Controlling the airflow in your laboratory can be a daunting task. With so many different types of instruments, it is hard to know which device will need what type of airflow. The best way to get started with controlling your lab’s airflow is by focusing on four key things- location, dimensions, number of instruments, and control system.
These factors should help you decide what kind of airflow controls are necessary for your particular situation. For example, you may start out small with just some manual valves before moving onto more complicated systems that use pneumatic or electronic controls.
Once you have decided on an appropriate setup for your lab, there are a few considerations to keep in mind when designing the layout and to install everything accordingly:
Location is a big factor:
The location where all your equipment is stored can make a huge difference when it comes to how cool that room needs to be- not just because materials cost more money but also because there could be chemical changes happening with every temperature change.
For example, if everything was close enough together, then cooling one area would have consequences elsewhere that might otherwise go unnoticed until it is too late.
Dimensions are another consideration:
how much space do you need to work with? How many instruments will be in the lab at any given time? If there’s a lot of equipment, it may be prudent to allow more room for airflow so that no one instrument overheats and breaks down. It will also be necessary to specify how big the doors will be so that air can enter.
Temperature control systems are also key considerations when designing your laboratory:
How can each individual piece of equipment come down from its uncomfortable temperature safely without disrupting other pieces of machinery nearby or causing chemicals within the machine itself to precipitate out into an unusable state?
This system should include both cooling and heating components, depending on how big your setup is. A good idea would be placing cabinets next to windows so that heat coming off of them can escape out the window. You can also set up fume hoods to manage how the air moves through your laboratory.
Use containment devices to contain spills and vapors:
This is how you protect the delicate equipment in your laboratory. These can range from chemical spill containment devices to vacuum cleaners that are used for spills and vapors. As always, make sure the containment device has a quick-release mechanism so it won’t get clogged with chemicals or other materials that could potentially cause an explosion if heated up too high!
When designing your setup, be prepared:
The final consideration of how to control airflow in your laboratory? Be prepared for anything! This means having appropriate sealing material around everything as well as emergency eyewashes available just in case someone comes into contact with something they shouldn’t have been exposed to. It also includes keeping all necessary safety gear on hands, such as protective gloves and masks, when handling chemicals or other materials that could be dangerous to the user.
Although it can seem daunting, controlling how airflow is used in your laboratory doesn’t have to be difficult! Once you find out more about how different pieces of equipment work with each other and how they need to operate together at a safe level, running your lab will become second nature- even if there are some emergencies along the way.
Ventilate the room regularly, but not too often or too quickly:
It is essential to ventilate the lab periodically to keep it fresh and prevent the accumulation of any hazardous gases. Ultimately, by focusing on how airflow is used both individually for different pieces of equipment and how they work with each other, you’ll be able to maintain a safe lab while still being efficient! It helps to be familiar with how your lab equipment works and how they can work together. This is the best way to avoid confusion when you are trying to make quick decisions- saving time for both you and your staff.
Close windows when working with hazardous materials:
It is essential to close windows when working with hazardous materials to keep the gas from spreading. This will also make sure that other hazardous gases don’t seep in from outside.
Focus on these four things if designing your setup so everything goes smoothly:
Location, number of instruments, dimensions, and type of control system is essential when thinking about how airflow should flow through your lab shop. If none of those factors seem like they fit with what you need, then here are some options to help keep circulation flowing!
Airflow Control Systems:
There are many different types of control systems on the market for how you want to regulate airflow- but whatever system you choose should be chosen based on how much money, time, and effort you’re willing to put into controlling airflow. Two popular options for how you can control laboratory airflow include an automatic ventilation controller (AVC) as well as an automated air balancing system.
An AVC is a control system that regulates how much fresh, filtered air will be released into the lab shop at timed intervals throughout the day or week, with different levels of humidity and temperature as well. This type of controller works by monitoring CO concentrations in each room to determine how many hours per day are safe for people to work without being exposed to too high an amount of carbon dioxide (CO). With this kind of system, you can set specific times when less airflow needs to be exchanged through your lab-shop area so there’s not such a dramatic change in pressure between spaces that could affect sensitive equipment; it also monitors how often HVAC filters need changing based on how dirty they get from all those particles floating around in the air.
Controlling the airflow in laboratories is of the utmost importance so make sure you follow these tips for the best experience.