AMR Process Inc designs, and fabricates gas dehydration process packages which include glycol dehydration, glycol regeneration units, and molecular sieve dehydration units. AMR Process glycol dehydration & glycol regeneration packages incorporate advanced engineering designs, high technology internals, and proven track records.

It is necessary to remove water from natural gas in order to prevent hydrate formation and to reduce corrosion. The formation of hydrates can be prevented by inhibiting hydrate formation in the free water phase or by gas dehydration to prevent a free water phase.

• Hydrate Inhibitors

  • Methanol injection & methanol regeneration

  • Glycol injection & glycol regeneration

• Gas Dehydration

  • Glycol dehydration & glycol regeneration

  • Molecular sieve adsorption

Glycol Dehydration & Glycol Regeneration Units

Glycol dehydration units or TEG dehydration units are the most economical type of natural gas dehydration where dew points depressions of 60° to 120°F are required. Triethylene glycol (TEG) is the most common type of glycol use for gas dehydration.methanol regeneration,methanol regeneration,methanol regeneration,methanol,injection,injection,injection,injection,gas dehydration,gas dehydration,gas dehydration, regeneration,dehydration,regeneration,hydrate inhibitor,molecular sieve,TEG,triethylene,stripping,zeolite,methanol regeneration,injection,dehydration,dehydration,regeneration,hydrate inhibitor,molecular sieve,TEG,triethylene,stripping gas,zeolite,methanol regeneration,injection,dehydration, dehydration,regeneration,hydrate inhibitor,molecular sieve,TEG,triethylene,stripping,zeolite,hydrate inhibitor,hydrate inhibitor,hydrate inhibitor,hydrate inhibitor,

Water Content of Natural Gas

This spreadsheet calculates the water content of natural gas (assuming 17.4 MW / 0.6 SG gas). Please note that these values will be in error if the gas contains more than a total of 5% CO₂ & H₂S as acid gas correction factors need to be applied. You can use this spreadsheet to calculate the required dew point depression for the TEG dehydration unit.methanol regeneration,injection,glycol dehydration,gas dehydration,glycol regeneration,hydrate inhibitor,molecular sieve,TEG,triethylene,glycol,stripping gas,zeolite, methanol regeneration,injection,glycol dehydration,gas dehydration,glycol regeneration,hydrate inhibitor,molecular sieve,TEG,triethylene,glycol,stripping gas,zeolite, methanol regeneration,injection,glycol dehydration,gas dehydration,glycol regeneration,hydrate inhibitor,molecular sieve,TEG,triethylene,glycol,stripping gas,zeolite, methanol regeneration,injection,glycol dehydration,gas dehydration,glycol regeneration,hydrate inhibitor,molecular sieve,TEG,triethylene,glycol,stripping gas,zeolite, methanol regeneration,injection,glycol dehydration,gas dehydration,glycol regeneration,hydrate inhibitor,molecular sieve,TEG,triethylene,glycol,stripping gas,zeolite

Process Description of Glycol Dehydration Units

In the glycol dehydration process TEG is pumped to the top of a contactor tower where it is flow countercurrent with wet gas flowing up the tower, utilizing internal high efficiency structured packing for larger gas flows, or trays for smaller tower sizing, for efficient gas/liquid contacting. The TEG adsorbs water from the wet gas and is passed to the glycol regeneration unit where, very simply, adsorbed gases are flashed off and the water is removed from the reboiler by heating the wet glycol to around 400ºF at atmospheric conditions. The regenerated TEG is then pumped back to the contactor tower inlet. AMR Process,AMR,process,gas,methanol regeneration,injection,glycol dehydration,gas dehydration,glycol regeneration,hydrate inhibitor,molecular sieve,TEG,triethylene,glycol,stripping gas,zeolite, AMR Process,AMR,process,gas,methanol regeneration,injection,glycol dehydration,gas dehydration,glycol regeneration,hydrate inhibitor,molecular sieve,TEG,triethylene,glycol,stripping gas,zeolite, AMR Process,AMR,process,gas,methanol regeneration,injection,glycol dehydration,gas dehydration,glycol regeneration,hydrate inhibitor,molecular sieve,TEG,triethylene,glycol,stripping gas,zeolite, AMR Process,AMR,process,gas,methanol regeneration,injection,glycol dehydration,gas dehydration,glycol regeneration,hydrate inhibitor,molecular sieve,TEG,triethylene,glycol,stripping gas,zeolite, AMR Process,AMR,process,gas,methanol regeneration,injection,glycol dehydration,gas dehydration,glycol regeneration,hydrate inhibitor,molecular sieve,TEG,triethylene,glycol,stripping gas,zeolite, AMR Process,AMR,process,gas,methanol regeneration,injection,glycol dehydration,gas dehydration,glycol regeneration,hydrate inhibitor,molecular sieve,TEG,triethylene,glycol,stripping gas,zeolite, AMR Process,AMR,process,gas,methanol regeneration,injection,glycol dehydration,gas dehydration,glycol regeneration,hydrate inhibitor,molecular sieve,TEG,triethylene,glycol,stripping gas,zeolite, AMR Process,AMR,process,gas,methanol regeneration,injection,glycol dehydration,gas dehydration,glycol regeneration,hydrate inhibitor,molecular sieve,TEG,triethylene,glycol,stripping gas,zeolite

Where high dew point depressions are required in the TEG dehydration process, high purity glycol regeneration is required. High purity glycols can be regenerated by utilizing stripping gas (dry natural gas) in the reboiler.

Molecular Sieve Dehydration

Molecular sieves will adsorb the highest amount of water, will produce the lowest water dew points and will also simultaneously sweeten and dry gas. Molecular sieve dehydration units are also much more expensive.

Type of Molecular Sieve

Molecular sieves are adsorbents made up of aluminosilicate crystalline polymers (zeolite), which remove polar components such as water, methanol, CO₂ & H₂S. They come in may forms including beads, granulars, extrudate & pellets. The molecular sieve, type, size, & shape selection is determined by the operation.

Process Description of Molecular Sieve Dehydration Units

Typical performance of molecular sieve dehydration unit:

• Water outlet < 0.1 ppm (vol)

• H₂S outlet < 1 ppm (vol)

• CO₂ outlet < 50 ppm (vol)

The process requires two or more adsorption towers, with one on-line removing water whilst the others are being regenerated. The adsorption tower is typically removing water for around eight to twelve hours. The bed is regenerated by heating the molecular sieve to around 450° to 500°F using a slip stream of dry process gas. The regeneration gas is returned to the process after it has been cooled and the free water removed

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AMR Process can offer the correct selection of hydrate inhibitor or gas dehydration equipment to meet client's requirements. AMR Process can supply glycol dehydration & glycol regeneration, and molecular sieve gas dehydration units and designs. AMR Process can supply process designs or supply the complete package, according to end user location, fabrication location, or client preferences.