • Procedures for electrical power
  • Operator and crane certification
  • Ladders and stairways

Meanwhile, you should inspect the following on a daily basis to facilitate a safe environment:

  • Power tools
  • Aerial lifts
  • Forklifts
  • Rigging
  • Slings
  • Personal protective equipment (PPE)
  • Other heavy machinery and equipment

In addition, in accordance with OSHA requirements, you should conduct monthly inspections of cranes, hoists, fire extinguishers, self-breathing apparatuses and respirators, and safety and eyewash showers. 

Before conducting each internal audit and inspection, you must know the specific approach you want to take. This helps you determine who will conduct the inspection and what types of PPE they’ll need to perform it safely. 

Remember, according to OSHA’s 1920.20 standard, “Such programs shall provide for frequent and regular inspections of the job sites, materials, and equipment to be made by competent persons designated by employers.” This statement establishes that you must choose someone who qualifies as a “competent person” as OSHA defines them.

Specifically, a competent person is someone who can accurately identify existing and potential workplace hazards that could cause harm to employees. This person must also have the authority to properly address these hazards and create a safer work environment. Ideally, the “competent person” who conducts every internal audit will have adequate training and knowledge of OSHA standards and proper inspection procedures.

One of the main changes to OSHA standards in recent years is increased emphasis on PPE for employees. To comply with OSHA’s 29 CFR 1910 Subpart I standard, employers must conduct PPE assessments to identify and address any potential workplace hazards, as well as ensure that employees use the proper PPE as needed. 

For example, this standard requires the use of respirators under certain circumstances to protect employees. If employees require these respirators, employers must have a reliable respiratory protection program to comply with OSHA’s standard for Respiratory Protection, 29 CFR 1910.134.

When conducting inspections, document all findings and track vital data that can help you continually improve your facility’s safety. This data will give you actionable insights into any potential deficiencies in your safety practices. You can then decide on the best course of action to eliminate these deficiencies and create a safer workplace.

To further keep your practices and checklists updated, it helps to remain aware of OSHA’s existing standards. Doing so will help you remain consistently compliant and avoid potential violations.

One way to stay current is to check OSHA’s news releases, which will detail any notable changes the agency makes to its standards. You can then apply these changes to your preparation phase and checklists. 

Learn from your previous workplace safety and inspection efforts by looking at past reports. You should review everything from the results of previous inspections and incident investigation reports to workers’ comp insurance details and any near misses that could have resulted in more serious accidents.

Based on the knowledge you glean from previous inspections, you can determine what areas of your business require more thorough inspections and changes. Over time, you’ll be able to perfect your inspection procedures and checklists based on the most significant risks to your business. In turn, you’ll minimize the risk of workplace incidents and maintain compliance with all current regulatory requirements.

Another way to keep your checklists in top shape is to use digital checklists in lieu of outdated paper versions. Digital checklists also offer more flexibility that will help ensure you’re always working with information that keeps you compliant. 

You can use premade checklist templates from a trusted third party that will equip your business with a comprehensive checklist that’s up to date. As OSHA standards and other regulatory requirements evolve, you can make corresponding changes to your checklist. 

One of the main advantages of digital checklists is their shareability. In fact, employees can view and make changes to these checklists using their mobile devices. They can then share these checklists with authorized parties across devices and systems to ensure everyone is working with the latest version. You’ll no longer need to manually update your checklists with the help of reliable digital versions.

If you’re looking for the right tools to help you maintain safety and compliance in your workplace, GoCanvas is here to help. We offer digital checklist templates and thousands of other form templates that connect your offices and job sites. Easily download and optimize our checklist templates for use on any device, without any need for coding skills. With the help of our templates, you’ll remain compliant with OSHA standards as well as many other industry regulations, keeping your workplace safe and protecting your bottom line. Learn more about GoCanvas by requesting a demo, or try it for free today. You’ll be able to find the right forms that keep you compliant and maximize the efficiency of each internal audit.

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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Tracking the Trends – Top Safety & Compliance Trends in the Mining Industry

Tracking the Trends – Top Safety & Compliance Trends in the Mining Industry

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Safety and compliance are important issues in many industries. In the mining industry, which has long been known for its potential dangers, keeping up with the latest trends in safety and compliance can go a long way toward improving the overall health and safety of workers in the industry. Modern safety requirements and technology have gone a long way toward ensuring a safer working environment for many miners. However, mining still faces a number of dangers, and workers and companies must carefully track those practices to ensure the highest possible level of safety for workers. 

What Safety Factors are Important in Mining?

The mining industry must take a number of critical safety factors into account as part of regular operations.

