The Role of TEINNOVA in Revolutionizing Duct Cleaning: A Collaboration with Omni Containment Systems

This Earth Day, Omni Containment Systems highlight a critical yet often overlooked aspect of environmental protection — preventing grease pollution through effective containment solutions.

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Grease buildup in kitchen exhaust systems is an unavoidable challenge—one that affects everything from small restaurants to massive industrial kitchens. Maintaining clean, grease-free ductwork isn’t just about aesthetics; it’s a critical step in fire prevention, regulatory compliance, and overall efficiency. That’s where Omni Containment Systems steps in as the exclusive U.S. distributor of the TEGRAS Concept , a game-changing solution designed to tackle grease accumulation with cutting-edge technology.

Compliance with the NFPA 96 Standard is a critical step in managing the risks associated with fats, oils, and grease (FOG) in restaurant operations. This standard, which addresses the design, installation, operation, and maintenance of commercial kitchen ventilation systems and grease removal devices, serves as a foundational guideline. However, it does not comprehensively cover every aspect of FOG management. For instance, when grease escapes through kitchen exhaust systems or is improperly disposed of, it can create significant environmental challenges.

In commercial kitchens, the exhaust system is the backbone of safe and efficient operations. These systems are responsible for removing smoke, grease-laden vapors, and heat from the kitchen, ensuring a safe and comfortable environment for staff and patrons alike. However, with time, fats, oils, and grease (FOG) accumulate in the ducts, creating a significant fire hazard and obstructing airflow. This makes regular cleaning of the hood and duct system a critical task, one that hinges on a seemingly simple yet vital component: access doors . Why Access Doors Matter in Commercial Kitchens Ease of access is paramount when it comes to cleaning and maintaining kitchen exhaust ducts. Without properly placed access doors, maintenance professionals cannot effectively clean the entire system. Any area left untouched becomes a potential hazard, as grease buildup can ignite, leading to devastating fires. This is why the National Fire Protection Association (NFPA) established NFPA 96 Standards , which mandate that: Access doors must be installed every 12 feet of ductwork and at every change of direction. Openings should be large enough to allow for thorough cleaning. Access doors ensure compliance with these standards, reduce fire risks, and streamline maintenance, saving time and resources. Omni Access Doors: Exceeding Safety and Design Standards At Omni Containment Systems, we go beyond compliance. Our Access Armor™ duct access doors are engineered to exceed the NFPA 96 Standard’s fire rating of 1,800°F with a remarkable 2,300°F fire rating and protection against smoke and fire up to 2,700°F . This level of durability ensures maximum safety for commercial cooking operations. Our innovative Cam-Lock design eliminates the need for tools, making our access doors entirely toolless. Maintenance professionals no longer need to fumble with greasy wing nuts or risk losing small parts that could leave ducts exposed. Omni Access Armor doors are: User-Friendly : Open and close them easily, even with grease-coated hands. Safe : The octagonal design minimizes the risk of injury during cleaning. Durable : No loose hardware means fewer risks of damage or grease leaks. Sizes and Custom Solutions We offer Access Armor™ duct access doors in five standard sizes—9”x12”, 12”x15”, 15”x18”, 23”x23”, and 9”x36”—to accommodate various duct dimensions. The 9”x36” door, for example, is specifically designed for easier scraper tool access. Our range ensures maintenance teams can access every part of the duct system for thorough cleaning. An Investment in Safety and Efficiency Restaurant owners and managers often hesitate to invest in items like access doors, not realizing their importance. Educating them about the NFPA standards and the benefits of compliance is key: Fire Prevention : Properly installed access doors reduce fire risks by enabling complete cleaning. Code Compliance : NFPA-compliant systems protect your business from penalties and liabilities. Insurance Benefits : Access doors may lower insurance premiums and play a crucial role in liability and claims determinations in case of fire. Access doors aren’t just a regulatory requirement; they’re an investment in safety, efficiency, and peace of mind. The Omni Containment Systems Advantage With Omni Containment Systems , you’re choosing industry-leading solutions designed to make maintenance easier and kitchens safer. Our products ensure that commercial cooking operations remain compliant with NFPA standards while simplifying the challenging task of duct cleaning. If you’re ready to enhance your kitchen’s safety and streamline maintenance, contact us today at (877) 226-6824 . Let Omni Access Armor™ duct access doors be your trusted partner in creating cleaner, safer kitchens.

