CEXI Company Information Company Profile The Market Vaporizer/Systems

Ambient Vaporizers

Standard ambients

Extra Gap Ambients

Monel Lined for oxygen service

High pressure - to 15,000 psig

Forced draft units - innovative design using induced draft system

Hydraulic drive forced draft units

Electropolished tube lined units for high purity applications

Electric Vaporizers

CO₂ and all gases

Electrically heated water bath

Pressure build units

High pressure units to 10,000 psig

Steam Vaporizers

Shell and tube units - All gases

Steam heated water bath units

Full pressure range up to 10,000 psig

Special control systems for high performance - tight control applications

Forced Convection Water Bath Units

CO₂ and all gases

Applications with 35^o water

Hot water applications

Special temperature control applications - water flow control and temperature control systems

Systems with dual pump and full automatic controls

Gas Fired System

System flow rates up to 2,000,000 scfh

Systems capable of providing back up for up to 1 hour with no power input

Direct fired system with no pumps required - boiler and vaporizer combined in one unit.

Systems with separate boilers - commercially available units

Special tube bundles that are stress free and do not require high velocity water circulation.

Special Systems

Rockwell

NASP project engine testing heat exchangers - 150oF / 1500 psig operating conditions

Cooling system for experimental iodine laser

Test monitoring system for high flow water test area for the space shuttle engine

Korea Gas - LNG Sampling System

Special 400 kilowatt natural gas heaters

Complete Nitrogen System including tanks, pumps, and controls

Westinghouse

Refrigeration system for cooling nitrogen for core drilling in nuclear waste disposal tanks

Air Liquide

Full system integration and control for automatic oxygen pump / vaporizer system. The system included liquid tank pressure control, liquid flow control from air separation tower to the liquid tank, automatic pump control with full monitoring of the pump to insure that the pump was operating properly and shut down in the event of pump failure.