5 things to look for in an air and nitrogen booster - Atlas Copco Eritrea

If your production requires high-pressure air or nitrogen, buying a compressed air booster is the smart choice. This special type of compressor takes low-pressure air or nitrogen and boosts its pressure to up to 1,000 bar. In fact, a standard air compressor and booster combination is the most flexible and cost-efficient solution for high-pressure air and gas applications. That doesn't mean all air and nitrogen boosters can offer those benefits.

SUNCENTER 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.

As with most industrial equipment, quality matters. And the right booster will offer you savings and lots of added value in addition to generating high-pressure air or nitrogen.

The company is the world’s best gas booster pumps supplier. We are your one-stop shop for all needs. Our staff are highly-specialized and will help you find the product you need.

To make sure that you pick the optimal nitrogen and air booster for your high-pressure application, using these five criteria will help.

As you can see, the right air booster is an efficient machine that gives you a reliable, strong high-pressure air or nitrogen output. Advanced control and connectivity technologies will ensure you get the most out of these benefits. They make the booster easy to operate and allow you to monitor its performance remotely. They also provide you with relevant information and insights to optimize its performance and your energy savings. 

Contact us to discuss your requirements of pneumatic chemical injection pump. Our experienced sales team can help you identify the options that best suit your needs.

I'm working on a booster pump for a gas chlorine system. The client is determined to include gas chlorine in lieu of hypochlorite, so that issue is settled. I'm having some reservation with settling on a booster pump for the ejector. The ejector to be provided by the supplier is a REGAL 13A which manufacturers literature states a requirement of 132PSI and 5.1 GPM. The 13A is rated for 10PPD. My design feed rate is 5 PPD. This seems logical.

My well pump system will be approximately 90 PSI at the chlorination point. Thus, I have considered the following calculation: 132 PSI (required) - 90 PSI (available) + 5 PSI (assumed booster pump losses) = 47PSI = 109 Ft TDH

So, I'm looking for a booster pump to provide something close to 5GPM at 110 Ft TDH. I've been looking at the Franklin Electric BT4, but the smallest pump (5gpm) that they make is 1 / 3 HP and in moves 7 gpm at 140 at the far right point on the curve.

I guess I feel like it's fairly unrealistic to think I'll find a pump that meets my conditions exactly and I'm not sure which direction to go from there. Do I get the 1/ 3 HP BT4 and try to size the discharge piping to impose additional friction losses (this seems illogical in that it would require friction of about 200 feet of ½" SCH80 pvc) or perhaps just close a discharge valve to create the loss? How much leeway do I have based on the requirements listed on the ejector literature? If I can't meet it exactly, which way should I lean? Should I consider that the published literature is rated for 10PPD and my feed rate is 5 PPD? Any suggestions/direction would be appreciated. I am not sure what the curve for the Franklin pump looks like. I have always used a turbine style pump for chlorine feed water applications. An APCO/Aurora/Pentair E4 will supply 5 GPM at 115 Ft and RPM. Look at some small turbine pump curves. The pump need not be stainless unless the supply water has a high concentration of bad stuff. As this is a booster application I guess not. REAGLE is a very nice company to work with and the 13A should be fine selection. Your piping should look like Fig 1 in the REAGLE Bulletin No. , less the well pump, meter and check.
Steve