  • Coal dust and other contaminants. Often, miners find themselves at high risk of inhaling contaminants that can lead to serious health issues, including “black lung.” 
  • Fall risks. Miners may work in large pits or dangerous environments with a high risk of dangerous falling conditions. 
  • Heat stress occurs when miners work in hot or humid environments. Often, miners work in dangerously hot conditions throughout much of their shifts, which can increase not only the risk of immediate health concerns like heat exhaustion but also long-term health problems. 
  • Heavy lifting. Miners may need to shift heavy items and equipment, which may cause repetitive stress problems, fractures, or potential immediate injury. 
  • Chemical exposure. Miners may work with dangerous or hazardous chemicals that may raise the risk of developing a damaging health condition. Proper handling of chemicals can help keep miners safer. 
  • Noise and vibration exposure. While heavy exposure to noise can damage hearing, heavy vibration exposure can lead to long-term health problems. 

Maintaining safety when mining is a tough job. Utilizing the right strategies, however, miners can often stay much safer as they complete those essential job tasks. 

What Are the Main Challenges in the Mining Industry?

The mining industry continues to face a number of potential hazards and problems. 

Increasingly, the public is becoming aware of the dangers associated with using high quantities of natural resources. Furthermore, there is an increasing scarcity of many of those resources. In order to access them, miners may need to head into more dangerous conditions or face higher overall risks as they work in those environments. 

Like many industries, the mining industry is facing a talent shortage. As a result, many companies need to push new miners into available positions faster, without giving them adequate time to adapt to the challenges and issues in the mines. Inadequate training, especially lack of training on safety gear, can lead to a number of potential health hazards for many miners. 

Health and safety remain ongoing concerns in the mining industry. Miners may face considerable health hazards as part of their everyday work. As companies strive to meet health and safety regulations, they may face substantially increased costs. 

What Is the Biggest Health Risk of Mining?

The biggest health issue faced by miners is pneumoconiosis or dusty lung disease. Miners face a considerable risk of developing dangerous lung conditions, including lung cancer, due to inhaling large quantities of dust as part of their everyday job responsibilities. Coal workers, who may develop a specific type of pneumoconiosis known as black lung disease, inhale coal dust particles, which can increase their risk. Modern medical science cannot cure symptoms of dusty lung disease. 

What Is the Leading Cause of Mining Industry Fatalities?

A number of miners die as a result of the dangers they face, including both long-term dangers, like dust exposure, and short-term risks, like explosions in the mines. Explosions often occur due to methane gas, which gets released as coal is extracted from the mines. Unfortunately, methane gas is highly explosive, which means that, if proper safety precautions are not taken, it can result in devastating explosions. 

How Can We Improve Safety in the Mining Industry?

Modern technology offers a number of solutions that may help improve safety across the mining industry. 

Many smaller mining operations do not have access to the large-scale data larger companies use to monitor employees and ensure the highest level of safety during mining operations. Collaboration and sharing of data can help increase awareness of potential safety problems, which can help keep miners safer. Effective analytics can help predict potential dangers in the mines, analyze the risk that they will occur, and provide more information as needed. As a result, many companies are able to focus better on important safety procedures.

Wearable devices are offering more information than ever. They can provide insights into oxygen levels, vibration, and noise levels. Those devices can offer key insights that make it much easier to determine when miners are at risk. As a result, companies are better positioned to protect their workers.

Providing the right training for miners can make a huge difference in their ability to maintain safety underground. Often, miners will face safety hazards as part of their daily jobs. Intensive safety training helps ensure that they can recognize risks, properly operate equipment, and avoid potential disasters. Regular updates and assessments can also help ensure higher levels of employee training.

In order to keep workers out of harm’s way, many companies are using robots and automation processes to help improve overall safety across the mining industry. With robots down in the mines, humans are not placed in danger during some of the trickiest parts of those operations. As a result, overall safety across the mining industry has increased substantially.

Dealing with the risks present in the mining industry is an ongoing process. However, as the industry continues to focus more heavily on overall health and safety, companies are in a much better position to keep their workers as safe as possible.

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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What Is a Confined Space Safety Plan, and Why Is it Essential?

What Is a Confined Space Safety Plan, and Why Is it Essential?

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The have significant workplace hazards, and confined spaces are often the riskiest places on a job site. Working in confined spaces is often essential. That’s why companies must take steps to mitigate the hazards. A confined space safety plan is vital for efficient operations and the safety of your team.

According to OSHA, the definition of a confined space is any space that isn’t designed for people, but workers can enter to do essential work when necessary. This can be any area where workers aren’t free to move about or react to danger. Examples include a cistern, tunnel, equipment housing, or pipeline.

