Bridge C2 Project Example – Unit 4 – Brain Boosters

Project example for Unit 4, C2 Bridge. The group will come up with alternative methods to smart drugs.

Suggested Apps:

Polaris Office (Included on Tab)

S Note (Included on Tab)

Androvid (Included on Tab)

An air driven gas booster provides many different benefits in a variety of applications. Gas boosters may be used in situations where you want to avoid the use of electricity and where you want to minimize energy consumption. When you choose the right booster for your application, installation, maintenance and operation are simple.


One of the first benefits of an air driven gas booster is versatility. You can use a variety of different fuels to power the booster, including hydrogen, methane, natural gas and other types of industrial gases that are commonly used. This gives you the freedom and flexibility to obtain energy without having to run new gas lines or use fuels that are not already available to you.

Another benefit of air driven gas boosters is that they do not generate any heat when being used, and that they can be used in a variety of different areas. For instance, it is possible to use an air driven gas booster even in a HAZMAT environment or in a location where you must ensure that all sources of energy are explosion proof.

When you install an air driven gas booster, you will also notice another benefit: simple installation. You do not need a lubricator or an inlet air valve with many models of gas boosters, making installation easier and faster. The integrated circuit design means no complicated electrical work is required, and light-weight aluminum construction means no additional supports are necessary to hold heavy materials. You can even opt to mount receivers vertically or horizontally, or directly to an air receiver.

Once the unit is installed and you begin operation, you will enjoy sparkless operation along with the lack of heat generation. These features can contribute to making the use of the air driven gas booster much safer as you will not need to worry about heat or sparks during use. When working in an environment where flammability is a risk, this is an especially important benefit.

As you use the unit, you will also benefit from the fact that you are saving energy. After your air driven gas booster reaches the needed pressure, no energy is consumed at that point to maintain the pressure that you set. This, combined with the fact that no electricity is needed to power the units, makes air driven gas boosters an energy-efficient choice.

Finally, air driven gas boosters tend to have a low cost to operate and a long service life. This means not only that you won’t be spending money maintaining and replacing, but that you will also enjoy less down time since your unit will not need to be out for servicing or replaced frequently. This can help you to operate more efficiently, which contributes to saving costs as well.

These benefits all combine to make air driven gas boosters the best choice in many different situations. Be sure to educate yourself on the benefits and determine if there is a booster that is right for you. With a wide variety of different pressure options ranging from 50 psi to 4500 psi, finding the right model should not be a challenge.

Learn more about Air Amplifier and Oxygen Booster at InterFaceDevices.Com.

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