Gas and Process Plant Expertise
        
            AMCS is a global leader in supplying industrial gas plants accessible  to enterprises of all sizes and industries.  From concept through  commissioning, and on to after sales service, AMCS offers proven  expertise in technical gas plant technology. 
AMCS's staff holds numerous patents for industrial cryogenic gas  plant innovations.  That expertise results in industry-leading  excellence in planning, design, conceptual engineering, project  management and operational technology.  Our complete line of computer  automated ULTRA Series® plants have put on-site plants, with gas or  liquid production capabilities, within reach of many companies for the  first time.  AMCS' customer-driven culture ensures that every client  receives the same responsive service and support regardless of project  size.
             
         
                                                    
            AMCS ULTRA Series® Capabilities:
        
            AMCS offers completely installed plants which produce cryogenic  nitrogen, oxygen and pure argon in varying quantities to meet the  targeted industrial gas needs of virtually every industry listed below  including but not limited to:
- Oil & Gas
 
- Medical and Health Care
 
- Construction
 
- Food & Beverage
 
- Pulp & Paper
 
- Glass
 
- Metal Production
 
- Water and Waste Water
 
             
         
                                                    
            Nitrogen/Oxygen/Argon Basics:
        
            Typical applications for nitrogen in its gaseous (GAN) form include  its use as a raw material or inert gas.  Nitrogen in liquid form (LIN)  is often used for refrigeration applications. 
General applications for Oxygen, which is used to enrich air, include  combustion and chemical oxidation.  Oxygen can also be used for medical  applications in liquid (LOX) or gaseous (GOX) form depending on the  requirements.   
Argon, which is typically applied in its gaseous state, is often used  in industrial applications due to its low reactivity.  It is selected  in applications over nitrogen based on its higher inertness, lower  thermal conductivity, as well as its improved solubility in water and  oils.