Kitchen exhaust fans are essential in any commercial kitchen, working tirelessly to remove heat, smoke, and grease-laden air. However, their upkeep can be challenging due to the risks associated with accessing and cleaning exhaust fans mounted on rooftops. Omni Containment Systems has addressed this challenge with the Omni Super Hinge™—a game-changing solution that enhances kitchen exhaust fan maintenance by simplifying access, reducing strain, and increasing safety for maintenance teams. This blog will explore the importance of safe kitchen exhaust maintenance, how the Omni Super Hinge™ works, and why it has become a staple in the kitchen exhaust cleaning industry. The Importance of Regular Kitchen Exhaust Fan Maintenance Kitchen exhaust fans, over time, collect grease, oil, and other contaminants that not only reduce system efficiency but also create a significant fire hazard. According to the NFPA (National Fire Protection Association) guidelines, regular inspection and cleaning of kitchen exhaust fans are crucial to maintaining a safe and compliant kitchen environment. Proper maintenance ensures: Enhanced Safety : Grease buildup in exhaust fans and ducts is a major cause of fires in commercial kitchens. Compliance with Codes : Fire codes require routine cleaning of kitchen exhaust systems to maintain a safe working environment. Improved Efficiency : Clean fans operate more effectively, resulting in better airflow, reduced energy usage, and a longer lifespan for the equipment. However, traditional exhaust fan maintenance often requires removing heavy, greasy fans to gain access to the ductwork below, which can be dangerous, time-consuming, and labor-intensive. This is where the Omni Super Hinge™ comes in, designed to make maintenance safer, easier, and faster. What is the Omni Super Hinge™? The Omni Super Hinge™ is a heavy-duty hinge system designed specifically for kitchen exhaust fans. This durable hinge mounts onto the rooftop exhaust fan, allowing it to be easily and safely tilted back for access to the fan blades, ductwork, and grease containment systems. Made from high-quality materials that can withstand the harsh conditions on a rooftop, the Super Hinge™ has become an industry standard for kitchen exhaust fan maintenance. How the Omni Super Hinge™ Simplifies Maintenance The Omni Super Hinge™ is a straightforward yet highly effective solution that takes the hassle out of exhaust fan maintenance. Here’s how it enhances the process: 1. Easy Access to Exhaust Components The Omni Super Hinge™ allows maintenance teams to safely tilt the exhaust fan open, providing full access to the fan blades and ductwork below. This design eliminates the need to completely remove the fan, saving significant time and effort, while reducing the risk of injury from heavy lifting. Maintenance crews can now access the fan housing, inspect components, and clean grease buildup with minimal disruption to kitchen operations. 2. Enhanced Safety for Maintenance Teams Safety is paramount in any commercial kitchen, and maintenance of rooftop equipment is no exception. The Omni Super Hinge™ keeps the exhaust fan securely in place while tilted, preventing accidental drops or falls. By reducing the need to lift and handle the exhaust fan, the hinge minimizes the physical strain on technicians and lowers the risk of injury during maintenance. 3. Simplifies Compliance with NFPA 96 Standards NFPA 96 , the standard for fire safety in commercial kitchens, requires exhaust fans to be hinged or have equivalent access for cleaning and inspection. The Omni Super Hinge™ not only meets these requirements but exceeds them, providing a more secure, user-friendly option for kitchens aiming to maintain compliance with fire safety codes. 