The regulatory body further denotes potentially dangerous confined spaces as “permit-required confined space,” or just “permit space” for short. These permit spaces include areas where a confined space poses additional risks to a worker. A permit space includes areas that could potentially trap or injure a worker, contain harmful chemicals, or don’t allow for easy escape.

All confined spaces must be approached with a thorough safety plan. However, permit-required confined spaces can be serious workplace hazards. Precautions must always be taken. OSHA and other regulatory agencies enforce certain safety measures in permit space.

All employees who work in confined spaces must be thoroughly trained on the potential hazards and all the safety precautions available to them. While some work in confined spaces may be quick and urgent, ensure only workers trained to work in those conditions enter. Accidents are disruptive to the flow of your operation. More importantly, though, your workers have a right to a safe workplace.

Before entering any confined space, inspect the area to ensure all safety equipment is in place and functioning properly and that there are no unexpected hazards. Tests on temperature and oxygen levels should also be routine before work begins.

Once inside a confined space, the worker should maintain contact with a trained attendant the entire time. This can be done visually with a camera feed or by voice for permit space with an opening. It can also easily be accomplished with radios. While working, the technician should continue to update the attendant on their status. As they work, they should verify full function of any safety equipment like full protection, ventilation, and lighting. In many situations, the attendant can also monitor some of these factors outside the confined space. 

The procedure should always be followed in confined spaces, and there should always be redundant steps to verify a safe working environment. Gauges and monitoring software should not be implicitly trusted, but instead verified for accuracy continually.

To ensure safety and smooth operations, every operation needs a well-crafted plan for working in confined spaces. The plan you use shouldn’t be a generalized solution. Instead, have specific measures for the confined spaces your workers face daily. Each space should have a plan specific to its particular hazards. Additionally, only workers trained in that space and its safety plan should be allowed inside.

When creating your safety plan, start with a thorough inspection of any confined spaces. Identify potential hazards and conditions that could complicate movement or safety precautions. Consider the type of work that may be done in the space. Lastly, create a checklist that verifies the safety of the space for workers before entry.

This is a start, but a comprehensive safety plan continually evolves to ensure the safest working environment possible. Learn from any unexpected hazards that present themselves in confined spaces, and continually update your safety plan. A hazard that occurs once will likely happen again. Therefore, adapt your safety measures to provide the best protection for your workers.

If your safety plan for confined spaces isn’t followed, it does nothing to protect your workers. Furthermore, if safety precautions are being ignored in the most dangerous areas of your operation, you’re not providing the legally required protections to workers. 

A culture of safety doesn’t happen overnight. Your workers need to know that safety is important, and the safety plan for confined spaces is non-negotiable. Supervisors in your operation should all be thoroughly trained on each safety plan, as well as on the importance of following them every time.

Culture flows from the top down, typically. As your workers see that it’s important to their supervisors, they will care more about the safety plan.

To ensure your safety plan for confined spaces is followed, keep logs of every activity in confined spaces. Workers should document who entered when and why every time work is conducted. This lets you know that your workers are taking safety seriously. In addition, this approach compiles a record of compliance for any inspectors. As your safety plan is implemented, records let you see any changes that need to be made.

Only authorized and trained workers should be working in confined spaces. Ensure they are entirely comfortable with the process and can document their work and any comments on the plan every time. Remember to get feedback from those workers on the plan, as they are your best resource for knowing when changes need to be made.

Safety is about consistency and attention to detail. With any safety plan for working in a confined space, your workers need to be consistent every time in the precautions they take. 

At the same time, you don’t want to create extra work for your team that could cause them to waste time or skip essential safety steps. With GoCanvas, you can automate your safety plan so that staying safe is straightforward for your workers.With GoCanvas, you can create custom mobile forms to automate your safety process without being a tech guru. GoCanvas makes it easy for your workers to stay compliant and safe. Come see how our confined space safety plan support can make your operation safer and smoother today!

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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How To Increase Worker Safety For Renewable Energy Contractors

How To Increase Worker Safety For Renewable Energy Contractors

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Clean energy jobs grew 5% in 2022 to a total of 3.2 million. Of that total, renewable energy contributed to 515,248 jobs. As with the rest of the US economy, small businesses employ the majority of Americans. Approximately 90% of the clean energy workforce comes from businesses with less than 100 employees. With growth projected to continue until at least 2026, renewable energy contractors need comprehensive work safety programs in place.

