Variable pressure adsorption equipment (PSA）

SPECIFICATION

Focus on customer demands enables us to develop plants with optimum energy efficiency that significantly reduce costs – whether oxygen production demands are high or low in volume.

1. Our PSA plants are based on a reliable, flexible and trouble-free vacuum pressure swing adsorption (VPSA) process.

2. They are the perfect fit for on-stream applications that require low-cost gaseous oxygen with purity levels of up to 95 percent per volume.

3.The plants are easily accessible and easy to maintain. They are quick to set up and commissioned on site and can also be easily relocated.

TECHNICAL SPECIFICATIONS

PSA nitrogen plant products major technical indicators

PACKAGING & SHIPPING

All in container shipping by sea.

REPORT & CERTIFICATIONS  

Reference E-mail sales@sinocleansky.com to get more detailed test report specimen.

FAQ

1. What is the advantages for SinoCleansky PSA ?

SinoCleansky PSA plants are shipped in modular sections for easy and low cost installation. The equipment is installed as enlarged modules, which are then connected during installation on site with the minimum number of interfaces on pre-fabricated foundations. 

2. Whether customized for the PSA plant ?

Yes, customized, produces tailor-made product to users and new products to market.

3. What about the application for PSA?

Small and medium-sized oxygen, nitrogen, incl medical, industrial and etc.   

4. What about the Variable pressure adsorption equipment process ? 

PSA plants are based on a reliable, flexible and trouble-free vacuum pressure swing adsorption (VPSA) process. 

5 . What is the advantages for high-purity nitrogen plant ?

While the backflow expansion process owns features of high pressure of nitrogen products out of tower with no influence in the purity, and less one-time investment of complete equipment.

CONTACT CHICK TO KNOW MORE   

Homepage : www.sinocleansky.com

Attn: George Han

Tel: +86-10-64709959

Phone:+86-13701016486

Email:sales@sinocleansky.com