4. Reduced Maintenance Time and Labor Costs By simplifying access, the Omni Super Hinge™ significantly reduces the time and labor required to maintain kitchen exhaust fans. Technicians can open and close the fan housing quickly without the need for additional tools or equipment, resulting in faster maintenance procedures. This translates to lower labor costs and less downtime for kitchen operations, making the Omni Super Hinge™ a cost-effective choice for commercial kitchens of all sizes. 5. Compatible with Various Fan Models The Omni Super Hinge™ is designed to fit most commercial kitchen exhaust fans, making it a versatile addition for any kitchen setup. The hinge can be easily adjusted to suit different fan sizes and models, providing a custom fit for optimal safety and functionality. This compatibility ensures that regardless of the kitchen’s existing equipment, the Omni Super Hinge™ can provide the benefits of simplified maintenance and enhanced safety. How the Omni Super Hinge™ Increases Safety for Exhaust Fan Cleaning In addition to simplifying access, the Omni Super Hinge™ contributes to a safer maintenance process in several ways: Prevents Roof Damage : Without a hinge, maintenance teams often place heavy exhaust fans directly on the rooftop, which can cause significant damage over time. The Super Hinge™ prevents this by keeping the fan elevated and secured, reducing wear and tear on rooftop materials. Reduces Grease Spills : Tilting the fan with the Omni Super Hinge™ minimizes the likelihood of grease spilling onto the rooftop during maintenance. This is especially important for maintaining a clean, fire-safe environment. Protects Equipment from Harsh Elements : The Omni Super Hinge™ is built to withstand the outdoor elements, including rain, snow, and extreme temperatures. This durability ensures that the hinge continues to function optimally, providing reliable support and safety for years to come. Why Choose the Omni Super Hinge™ for Your Kitchen Exhaust System? The Omni Super Hinge™ stands out as a reliable, high-quality solution for commercial kitchens looking to enhance safety and efficiency in exhaust fan maintenance. Here are some reasons why kitchen managers and maintenance teams choose the Omni Super Hinge™ : Built to Last : Made from top-grade materials, the Omni Super Hinge™ is designed for durability, providing a long-lasting solution to kitchen exhaust maintenance challenges. Proven Performance : Trusted by industry professionals, the Omni Super Hinge™ has become a standard choice for exhaust fan maintenance in commercial kitchens nationwide. Cost-Effective Solution : By reducing maintenance time and labor costs, the Super Hinge™ quickly pays for itself, offering a high return on investment. Improved Safety and Compliance : Meeting NFPA 96 standards and providing robust safety features, the Omni Super Hinge™ is a responsible choice for kitchens focused on maintaining a safe environment. Conclusion The Omni Super Hinge™ is revolutionizing the way kitchen exhaust fans are maintained. By simplifying access, reducing maintenance time, and enhancing safety, this innovative hinge system is an invaluable asset for any commercial kitchen. With the Omni Super Hinge™, kitchens can meet safety regulations, reduce maintenance costs, and ensure that their exhaust systems operate efficiently and safely. If you’re ready to enhance your kitchen exhaust fan maintenance process, the Omni Super Hinge™ offers the perfect combination of safety, durability, and convenience. Contact Omni Containment Systems today to learn more about how the Super Hinge™ can benefit your kitchen and keep your operations running smoothly.