Most people think of solar and wind when they think of renewable energy. However, biomass, hydropower, and geothermal are also part of the sector. According to the US Department of Labor’s Occupational, Health and Safety Administration (OSHA), renewable energy safety risks include:

  • Machinery Misuse
  • Falls
  • Electricity
  • Confined Spaces

While the renewable energy sector may share safety risks, the contributing factors vary. How can renewable energy contractors increase worker safety?

Renewable energies use specialized equipment. Knowing how to install solar panels and maintain wind turbines requires training. And without proper training, employees may injure themselves or others.

Cranes install and maintain wind turbines. Only trained personnel should operate a crane. For example, it may be just a few feet to reposition a crane. However, unstable surfaces, power lines, and swing radii can create unsafe conditions. 

Back injuries are 25% of all compensation claims. And many of those come from workers failing to use the equipment correctly. For example, they may fail to use equipment to help with lifting. Individuals working with solar panels lift the panels and tools on and off trucks and onto a roof without assistance, causing unnecessary injury.

Biomass energy uses harvesting machines with sharp blades that run at high speed. Machinery can throw objects, causing injury to anyone standing too close. In addition, wind turbines have large moving parts that can injure anyone on the job site.

Ensuring equipment is maintained correctly is crucial to a safe work environment. Developing a process to let employees report equipment concerns can stop an accident before it happens. Digitizing these forms allows workers to report hazards immediately. Employees can complete a digital form as soon as they see a problem, so repairs can be addressed quickly.

Falls are the second most common workplace injury, costing $10.26 million per year. Every renewable energy contractor should have safety measures in place to prevent falls. Granted, a fall from a 300-foot wind turbine is different than one from a 12-foot ladder. However, every energy workplace should provide safety training and tools as a standard part of any program.

Wind farm employees need safety harnesses, guardrails, and training for both on and offshore turbines. Solar panels are installed on commercial buildings at dangerous heights. Even at residential locations, installers can suffer serious injuries from falls. Keeping energy workplaces free of debris can minimize the risk of a fall.

Outdoor elements can contribute to slips, trips, and falls. Leaves become slippery when wet. Sticks and tree limbs can make for unsure footing. Conduct job site safety analyses to identify all hazards. This simple step can minimize the risk of falls. Providing a digital safety form that employees can complete before work starts to make the paperwork convenient. But it also helps to keep the renewable energy construction site safe.

Electricity can cause thermal burns, shock, and electrocution. Electrical current runs through wind farms, solar panels, and hydropower stations. Workers can suffer serious injury without proper safety processes in place. Perform a job safety analysis before work begins. In addition, provide protective equipment. And most importantly, cut power to the location.

The International Hydropower Association (IHA) reports that electrocution is a common hydropower safety hazard. Minimize risk by considering safety in the design of power stations. The IHA recommends written processes to ensure that equipment is maintained, training is completed, and procedures are followed.

Train everyone involved in clean energy construction and maintenance on the basics of electrical safety. Employees should be trained on how to avoid contact with electrical currents and what to do in case of an emergency. 

OSHA indicates that working in confined spaces presents a safety hazard, especially in wind turbines. The safety organization notes that confined spaces inside wind turbines can cause asphyxiation, due to low oxygen levels. Job safety analysis should be performed before employees enter confined spaces in the energy workplace.

Employers must screen workers to prevent those with claustrophobia or similar conditions from working in confined spaces. Panic attacks can create unsafe working conditions. 

Wind turbines can also generate harmful gases and vapors. Dust particles are in the air circulating in and around a turbine. Clean energy employers must ensure that employees have protective equipment, such as respirators, to reduce the inhalation of possible contaminants. 

Biomass energy also presents respiratory hazards from crops, fungi, and mold. Employees should have protection to limit inhaling particles that could damage the lungs or trigger allergies.

The 2022 Safety Index shows that nonfatal workplace injuries cost US businesses $49.18 billion in 2022, or about $1 billion per week. These are direct costs for the top 10 causes of injuries. It does not include the indirect costs that many businesses overlook.

A recent OSHA article highlighted the added cost of workplace injury in areas such as labor shortages and psychosocial risks. When an injury occurs, it impacts the entire team. Employees who take on more work to cover for an injured employee become more stressed, as they are already working long hours because of labor shortages.

Business cultures may suffer when an employee is injured. The remaining employees may feel less secure and express concerns that can lead to disgruntled staff. Disengaged employees are less productive and prone to errors.

A work-related injury costs a business more than direct compensation. It can damage morale and lower productivity. Renewable energy contractors can avoid unnecessary injuries by implementing a comprehensive safety program that encourages communication.

