Chemical factories play a vital role in making numerous products that we use daily. However, while working with different types of chemicals, these plants generally release various types of hazardous fumes that can be quite harmful to the environment and employees. Thus, it is very important to get rid of those harmful fumes as soon as possible.
Nowadays, you may see certain round and rotating devices on the roofs of several industrial buildings, these are called turbo ventilators. These turbo ventilators can help factories in removing those hazardous fumes without any hassle.
Now, you may wonder, how these rotating devices can eliminate harmful fumes automatically, right. So, let us discuss some vital things about turbo ventilator uses.
Why Chemical Plants need Turbo Ventilators?
Chemical plants work with various types of chemical components that eventually produce multiple types of harmful gases and fumes. These elements may include several types of acids, volatile organic compounds (VOCs), and some other types of toxic ingredients.
Exposure to these harmful by-products may result in serious health problems of employees like skin issues and respiratory problems. Also, these emissions can harm our environment. In this situation, turbo ventilators can be the accrual savior.
These devices can automatically work with the power of wind and help in reducing hazardous indoor air with fresh, cooler air.
What are Turbo Ventilators?
Turbo ventilators are self-driven machines that are usually installed on the roofs of the buildings of factories. These equipments can easily extract harmful inside air with ease. These ventilators don’t need additional energy because they can function with the help of atmospheric wind.
Thus, without any outside assistance, these ventilators can exhaust harmful inside air of a chemical plant and can boost the natural inward flow of fresh and contaminant-free air.
Image Credit: riseecovent
A Turbo Ventilator: How it works
A turbo ventilator is vital equipment that is perfectly customized for an engine. Generally, it uses the exhaust gas on an engine and can drive the turbine wheel to around 350,000 RPM.
After that, the turbine wheel can drive the compressor wheel via a shaft. The compressor wheel can easily provide compressed air to the engine, and after that, this compressed-air can make the fuel burn more effectively. Thus, it can offer greater power and fuel economy.
Turbos can use exhaust gases to give power to a turbine wheel, which is connected to a compressor wheel. After that, when the two wheels turn, good amount of ambient air are sucked in and then is compressed.
This air is then passed through a charge-air cooler and can increase its density before it enters the engine.
These engines that are charged by turbos can generate more power than any other common engines of similar size. Also, the entire combustion procedure can become more efficient. Thus, many chemical plants use these engines to remove hazardous indoor air from their buildings and help the environment.
Factors that Help a Turbo Ventilator Work Better
Here are some vital elements that help turbo ventilators to work more efficiently than any other engines. Those are as follows:
- Wind Power
One of the most important factors that help in the effective functioning of a turbo ventilator is wind power. When the wind blows, it can spin the turbine. This action usually creates a low-pressure area that can easily pull the harmful air out of the building.
- Structure and Design
A turbo ventilator looks a lot like a spinning fan that is usually mounted on the roof or high wall of a building. This useful device has a certain type of turbine with blades that spin when the wind blows. The turbine is connected to a base installed in the roof of a chemical building.
- Energy Efficiency
In most cases, these turbo ventilators don’t require electricity to function properly. The reason is that these work with the help of wind. Thus, these devices can be a environment-friendly and cost-effective option for the perfect ventilation in all chemical factories.
- Ventilation
These turbo ventilators can spin automatically and pull out the harmful inside air, eventually creating a natural airflow. This can help to remove hazardous, hot air, irritating smoke, and stale air from the inside of a building. After that, cooler and fresh air from outside can enter through the openings, and fill the inside of your building.
Image Credit: smartclima
- High-Speed Rotation
These turbo ventilators use the procedure called high-speed rotation to work effectively. They have a rotating part called fan blade or impeller that can spin quite fast and suck in the indoor air very quickly.
What are the Significant Benefits of Turbo Ventilators in Chemical Plants?
After talking about the working procedure of turbo ventilators, let us take a look at the benefits of turbo ventilators, along with turbo ventilator uses.
- They Use Less Space
Turbo ventilators are generally installed on the roof of a building, and hence, take lesser space compared to other ventilation methods. Other types of ventilation options like ridge vents need more space to work effectively.
Moreover, turbo ventilators are very flexible and may be installed at any place on the roof, unlike other ventilation options.
- They can Offer Effortless Ventilation
As you may have already found out from the name, a turbo ventilator can easily offer easy ventilation to many buildings. They can help in eliminating moist, damp air outside the building, which may be harmful to the workers and various equipments.
Accumulated dampness and moisture may result in rusting various metal tools and help in the growth of various types of harmful fungi and bacteria.
These turbo ventilators enable the circulation of fresh air within the building and prevent damages triggered by fungi, mold, and moisture.
- They Don’t Break Down
These powerful turbo ventilators are simple round devices that have the least amount of parts. Hence, they do not malfunction often and are only affected by huge storms and large debris.
Thus, you can easily keep them in good working condition just by regular oiling and minimal maintenance. Just with these maintenance tasks, you can keep them going for several years.
- They Don’t Need Addition Energy
Turbo ventilators are used by many chemical plants nowadays because they don’t need any extra source of energy like electricity. They can work with the help of wind and may run for a long time without consuming extra energy.
They can easily operate if they get even a little bit of wind on the rooftops. In this way, these ventilators can help in significant cost savings.
- They Help In Complying With Regulations
In many regions, chemical plants have some strict rules and regulations related to chemical emissions and air quality. Thus, nowadays, many companies are relying on these easy-to-use and efficient devices to follow those regulations properly.
Hence, one of the most important turbo ventilator uses is mitigating risks by effectively remove the hazardous indoor air, creating the right workplace.
- They can Enhance Worker Safety
Turbo Ventilators can eliminate hazardous fumes from chemical plants, as those fumes may pose serious health problems to workers. Thus, these ventilators can easily remove contaminated indoor air, creating a safer workplace for employees.
Conclusion
Therefore, turbo ventilators play a crucial role in improving the air quality of any kind of chemical factory. There are many reasons behind worldwide turbo ventilator uses, such as worker safety, improved air quality, easy maintenance, cost reduction, and many more. So, just by using these efficient and powerful devices, you can reduce hazardous fumes from your chemical plants.