Rooftop grease containment systems are essential for preventing grease from kitchen exhaust fans from damaging rooftops, creating fire hazards, and polluting the environment. Like any other equipment, these systems have a lifecycle that requires regular maintenance, inspections, and eventual replacement. In this guide, we’ll walk you through the key stages of a grease containment system’s lifecycle and provide insight into when it’s time to upgrade your system. The Importance of Grease Containment Systems Commercial kitchens produce large amounts of grease and oil through their cooking processes. Without a proper containment system in place, this grease can accumulate on the rooftop, damaging roofing materials, clogging drains, and creating a significant fire hazard. Rooftop grease containment systems are designed to capture and contain these substances, preventing damage and ensuring compliance with safety and environmental regulations. 1. Initial Installation The lifecycle of a rooftop grease containment system begins with installation. It’s important to select the right system for your specific kitchen environment. Factors such as cooking volume, type of food prepared, and local weather conditions should be taken into account. At this stage, you’ll also want to ensure proper installation by a qualified professional to guarantee optimal performance. Key Considerations for Installation: System size and capacity based on cooking operations Hydrophobic filter technology for enhanced grease absorption Proper placement and secure installation on the rooftop 2. Regular Maintenance: Protecting Your System Once your grease containment system is installed, regular maintenance is crucial to prolong its lifespan and maintain its efficiency. The key to effective maintenance is establishing a routine cleaning and filter replacement schedule based on your kitchen’s cooking volume and grease output. Maintenance Checklist: Visual Inspections: Conduct visual inspections weekly or monthly to check for signs of grease overflow, clogged filters, or damage to the system. Filter Cleaning/Replacement: Replace or clean filters regularly. Most systems require filter replacement every 3-6 months, depending on usage. Cleaning the Surrounding Area: Ensure that the surrounding area of the grease containment system is free from grease buildup to prevent fire hazards. Monitor Grease Levels: Keep an eye on the grease collected in the system’s trays or pans and empty them as needed. Regular maintenance prevents grease from seeping into your rooftop materials and ensures compliance with local fire and environmental safety regulations. 3. Inspections: Identifying Potential Issues Early Routine inspections are essential to catch any potential issues with your grease containment system early. It’s a good practice to schedule more thorough inspections every 6 to 12 months by a qualified professional, in addition to your regular visual checks. During these inspections, professionals will: Check the integrity of the filters and containment units Inspect rooftop exhaust fans for proper functioning Evaluate whether the system is effectively containing all grease runoff Assess if any additional grease containment measures are required Signs It’s Time for Inspection: Increased grease accumulation on the roof or in the drainage system Noticeable odors from the grease containment area Discoloration or corrosion on the rooftop near the exhaust fans Unusual grease flow patterns 4. When to Upgrade Your Grease Containment System Even with proper maintenance and inspections, there will come a time when your grease containment system may need an upgrade or replacement. Here are key indicators that it’s time to upgrade: Frequent Overflow or Leakage: If your system is frequently overflowing or leaking despite regular maintenance, it may be undersized for your operation’s grease output. Excessive Wear and Tear: Over time, components of the system can become corroded, cracked, or damaged, especially in harsh weather conditions. If repairs are becoming too frequent, it’s more cost-effective to upgrade to a newer system. Increased Maintenance Costs: If you notice that you’re spending more time and money on maintaining the system, it may be nearing the end of its lifecycle. Outdated Technology: Advances in grease containment technology, such as hydrophobic filter technology, offer better efficiency and longer lifespans. Upgrading to a modern system can enhance performance and reduce long-term costs. Changes in Kitchen Operations: If your kitchen has increased its cooking volume or changed its cooking methods, your current system may no longer be suitable. Upgrading to a larger or more advanced system can better handle the new load. 5. Maximizing the Lifespan of Your System To maximize the lifespan of your rooftop grease containment system, it's essential to follow a proactive maintenance and inspection routine. Ensuring that you’re using the right filters, performing regular cleanings, and addressing potential issues early will not only extend the life of the system but also reduce long-term repair costs. Consider consulting with Omni Containment Systems to evaluate your current system’s effectiveness and whether an upgrade is necessary. Their range of products, including cutting-edge grease containment systems and the Omni Super Hinge™, provides innovative solutions for managing grease in the most efficient and cost-effective manner. Conclusion Understanding the lifecycle of your rooftop grease containment system is critical for protecting your investment and ensuring the safety and efficiency of your kitchen operations. By maintaining a regular inspection and replacement schedule, you can avoid costly damage to your rooftop and ensure your kitchen meets safety and environmental regulations. When it’s time to upgrade, Omni Containment Systems offers a range of high-performance products designed to meet the needs of any commercial kitchen. Stay proactive with your grease containment system, and you’ll ensure long-lasting performance and peace of mind.

