Aug. 11, 2025
Proper airflow management is crucial to the safety of employees, especially in laboratory environments. The right system removes harmful fumes, vapors, and particles that could cause serious harm to human health. However, outdated laboratory air valves and fume hoods make this process expensive and potentially unmanageable for some companies. Modern HVAC solutions are now revolutionizing this process.
Equipment like the AccuValve and AVC Fume Hood Control System can optimize outdated airflow management systems and lead to significant energy savings. Not to mention, they allow for real-time control and other benefits. Below, we’re highlighting the advantages you can expect from switching to this equipment.
To maintain proper airflow and pressurization requirements in any critical environment, you must keep within +/- 5% airflow measurement. However, outdated mechanical valves make this nearly impossible to achieve. That’s where the AccuValve comes in.
As an ISO : certified electronically operated airflow control valve, the AccuValve was developed to reduce dependence on outdated mechanical valve systems. No matter the ductwork orientation, this equipment can maintain +/- 5% airflow measurement at all times. With real-time feedback to the building management system, the AccuValve allows operators to decide how they want to control the space. Whether you’re building a new structure or retrofitting existing HVAC equipment, the AccuValve can help you save time and create a better working environment for everyone on the project.
But, that’s not all. This equipment can also contribute to significant energy savings. In fact, using an airflow-based valve instead of a pressure-based valve can reduce duct static pressures by greater than 1.0” wc. This will result in fans running at lower brake horsepower and can mean savings of over $425,000 over a 20-year life of a building with 100,000 CFM of exhaust. All of these benefits have made it possible for the AccuValve to win the ASHRAE AHR Innovation Award for value, impact to the industry, and application.
The Accutrol AVC Fume Hood Control System offers an unparalleled advantage for critical airflow control. This system combines the AccuValve with a smart fume hood display, decreasing setup times and future costs. The computer program allows you to easily access the controller to change configuration and set points, as well as set alarm points and tune the controller.
Now, even the most difficult setups — like combination sash-type hoods — are easily configured. The computer program tells the technician what information is required. It’s just a matter of making the measurements at the hood and filling that information in on the computer.
The easy-to-use software empowers technicians to make changes on their own. In fact, the average technician can set up an AVC Fume Hood Control System in less than eight minutes. And, it reduces future costs by eliminating expensive service calls and days of waiting.
Overall, the AVC Fume Hood Control System offers cost-effective solutions for laboratory ventilation needs. It’s even been recognized as the AHR Expo Innovation Award winner for building management.
If you’re interested in laboratory air valves and other HVAC solutions for your laboratory setting, turn to Gunn & Pegelow. For decades, we’ve been matching customers with the right HVAC equipment for their needs. We partner with companies like Accutrol, Strobic Air Technologies, Measured Air, and more to deliver high-quality laboratory HVAC solutions. Trust us to coordinate all your HVAC needs, taking stress off your plate.
When you partner with us, you can expect a tailored approach along with our high-quality solutions. Our versatile group of HVAC experts explores and understands your unique challenges and requirements, identifies the best approach, and matches you with the best equipment. Most importantly, we’ll be there to provide quality service long beyond the sale.
E3 Green Technology are exported all over the world and different industries with quality first. Our belief is to provide our customers with more and better high value-added products. Let's create a better future together.
Proper ventilation is essential for the safety and health of laboratory workers and the integrity of experiments. It ensures that hazardous materials and chemicals are removed from the laboratory and that fresh air is brought in.
In this blog, we will discuss the importance of proper ventilation in the laboratory, the types of ventilation systems available, factors to consider when designing a ventilation system, safety and compliance, ventilation equipment, and maintenance and upkeep.
Proper ventilation is essential for the safety and health of laboratory workers and the integrity of experiments. It ensures that hazardous materials and chemicals are removed from the laboratory and that fresh air is brought in.
The purpose of proper ventilation in the laboratory is to remove hazardous materials and chemicals and bring in fresh air to maintain a safe and healthy environment for laboratory workers.
Inadequate ventilation can lead to health hazards for laboratory workers, such as respiratory problems and chemical exposure, and can also compromise the integrity of experiments.
Proper ventilation is essential for the safety and health of laboratory workers and the integrity of experiments. It ensures that hazardous materials and chemicals are removed from the laboratory and that fresh air is brought in.
Proper design, installation, and maintenance of ventilation systems and equipment is crucial to ensure the safety and health of laboratory workers and the integrity of experiments.
Laboratory managers and designers should prioritize proper ventilation in their laboratory spaces by ensuring proper design, installation, and maintenance of ventilation systems and equipment. This will help to maintain a safe and healthy environment for laboratory workers and the integrity of experiments.
In conclusion, proper ventilation is an essential aspect of laboratory design and operation. It ensures that hazardous materials and chemicals are removed from the laboratory and that fresh air is brought in.
There are different types of ventilation systems available, such as natural, mechanical, and hybrid ventilation. Factors to consider when designing a ventilation system include laboratory layout and usage, airflow and air exchange rate, filtration and air cleaning, and noise level. Compliance with OSHA, NFPA and local building codes is also crucial.
Additionally, proper maintenance and upkeep of ventilation systems and equipment is necessary to ensure the safety and health
For more information, please visit Laboratory Ventilation In HVAC.
Previous: None
If you are interested in sending in a Guest Blogger Submission,welcome to write for us!
All Comments ( 0 )