PMO Tips
IHG Paraffin Solvent Line - pSOLV
Chemical dissolution treatment necessitates application of solvents that will effectively and efficiently remove paraffin wax deposits, dissolving the paraffin regardless of structure, size, or melting point. This process requires much less energy compared with melting the wax crystals. Solvent effectiveness improves with increased temperature and agitation. Our custom blends can be utilized alone or in combination with your field fluid to enhance downhole treating applications.
IHG Paraffin Solvent Line - pSOLV
These compounds can chemically coat small particles and change their ability to adhere to each other or pipe surfaces. In the small particle state, paraffin will stay suspended in the bulk hydrocarbon fluid for trouble-free movement throughout the process.
Great dispersants possess a strong spreading force on paraffin surfaces, which make it possible for the chemistry to penetrate accumulated masses of paraffin, coat the particles and, therefore, remove them from surfaces into the bulk-produced fluids.
IHG Paraffin Solvent Line - pSOLV
These compounds can chemically coat small particles and change their ability to adhere to each other or pipe surfaces. In the small particle state, paraffin will stay suspended in the bulk hydrocarbon fluid for trouble-free movement throughout the process.
Great dispersants possess a strong spreading force on paraffin surfaces, which make it possible for the chemistry to penetrate accumulated masses of paraffin, coat the particles and, therefore, remove them from surfaces into the bulk-produced fluids.
These materials have effects on paraffin deposition, crude oil viscosity, pour point and pumpability. The crystal distorters are thought to be structurally similar to microcrystalline waxes and has crystal structures of the small irregular type. If the cloud point or wax appearance temperature of the modifier can be matched to that of the n-paraffins coming out of hydrocarbon solution, then the chemistry will work under the optimum mechanism.
Wax control in extreme cold weather conditions has been a problem for operators and service companies alike due to the lack of chemical products which can be applied in standard concentration ranges and also remain soluble, stable, and pumpable in such conditions. IHG is now providing groundbreaking solutions that solve this technical issue with our new pINH paraffin inhibitor products.
IHG Paraffin Solvent Line - pSOLV
These compounds can chemically coat small particles and change their ability to adhere to each other or pipe surfaces. In the small particle state, paraffin will stay suspended in the bulk hydrocarbon fluid for trouble-free movement throughout the process.
Great dispersants possess a strong spreading force on paraffin surfaces, which make it possible for the chemistry to penetrate accumulated masses of paraffin, coat the particles and, therefore, remove them from surfaces into the bulk-produced fluids.