In the bustling environment of commercial kitchens, maintaining safety and cleanliness is paramount. An essential part of this effort is ensuring the efficiency of your kitchen exhaust system, from the hood to the rooftop kitchen exhaust fan. The exhaust fan plays a crucial role by drawing out smoke and grease-laden vapors, expelling them into the atmosphere, and using a grease containment system to capture the expelled grease. The grease containment system prevents grease buildup on the rooftop, which can lead to injuries, fire, pollution, and roof deterioration. At Omni Containment Systems , we recognize that one size does not fit all. Here’s why we offer a diverse range of grease containment solutions:  Different Types of Exhaust Fans Kitchen exhaust fans come in various types, each with specific requirements for effective grease containment. Some common types include: Upblast Kitchen Exhaust Fans: These fans expel air upward, often used in commercial kitchens to remove smoke and grease-laden air. Inline Exhaust Fans: Installed within the ductwork, these fans require containment solutions that fit seamlessly into the ventilation system. Industrial Set Type Fans: These robust fans are used in larger, industrial kitchen settings, demanding high-capacity containment systems. Understanding the type of exhaust fan is crucial for selecting an appropriate grease containment system. Each fan type requires a customized approach to ensure optimal performance and safety. Varying Configurations Ideally, kitchen exhaust fans should be positioned on a flat rooftop, centrally located for maximum efficiency. However, the reality is often different. Kitchen exhaust fans may be situated on flat rooftops, slanted rooftops, or even side-mounted on buildings. These varied configurations pose unique challenges for grease containment. When you combine the fan location with its type, selecting the right grease containment system becomes complex. This is why we design multiple patented grease containment systems, each tailored to accommodate different scenarios. Our diverse solutions ensure that no matter where or how your exhaust fan is installed, we have a system that fits perfectly. Grease Output The volume of cooking and resulting grease output is another critical factor. High-volume kitchens, such as those in restaurants or industrial settings, produce more grease, necessitating robust containment solutions. Conversely, smaller operations may require less intensive systems. The configuration of the kitchen exhaust fan and the amount of grease produced determine the type of grease containment system needed. Whether a single-sided or four-sided system is required, and the necessary clearances, our solutions are designed to handle these variables effectively. Clearance Clearance refers to the space available for installing the grease containment system around the kitchen exhaust fan. It’s important to consider clearance requirements when selecting a system. Limited space can restrict the type and size of the containment system that can be installed. Our diverse range of solutions ensures that even in tight spaces, we have an effective containment option that meets safety and operational standards. Maintenance Maintenance considerations are crucial when selecting a grease containment system. It’s important to assess how much grease the system can hold before requiring the next filter exchange and the level of difficulty associated with servicing it. Since maintenance is the responsibility of the restaurant or building owner, ease of maintenance becomes essential. Additionally, if the location is difficult to access, opting for low-maintenance items would be an ideal option. Our systems are designed with these factors in mind, providing solutions that are not only effective but also easy to maintain, ensuring continuous, hassle-free operation. Conclusion At Omni Containment Systems, our commitment to safety and efficiency drives us to offer diverse grease containment solutions. By addressing the specific needs of different exhaust fan types, accommodating varied configurations, managing varying grease outputs, considering clearance requirements, and factoring in maintenance considerations, we ensure that every kitchen can maintain optimal cleanliness and safety. Our range of solutions is a testament to our dedication to providing tailored, effective grease containment systems for any commercial kitchen setup.

