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MPR’s List of Services |
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The patented HSSX® Process is an ion-exchange system that utilizes MPR’s Vesalt® resin. The SSX™ Process was developed to remove suspended solids from amine solutions to a submicron level. The HCX™ Process was developed specifically to remove hydrocarbons (including diesel, gas, oils, paraffins, BTEX and various petroleum intermediates) from amine solutions. |
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Amine Cleaning HSSX® Heat Stable Salt Removal, HCX™ Hdrocarbon Removal SSX™ Suspended Solids Removal, and HCX™ Hydrocarbon Removal |
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The GLYCOLEX™ Process was developed to remove both cation and anion contaminants from common glycols including Monoethylene Glycol (MEG) , di– ethylene glycol (DEG), tri-ethylene glycol (TEG), tetra-ethylene glycol (TTEG), and di-glycol amine (DGA). |
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Glycol Contaminants Removal Service- The Glycolex™ Process |
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The MPRox™ Process efficiently converts refinery spent caustics including sulfidic, naphthenic and cresylic into a biodegradable stream suitable for treatment in a conventional wastewater treatment plant. |
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Handling Spent Caustics—MPRox™ Process |
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The APS Program reduces the potential for cyanide assisted corrosion while significantly reducing the potential for free cyanide in the refineries waste water effluent. |
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Remove Cyanide and Prevent Corrosion— MPR's Ammonium Polysulfide Program |
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Sulfolane contaminent removal—The Sulfolex™ Process |
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The Sulfolex™ Process removes impurities from sulfolane. |
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Removal of Oxazolidone— The Oxex™ Process |
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The OXEX™ Process converts oxazolidone, a degradation product of amines like DIPA,. The conversion recovers your amine. |


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Removal of Foaming— SigmaPure™ Technology |
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The SigmaPure™ technology mitigates foam from amines without the hassle of chemical, antifoam injections. This technology also removes the contributing contaminates to prevent foaming. |

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Flexorb® is a registered trademark of ExxonMobil Corporation
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MPR Services, Inc. |
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World Wide Amine Management |