Letting employees communicate their concerns and observations through digital forms demonstrates a willingness to work together to create a safe work environment. When those forms can be delivered to a mobile device, it encourages employees to participate in reporting issues to improve worker safety. GoCanvas allows businesses to create customized digital forms that can be incorporated into a comprehensive safety program. Contact GoCanvas today to see how we can help you digitize your safety plan.

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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Solutions to Waste Management Issues For Oil & Gas Companies

Solutions to Waste Management Issues For Oil & Gas Companies

Waste management compliance is important in every industry. The oil and gas industry, in particular, has a strong risk of waste emissions. Therefore, it’s vital for companies to understand how to manage drilling waste management, improve disposal of unwanted materials, and decrease unnecessary waste across the organization. 

Waste management in the oil and gas industry is critical for a number of reasons. 

Oil and natural gas are vital natural resources. However, they are limited. By improving waste management practices, oil and gas companies can protect those natural resources and help them last longer. 

The oil and natural gas industries may emit a number of pollutants, including methane, VOCs, and pollutant chemicals known or suspected to cause cancer. By improving waste management strategies, the oil and gas industry can decrease the pollutants released by its activities. 

By improving waste management practices, many oil and gas companies find that they are able to protect money and resources, a critical element in the oil industry as prices remain volatile. In many cases, decreasing waste can help produce more output from the same resources the company already has. Or, in many cases, they can decrease the costs necessary to produce the same outcome. 

There are four main types of waste management practices. We’ve outlined the ones that most often impact the oil and gas industry.

Municipal solid waste includes the general waste types produced by any business or, in many cases, homes. These may include paper and plastic products, metal and glass products, and other wastes generated from oil and gas containers. The oil and gas industry may generate solid wastes during the exploration process, due to the equipment used, during transport, or while storing oil and gas for future consumption. 

Industrial solid waste can take a number of forms that may include higher overall levels of toxicity. In industry in general, including the oil and gas sector, many businesses use more dangerous chemicals and solvents than private homeowners typically use. In the oil and gas industry, that may mean different types of waste depending on the stage of the process.

For example, oil and gas exploration companies often deal with drilling fluids and cuttings that may be contaminated with chemicals. As a result, it’s impossible to return them back to the general water supply or to store them with general waste. 

Most of the time, the oil and gas industry does not have to worry about agricultural waste, which is produced due to the byproducts of livestock or farming. However, residue from oil and gas production efforts may mingle with nearby agricultural waste in some settings. 

The oil and gas industry may produce a great deal of hazardous waste during the normal course of operations. Those normal processes may lead to wastes that include:

  • Arsenic
  • Lead
  • Chromium
  • Mercury
  • Cadmium
  • Benzene

All these substances can be considered toxic when exposure occurs in high quantities. They may have an impact both on the environment and on the people interacting with them on a regular basis. As a result, the oil and gas industry must take several steps to ensure the proper disposal of those dangerous substances. 

The disposal of waste in the oil and gas industry is regulated heavily at both the federal and state levels. Because of the heavy amount of waste produced by the drilling and production processes, oil and natural gas companies may need to carefully consider their environmental impact before, during, and after drilling.

The Resource Conservation and Recovery Act helps regulate underground storage tanks and the disposal of solid or hazardous waste. It creates regulations at the federal level and encourages states to create their own individual regulations. 

Hazardous waste, under the RCRA, may include:

  • Ignitable waste
  • Corrosive waste
  • Toxic waste
  • Acute hazardous waste
  • Reactive waste

The RCRA has a “cradle to grave” regulation scheme that regulates the production, use, and disposal of hazardous waste at every stage of the process. At the disposal level, it prohibits anything that may discharge, inject, spill, or leak into the air, water, or ground. That means that hazardous waste from oil and gas production needs to be disposed of in proper landfills, rather than in open dumps. 

In most states, oil and gas companies, like other companies, must have a state permit to dispose of hazardous waste. Each state has the right to decide what those permits include and how they are created. In many cases, oil and gas companies, due to their economic and energy-related necessity, are exempt from many of the processes required of other businesses and industries. However, each state sets its own regulations, which may vary dramatically from one to the next. 

The EPA also issues specific voluntary management

  • Liners
  • Leak detection systems
  • Maintaining and using a pit for waste disposal
  • Regulations for the transportation of waste
  • Secondary protection of water tanks used in the cooling or production process

By following the best practices for voluntary management, oil and gas companies can substantially reduce the environmental impact due to hazardous waste produced throughout the process. Following those best practices can also help protect the company in the future.

Waste management for the oil and gas industry can be particularly challenging. By following essential industry regulations and best practices, however, oil and gas companies can reduce their impact, decrease waste, and ultimately create a more successful return on their investment.

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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