In the bustling environment of a commercial kitchen, the kitchen exhaust system plays a critical role in maintaining air quality, ensuring safety, and providing a comfortable workspace for staff. Omni Containment Systems understands the importance of a reliable exhaust system and the consequences of its failure . In this article, we will delve into the common causes of kitchen exhaust system failure and how to prevent them. Grease Buildup One of the most frequent causes of kitchen exhaust system failure is grease buildup. Commercial kitchens produce a significant amount of grease, which can accumulate in the exhaust ducts and fans over time. This buildup can lead to several issues, including reduced airflow, increased fire risk, and motor strain. Prevention Tips: Implement a regular cleaning schedule for the exhaust hood filters and ducts. Use an NFPA 96 compliant exhaust fan hinge kit with a service hold open retainer. Use high-quality, easily cleanable grease filters. Invest in a grease containment system suitable for your kitchen’s grease output. Schedule professional cleaning services periodically to ensure thorough cleaning. Improper Installation Improper installation of kitchen exhaust systems can lead to numerous problems, including inadequate ventilation, noise, and system failure. Incorrectly sized ducts, poor placement of exhaust fans, and substandard materials can all contribute to system inefficiency and breakdowns. Prevention Tips: Hire certified professionals for the installation of kitchen exhaust systems. Ensure that the system design adheres to local building codes and industry standards. Use high-quality materials and components to ensure durability and reliability. Lack of Maintenance Neglecting regular maintenance is a common cause of exhaust system failure. Components such as belts, bearings, and motors require periodic inspection and servicing. Failure to maintain these parts can lead to wear and tear, resulting in system breakdowns. Prevention Tips: Establish a maintenance schedule that includes routine inspections and kitchen exhaust cleaning services from certified professionals. Install access panels every 12 ft and at every change of direction in ductwork per the NFPA 96 code. Check grease levels in ductwork with a grease comb that indicates suitable levels of grease accumulation. Install an NFPA 96 exhaust fan hinge kit with a service hold open retainer. Train kitchen staff to recognize signs of system wear and to report any irregularities. Replace worn-out parts promptly to avoid more significant issues. Electrical Issues Electrical problems can also lead to kitchen exhaust system failure. Faulty wiring, power surges, and motor failures are common issues that can disrupt the operation of the exhaust system. Prevention Tips: Ensure that the electrical wiring and connections are done by licensed electricians. Install surge protectors to safeguard against power surges. Regularly check the electrical components and replace any that show signs of damage. Airflow Obstructions Obstructions in the airflow can significantly affect the performance of the kitchen exhaust system. Common obstructions include clogged filters, blocked ducts, and improperly placed equipment that restricts air movement. Prevention Tips: Regularly inspect and clean filters to ensure unobstructed airflow. Ensure that ducts are free from blockages and that the layout allows for optimal air movement. Arrange kitchen equipment in a manner that does not hinder the exhaust system’s operation. Fan Motor Failures The exhaust fan motor is a critical component of the kitchen exhaust system. Over time, the motor can fail due to overuse, lack of lubrication, or mechanical issues. Prevention Tips: Conduct regular inspections of the fan motor and perform necessary lubrication. Monitor the motor’s performance and replace it if it shows signs of malfunction. Ensure that the motor is appropriately sized for the exhaust system to prevent overworking. Environmental Factors External environmental factors such as extreme weather conditions, corrosion, and pests can also cause kitchen exhaust system failures. Exposure to moisture, chemicals, and temperature fluctuations can lead to rust and damage to the system components.  Prevention Tips: Use corrosion-resistant materials for the exhaust system components. Implement protective measures against pests and environmental damage. Regularly inspect the external parts of the exhaust system for signs of wear and corrosion. Conclusion A well-functioning kitchen exhaust system is vital for the safety and efficiency of any commercial kitchen. By understanding and addressing the common causes of system failure, you can ensure that your kitchen remains a safe and comfortable place for staff to work. At Omni Containment Systems, we are committed to providing top-quality products to help you maintain an effective and reliable kitchen exhaust system. By addressing these common causes of kitchen exhaust system failure, you can help extend the lifespan of your equipment, improve air quality, and ensure a safer working environment. Regular maintenance and proper installation are key to preventing these issues and keeping your kitchen running smoothly.