91´óÉñ

Glycol Dehydration

?

Custom-Designed Glycol Systems

Glycol dehydration has stood the test of time as the preferred way to remove water from natural gas. The design of glycol systems (TEG, DEG, MEG) is unique for each application as the overall package design will vary to meet the specified moisture content of the gas at the process conditions. ?

We also design MEG regeneration packages to recondition MEG used for hydrate inhibition processes. We custom design and build each system as a complete turn-key package with particular emphasis given to:?

• Discharge gas moisture content?
• High gas dehydration capacity?
• Minimum glycol losses?
• Minimum power consumption?
• Optimum plant efficiency and design integrity?
• Compliance with SHEQ requirements?
• Environmentally conscientious design

GLYNOXX* Technology

?

High Performance Gas Deyhdration

Our patented GLYNOXX technology helps maintain high performance gas dehydration while eliminating external gas consumption and reducing emissions from glycol regeneration. GLYNOXX virtually eliminates the need for stripping gas.?

It offers high purity glycol via a full recycle stripping gas system that essentially eliminates the need for continuous external sales/fuel gas consumption. ?

The GLYNOXX solution requires minimal equipment modifications or additions and enables both new and existing glycol regeneration packages to be quickly upgraded at relatively low cost.?

GLYNOXX offers the following significant advantages over traditional glycol processes:?

• Significantly decreases consumption of saleable/usable gas?
• Decreases plant emissions and carbon tax exposure?
• Maintains high glycol purity and high level of gas dewpoint depression?
• Easily retrofitted to existing units?
• Low CAPEX

Mol Sieve Dehydration

?

Turn-Key Molecular Sieve Dehydration Packages

Where very low water dew points are required, molecular sieve dehydration is the preferred technology over glycol dehydration. Certain applications, such as LNG processing, are suited to the use of solid desiccant adsorbants like molecular sieves and silica gels. We custom design and build each system as a complete turn-key package with particular emphasis given to:

• Discharge gas moisture content
• Optimized absorption cycles
• Reduced maintenance via the use of specialty equipment, such as Rising Stem Switching Valves
• Minimum power consumption
• Optimum plant efficiency and design integrity
• Compliance with SHEQ requirements
• Environmentally conscientious design

?